Category: Innovation

The Role Of Science

Ibuprofen was discovered in 1961 by Stewart Adams. The problem ibuprofen was trying to solve was pain management. Pain management includes: headaches, fevers, inflammation and general aches and pains.

At the time Ibuprofen was first made available to the public in 1969, there were a number of alternative pain management solutions. This included natural and manufactured products.

Opium was the main solution people used for pain management. Opium is a compound that was made from the seedpod of a poppy plant. The main ingredients included in opium are morphine, codeine and thebaine. These ingredients are what helps make the pain go away for a certain amount of time. Though Opium helped handle pain, there were many deaths due to overdosing on the product. For a long time, Opium was the main product used to kill pain for a few hours, until aspirin was introduced.

Aspirin was introduced to the world in 1899 and became an alternative to opium for pain management. Many people started to use aspirin then as it not only treated pain but it also reduced inflammations. Aspirin was used for more common pains like headaches and aches and opium was still used for more severe pains. Aspirin could also be used to reduce mild pain conditions like muscle aches that could occur from excessive movement, toothaches that could occur from losing teeth or a operation or a tooth infection. It was also used to reduce the pain in a condition called arthritis. If you took a high dose of aspirin you had a higher risk of getting a stroke or a heart attack as a lot of aspirin could cause blood clots, therefore causing a heart attack or stroke.

There were also many herbal remedies used before ibuprofen was introduced. Ginger was a main powerful herbal remedy as it helped reduce pain and inflammations. Capsaicin helped reduce nerve muscle and joint pains. This product was available in a gel or cream that you would put on the place where you could feel pain. The ingredients would then stop a chemical from sending your brain a message saying that you feel pain in that certain area. Herbal remedies may have been more commonly used in more rural areas as it may have been harder for them to acquire aspirin or any of the more medical medicines at the time. Some people may have preferred the use of herbal remedies more as they might have been considered more natural than medicine or less addictive and safer or it could have just been a family tradition to use herbal remedies when you need pain relief.

The substance Ibuprofen was produced to help pain management such as fevers, inflammations and headaches and has succeeded in doing so. Within two hours of taking a dose of ibuprofen you should start to feel pain relief. Ibuprofen has an effect that protects you from blood clots. When your body is injured or there is pain occurring, your body usually releases a substance which allows yo to feel the pain in that area. The way that Ibuprofen works is that it blocks the production of the substances that occur when your body is in pain so therefore giving you pain relief. The substance that the body releases when your body is in pain is called prostaglandins. Prostaglandins is a substance that causes you to feel pain and they also cause your body to start swelling or become inflamed. Although Ibuprofen can cause pain relief within the hour of taking it, swelling and inflammations may take longer to reduce or cure.

Environmental Impact of Science on Pain Management

Advantages

From an environmental point of view an advantage on using plants in pain relief ingredients is that they are a natural ingredient and natural ingredients cause less harm to your internal organs than chemical ingredients.

Using plants in pain relief products helps people to not become addicted to them and use that addiction to harm themselves so therefore natural recourses are a safer and healthier option

Using plants in pain relief products can also reduce the risk of unhealthier side effects that may occur with more chemical medicines.

Another advantage is that herbs and plants tend to have a more effective result in terms of chronic pain than chemical medicines do.

Disadvantages A disadvantage for the environment on using plants in pain relief products is that they may over use the plants to provide greater resources for peoples benefits, causing those specific plants to become extinct

Another disadvantage that might occur while using plants in medicine is the lack of knowledge that you would have on someone to know whether they will have an allergic reaction to a specific plant

Economic Impact of Science on Pain Management

Advantages

It causes more people to spend more money on buying this medical product as they do not want to feel pain.

The use of science has helped produce a medical product which provides pain relief.

Scientists are currently trying to discover a safer non addictive medicine that can help give you pain relief after you have hurt or injured yourself.

As science is used to help pain relief it can lead to more people going back to work quickly which can lead to more products being sold which ultimately leads to more money for the government and country.

Having good pain relief products allows people to not have to go to the doctor as often and allow kids to go back to school so that they can learn and become more knowledgeable which can ultimately help our future society.

Disadvantages An economic disadvantage with pain relief products is the cost of the production of the actual product. The production cost could be an extremely high amount of money as the required equipment and resources could cost a lot to make the product.

Sometimes the pain relief product may not be as successful in the market place and therefore their sales could be too low to create a profit on how much the government spent on creating the actual product.

Have a faulty product may cause a severe budget loss and reduce the money available in future creations of pain relief products and medicine in general.

Conclusion

In conclusion the solution on pain management towards headaches, fevers, inflammation and general aches and pains has seemed effective as it has offered many alternatives which can help people with pain relief and that are easily accessible to most of the population. The solution to using herbal medicines instead of chemically produced medical products is also very affective as many people cannot use or take normal pain relief products so herbal products are useful to those specific people. The only downside is that it may cost a lot of money to create the required equipment needed to create these specific pain relief products. Though if the product cost a lot of money to make, but it makes a big profit it won’t matter as much as the company would be acquiring profit from the product.

Introduction

This essay deals with the effective use of technology and other aspects of teaching to deliver an effective learning experience for a student in a classroom setting with the help of TPACK model. With the advent of different technology sources and a combination of the TPACK model the issues of teaching can be addressed with a progressive approach to cater to the needs of different learners and involves various pedagogical approaches and dynamic content to address the issues presented in the current educational setting

Effective teaching depends on the access to a multitude of resources in a well organised and structured manner, these resources can be thinking methodologies, teaching resources, teacher knowledge [Subject matter] or as ever-growing technological support. (Glaser, 1984; Putnam & Borko, 2000; Shulman, 1986, 1987)

Context for the Lesson

The lesson is designed for a 12-year-old student in grade 7 in Brisbane at the Aspley state high school. Aspley state high school is a Public-school catering to the year 7 to year 12 classes and categorised as a secondary school. The school has 81 teaching staff and 52 non-teaching staff supporting 867 students. The ICSEA school value is 997 versus a average value of 1000 amongst the schools. The student is from a non-English speaking background which constitutes 23% of the total students enrolled in the school.

The school has a compulsory science enrolment policy for years 7 to 10 and delivers its program with the help of six designated science laboratories in the science precinct. The school has bring your own IPAD policy to enhance the learning experience in the classroom with some recommended applications to support the process. The school also entertains various extracurricular activities such as ICAS science competition, the science experience, Sparq-ed and Aspley solar car challenge to name a few.

TPACK model

The paper dwells on the knowledge framework of teachers and the integration of technology in a teaching environment called as Technology pedagogical content knowledge or TPACK

TPACK is a concept built upon Lee Shulman’s concept of PCK and talks in detail about integration of technology in the Pedagogy, content and knowledge aspects of it individually, as a combination of each aspect and all of them as unified model. The key to delivering an effective lesson is just not understanding concepts in Pedagogy, content and knowledge individually but to seamlessly integrate all these aspects with technology and deliver it to the students in a meaning full way.

The TPACK model considers both analog and digital technology as “technology” and considers integration of newer technology more complex in the current teaching environment. The model also places greater emphasis on the importance of content and pedagogical knowledge as it forms the basis for effective lessons and helps the teachers to construct, asses, understand and build skills in students in the class along with the integration of technology. Similarly each of the focal points Content Knowledge, Pedagogical knowledge, Pedagogical content knowledge, technological content knowledge, technological pedagogical knowledge and the technology pedagogical content knowledge each illustrate the effect on teaching and how fluid technology is when we integrate with our ideas and changes with context of the lesson.

Context clearly is the defining force behind the TPACK model as it determines how the technology in the class is going to be used , for example a class having a projector is going to be differently organised to a class with individual iPad for each kid, there is a bit more experience based learning in the later.

Based on the TPACK model this essay is designed to integrate a lesson [Content] from the Australian curriculum mapped along with a pedagogical method aided by thinking tools and technology and its effective delivery.

Lesson Concept

The concept described in the essay is Year 7 Physical sciences concept of “Change to an objects motion is caused by unbalanced forces acting on the object”. The lesson talks in specific about balanced and unbalanced forces on an object and its effect. The lesson helps the students determine what different kinds of forces are and the effects of forces on object or body. The concepts are explained with activities which the students can analyse and comprehend using thinking tools and record them on devices to refer when needed. The concept entertains students to work in groups and communicate with each other to develop their knowledge. The use of verbal, written, practical and digital sources help students relate to the personal understanding of individual students.

Learning objective

The WALT [Learning intention], sets the agenda for the class and students so that the students can be focussed and generate ideas, actively observe the class in motion.

The WALT in this specific lesson was designed as

• Types of forces
• Identify balanced and unbalanced forces
• Analysing results of the experiment

WILF Success criteria

WILF is all the information a student needs to understand the concepts including, content, practicals and procedures and day to applications. The need to set a expectation falls on the teacher and the scale of measuring the success differs from each student to student depending on their capability.

• Differentiate balance and unbalanced forces
• Link the learning to Newtons second law of motion.

The Lesson

Science learning in classes specifically in middle schools are based on refreshing the students existing knowledge and building information using various techniques. The students based on the information gained construct logical solutions and record information to further research on more complex subject matters. [Oh & Oh 2011]. According to Vygotsky spontaneous learning is based on a person’s surroundings and everyday learning whereas non-spontaneous learning happens in a school and clearly differentiated it a setting. Scientific learning clearly happened in a systematic setting and builds on a base of already existing information and this happens with a help of a system so that the student can organize information on a logical hierarchy and helping them with a new direction.

The constructivist pedagogy or theory supports Science learning in a class based on the inquiry-based learning model. Inquiry based learning helps students make meaning of a concept when teachers set parameter which can be external and internal ,but true inquiry is based on certain Characteristics such as emphasis on process [Communicating, collaborating, Analysing etc], students ideas are given more importance, metacognition, constructing ideas and observations and taking the lead to further learning.

The thinking tool used in the classroom to generate ideas about forces is a Venn diagram which is effective tool to generate ideas , compare and analyse the information , considering Blooms Taxonomy of higher order thinking and the inquiry based learning “Analyse” is a optimum level to guide the students through the learning process.

The class is provided with a task to help the students explore the idea of balanced and unbalanced forces. The cognitive verb introduced to execute these activities is “Differentiate” which will be executed with the help of an tug of war. The classroom starts with a basic introduction and understanding about forces among students with the basics of newtons law of motions as the basis and trying to understand different concepts like Pull /Push, gravity, friction, the measurement of force and different types of forces in our everyday life. A simple refresher for students to start thinking about forces is initiated by asking about a football being kicked in the playground and why it moves and reaches another part of the field so key points like force , direction and how gravity plays a part in the motion are revisited in this activity before dwelling into the concept. This activity is done in the class with a simple text [Resource] of a paper crumpled and converted to a paper ball and the fingers used as a leg to strike the ball for safety. This step is a vital part in the constructivist enquiry model where the students relate to their experiences from external sources to form a understanding about the concept and also use as tuning in session to understand their conceptions and misconceptions. The following lesson is based around the simulation which the kids are going to be observing making their observations which we will deliberate and Analyse to come to a conclusion, so Based on the TPACK model we see a clear overlap of Technology Paper, iPad or computer, simulation software, content [force simulation] , Pedagogy [Constructivist Inquiry model] and the teachers Knowledge about the concept and the thinking tools used to instigate the thinking process amongst the class.

The simulation Phet website simulates a tug of war with a value of forces and the direction being depicted. The student analyses the action taking place in the first step where the equal force is applied from both directions on the object, discovery questions like “what do you think is happening right now” starts the thinking process, some students need a bit more deeper questioning like “What do the arrows depict” , “what are the two figures doing”, the simulation progresses with different settings example 2 people on one side and one person on the other , so further questioning happens, this Simulation session happens in a group of 2 students so that they can take turns in executing the simulation and writing down the different observations. So Venn diagram is used to depict the 2 different types of forces balanced and unbalanced forces which initially is named step 1 and step 2 so the observations made will help the students identify the similarities and differences. One of the key higher order thinking levels in Blooms taxonomy Analyse plays a key role with effective questioning like “ Analyse four perspectives from your observation” , “Discuss similarities and differences between the two events”.

The Venn diagram is used as a tool to record the ideas by the team which is further discussed to explain the newtons second law of motion and its relation to unbalanced forces. The analysis helps the students identify when objects accelerate and how forces play a direct part along with the mass of the object affecting the motion as well [decreases the motion]. This understanding helps the teacher introduce the Formulae for Force [net] = M*A to help further workings. This inquiry-based learning technique allowed the teacher to educate the students about newtons second law of motion from the observations and also utilize effective questions to think and help them relate their thoughts and observation to the concept .

Technology in teaching

Technology in TPACK model can be analog and digital, similarly the above lesson has been effectively taught to the kids using a wide variety of resources [Text] example Paper, iPad, white board, simulation software, Queensland science curriculum.

The lesson has been majorly executed through a simulation application on a student’s own IPAD so that they can experience the activity, explore the features of the simulation application record the observations as notes and most importantly analyse the data and share the ideas as a group which is a key aspect in the constructivist theory which supports external learning among the peer group and later the teacher enriches and helps unlearn the misconceptions.

References

1. Shulman, L. S. (1987). Knowledge and teaching: Foundations of the new reform. Harvard Educational Review, 57(1), 1–22.
2. Putnam, R. T., & Borko, H. (2000).What do new views of knowledge and thinking have to say about research on teacher learning? Educational Researcher, 29(1), 4–15.
3. Phil Seok Oh & Sung Jin Oh (2011) What Teachers of Science Need to Know about Models: An overview, International Journal of Science Education, 33:8, 1109 1130, DOI: 10.1080/09500693.2010.502191
4. Vygotsky, L. S. (1978). Mind in Society: The development of higher psychological process. Harvard University Press.
5. Conklin, J. (2005). Educational Horizons, 83(3), 154-159. Retrieved March 15, 2020, from www.jstor.org/stable/42926529
6. Anderson, L. W., Krathwohl, D. R., & Bloom, B. S., 1913. (2001). A taxonomy for learning, teaching, and assessing: A revision of bloom’s taxonomy of educational objectives (Complete ed.). New York: Longman.
7. http://phet.colorado.edu/sims/html/forces-and-motion-basics/latest/forces-and-motion-basics_en.html
8. https://www.myschool.edu.au/school/47464
9. https://aspleyshs.eq.edu.au/Supportandresources/Formsanddocuments/Documents/2020%20Year%207%20Curriculum%20Handbook.pdf
10. https://aspleyshs.eq.edu.au/Supportandresources/Formsanddocuments/Documents/BYO%20Ipad%20Policy%202019.pdf

We are living in the age of science and technology. The wars, among the nations, are fighting in the educational institutions instead of fields and deserts. Pakistan is a developing country of South Asia. Only an alternative development in the field of science and technology required, on which social development can begin the era of economical Improvement. This advancement necessitates revolutionary improvement in the field of science education at all levels. Science education is very important to overcome the issues and problems of modern age. Challenges and requirements are growing complex and critical swiftly. These are not easy to understand. Their solution demands a wide conceptual knowledge. In Pakistan, a large number of students after elementary education or during secondary education drop out from schools and remaining students, having successful certificates, divagate or dissipate their talent and productive or creative efficiency due to vague and unclear concepts.

Reservoirs and resources are running down rapidly. According to their demand, there is so much need of their alternatives means of energy to search. Problems such as growing pollution, spreading diseases and searching their cures, to give up traditional tools, learning the usage of advanced machines, to fulfill the nutritional requirements according to the growth rate of population, to find the comfortable and wishing life styles and to understand the scientific phenomena, there is deep thirst to improve the scientific literacy rate. A country that has advanced in the field of science and technology is more developed than the one that has a pitiable science base (Goodrum & Rennie, 2007).

Science education plays an important role in the development of every single entity of community as well as whole population of a state or region. It promotes life styles of every person socially and economically belonging to a country. It provides solutions of social and environmental problems and issue, industrial progress and plays co-operative role in enhancing and advancing individuals’ living standards. Science has gained compulsory position, as a fundamental and basic subject in the institutions all around the world. In present time, every industry and department looking towards the science for his requirements and future demands in every discipline (Mohanty,2004).

Science education is a mean to address global necessities, therefore it is important to enlarge its understanding, recognize issues related to its expansion and attempt to find solutions for advancing science education at the foundation levels (Bybee, 1997).

The advancement and downfall of a society can be ascribed to the progress and fall of science correspondingly. A country or a state or a region that has progressed in the domain of science and technology is greater developed than the one that has a miserable science base (Faize & Dahar, 2011).

This thinking has led to widening viewpoints among many professionals and policy developers in investing Science teaching and education in many countries, thus in present times education in science begins at primary levels and Pakistan is no exemption. From classes first through eighth, it is offered as a compulsory subject called general science, whereas at secondary level (ninth and tenth classes) science is partitioned into general and natural sciences, offered as elective courses. The estimated school time assigned to these sciences is 25-30% of the total school time, which is not enough. At these class levels general science is a combination of biology, chemistry and physics and includes topics on life, animals, matter, forces, earth and the universe ( Aly, 2007).

Like many other countries, Pakistan also faces issues with science education comprising low provision of resources, unavailability of satisfactory number of science teachers, labs and equipment, out-of-date syllabus and insufficient grading systems of the science courses (Memon, 2007).

Students’ enrolment is declining in science subjects throughout the world. The science course content in Pakistan is completely filled with accurate data; the science teachers are not properly trained in educating science; the foremost procedure for lesson delivery is the chalk and talk strategy; lab work is missing; the course material is outdated and mental retention of text content is the commonly considered equivalent to getting science education (Malik, 2007).

These circumstances may convey diminution in enthusiasm for the science subjects. Developing countries are facing a risk that it would be impossible for him to supply researchers and particularly instructors to new generations for science learning and teaching process (Rowlands, 2008).

Question:

Analyse the ‘Strategic Outsourcing at Bharti Airtel Limited’ case applying insights from the module to answer the following questions

“I declare that this work is entirely my own in accordance with the University’s Regulation 11 and the WBS guidelines on plagiarism and collusion. All external references and sources are clearly acknowledged and identified within the contents.

No substantial part(s) of the work submitted here has also been submitted by me in other assessments for accredited courses of study, and I acknowledge that if this has been done it may result in me being reported for self-plagiarism and an appropriate reduction in marks may be made when marking this piece of work.”

Question 1

Introduction

Bharti like any other growing telecom company was faced with the challenge of managing network expansion for its growing customer base. In order to succeed in the Indian mobile phone market firstly, Bharti must focus its services on providing excellent customer services through “error-free” services (low call drop rates, value-added service, etc), cost efficiency, and innovation in new products and services.

Secondly, Bharti must scale up network coverage to cover its growing customer base and Bharti must come up with a strategic and sustainable business model that will enable it to increase network infrastructure simultaneously as customer demand increases.

Discussion

Bharti should focus on its four core competencies to succeed in the Indian mobile phone market. Core competencies in Sales, Promotions, Customer Care/ Services, and Identifying Customer’s Pain Points (Harvard Business Review, 2012). From a sales point of view, Bharti can offer mobile telecom service at $0.01 to $0.005 per minute, perhaps the lowest rates in the world. Bharti enjoyed compounded annual growth in sales revenues of 120% and growth in net profits of 282% per year between 2003 and 2010. Its market cap has steadily grown over the same period and stood at around US$30 billion as of 2010 (ibid.).

For branding and promotions, Bharti went for a variety of advertising using different brand ambassadors, starting from cricket icons like Sachin Tendulkar to renowned music composer A.R.Rahman to cine stars like Shahrukh Khan, Madhavan, etc (Jeyavelu and Radha, 2008). It also carried out a combination of both functional and symbolic campaigns. Bharti conducted regional campaigns to ensure a wide reach to even the most remote areas. Bharti also ensures all campaigns had a common theme and went for high visibility advertising, targeting a variety of customer segments (ibid.).

Bharti took several awards for marketing and brand excellence as well as for distribution and service excellence over the last few years. In 2004, Bharti has announced the ‘World Communications Best Brand of the Year(ibid.). This was a prestigious award that recognized outstanding performance by companies and brands from across the world in the telecommunications industry.

A survey conducted by The Economic Times (ET) Brand Equity in 2007 also recognized Bharti as The Second most trusted Brand’ in the world (ibid.). Bharti also implemented comprehensive intelligence and data warehousing capabilities which helped it better understand customers’ usage patterns and predict network coverage demand. This service enables Bharti to identify customers’ pain points and make relevant improvements to better serve its customers (ibid.).

Bharti also focuses its services on providing excellent customer services through “error-free” services (low call drop rates, value-added service, broad coverage, etc), cost efficiency, and innovation in new products and services. Bharti introduced new and innovative products that were received well in the market and enabled the Company to maintain its leadership position in the Indian mobile phone market despite highly competitive pressures. For example, in 2005 the company introduced new products like BlackBerry wireless solution, Airtel Live, and Ring back tones (Hello Tunes) which were all firsts in the country (ibid.).

Conclusion

Bharti must focus on its four main competencies; Sales, Promotions, Customer Care/ Services and Identifying Customer’s Pain Points, by doing this well the company can succeed in the Indian mobile phone market. Bharti’s strength was grounded in its brand management, people management, and customer management capabilities.

Question 2

Introduction

“Outsourcing refers to the practice of transferring activities traditionally done within a firm to third-party providers within the country or “off-shore” (Sen and Shiel, 2006). In the case of Bharti, the proposed outsourcing agreement is to multinational vendors operating within the country. The author strongly agrees with Gupta’s proposed outsourcing agreement. Gupta’s strategy includes handing over responsibility for the build-up, maintenance, and servicing of the telecom network to an equipment vendor.

Gupta considered Ericsson, Nokia or Siemens as potential partners. In addition, Gupta’s strategy also considers outsourcing the build-up, maintenance, and servicing of Bharti’s core IT infrastructure to IBM. The next section discusses the advantages and disadvantages of the Gupta outsourcing agreement, backing them up with relevant theories and examples from an external source. Furthermore, the following section highlights how the outsourcing agreement works toward building Bharti’s core competencies.

Discussion

This section discusses the advantages and disadvantages of the Gupta outsourcing agreement and then highlights how the advantages of the outsourcing agreement work towards building Bharti’s core competencies discussed in question 1.

Advantages of Bharti’s Proposed Deal

Firstly, the proposed deal can enable Bharti to reduce operating costs (Oshri, et al, 2009).

Typically, suppliers will always want to sell more equipment than required, while the operator will aim to maximize coverage and capacity with as little equipment as possible. The outsourcing of the build-up, maintenance, and servicing of the telecom network to equipment suppliers can reduce the operating cost because this agreement helps get rid of the inherent conflict of interest between Bharti and telecom suppliers. The proposed agreement will ensure the optimum use of equipment to provide the required network capacity.

A typical network uses only 60% to 70% of its installed capacity at any point in time, it is an industry practice to purchase excess 20% to 30% capacity to in order to keep on step ahead of customer demand. For Bharti, in terms of capital assets, the excess 30% excess capacity through 2007 would represent around $300 million to $400 million, hence outsourcing this process presents a huge cost-saving strategy for Bharti.

Secondly, the proposed outsourcing deal not only gives Bharti access to the best possible technology, these partnerships also enable Bharti to focus on core competencies (ibid.). By freeing itself from managing technology, the company can use all its resources to focus on its core competencies – strategic management i.e building its own strategy without external consultants; increasing sales revenue, branding and promotions, and providing excellent customer services – through constant innovation and providing value-added services, identify customers pain points and working with regulation and regulators.

Finally, the proposed outsourcing deal helped improve Bharti’s Time-to-Market (Ibid.) From the case study, when there is a need for network expansion, typically the process of planning, tendering, financing, purchasing, and installation could take between six months to a year. With this partnership, the speed comes because each partner is a specialist and can do a bit better than anyone. This entire arrangement allows Bharti’s network utilization to be high all the time. The agreement gives Bharti the ability to increase network capacity in a quick time and creates a situation where the capacity is made only when they are ready to be consumed.

Disadvantages of Bharti’s Proposed Deal

Firstly, the proposed outsourcing agreement can be hindered by the cultural difference between the two organizations (Oshri, et al, 2009). Bharti being an Indian-based company with a start-up culture, IBM was quite the opposite. The potential vendors looked at the deal as an arrangement where the main objective is to provide world-class infrastructure while for Bharti, the main objective is to respond to a high-intensity environment of growing customer needs. There is bound to be initial glitches between these two diverse objectives, but communication between the two parties can help in sorting this out. Secondly, the proposed agreement state that Bharti staff carrying out the task to be taken over by the vendors would be transferred to the vendors respectively. This can lead to another important issue of loss of loyal staff.

In terms of achieving Bharti’s core competencies, the proposed agreement to outsource the telecom infrastructure to suppliers such as Ericsson, Nokia, or Siemens and internal IT infrastructure to IBM will enable Bharti to focus on improving Sales, providing excellent customer services through “error free” services (low call drop rates, value-added service, etc), cost efficiency and innovation in new products and services, promotion and identify customers pain points. These outsourcing agreements will enable Bharti to free up resources as they no longer have to worry about technology.

Conclusion

The proposed outsourcing agreement presents more advantages than disadvantages to Bharti and will help Bharti achieve its core competencies. The main advantages provided by the agreement are cost saving, quicker time to market, access to the best technology, and enabling focus on core competencies.

Question 3

Introduction

Bharti outsourcing agreement like any other presented some major concerns mainly due to uncertainties the deal could cause for Bharti itself. According to the case study, a senior employee acknowledged the fact that vendors such as Ericsson/Nokia /Siemens have access to the best technology but questioned the vendor’s operative expertise in managing network installation, servicing, and maintenance of the Telcom infrastructure.

Another issue raised by the marketing and IT department was if IBM will be willing to work fairly with other vendors, would the agreement mean Bharti will no longer have access to certain creative new applications? Also, whether hardware and software not supported by IBM would no longer be available. There were also concerns about staff relocation, some staff might not want to be transferred or the vendors might not want to take them. The following section discusses Bharti’s major concerns about entering an outsourcing agreement with IBM and Ericsson, Nokia or Siemens in detail, backing each point with relevant theories.

Discussion

Firstly, Bharti’s main concern with the outsourcing agreement to Ericsson, Nokia or Siemens is their delivery competency (Feeny, D et al, 2005) – particularly the vendor’s lack of domain expertise (ibid.). The vendor may provide access to the best technology, but that doesn’t necessarily mean that they are competent in planning, building up, installing, servicing, and maintaining of telecom infrastructure.

This increases the chances of Operational risk (Aron, R et al, 2005) as network expansion processes might not operate smoothly after being outsourced. To avoid this risk, Bharti being more experienced in planning, building up, installing, servicing, and maintaining of telecom infrastructure can codify the process and share knowledge with vendors (ibid.). Alternatively, domain expertise can be transferred from clients to vendors via employee transfer which is already included in the agreement. This will allow vendors to apply and retain sufficient professional knowledge of the target process to meet Bharti’s requirements.

Furthermore, another concern with the outsourcing agreement to Ericsson, Nokia or Siemens is Bharti’s lack of control (Feeny, D et al, 2005). The proposed agreement gives full control of the management of telecom infrastructure to the vendors. The telecom infrastructure is the backbone on which Bharti provides services to its customers. In a case where an issue arises such as a power failure, Bharti has no control and is fully dependent on the vendors to rectify such issues. The major effect will be felt by Bharti and this can damage the brand image or even make loyal customer switch providers.

Bharti can solve this problem by ensuring the selected vendor has good relationship competency (Feeny, D et al, 2005), this will ensure the vendor will go to the far extent to cultivate a win-win relationship that will align Bharti and vendors’ goals and incentives over time.

Thirdly, Bharti’s main concern with the outsourcing agreement to IBM is their transformation competency – particularly in IBM technology exploration (ibid.). Technology exploration is the willingness and ability of a vendor to swiftly deploy new technology to support critical services and ensure client meet their improvement targets (ibid.). For instance, in a case where IBM fails to innovate or is behind competitors in deploying new technology, Bharti will be directly affected by this because competitors might have more advanced technology hence gaining an advantage over Bharti.

Finally, an additional concern with the outsourcing agreement to IBM is their delivery competency (ibid.) – particularly the lack of sourcing. Sourcing is the vendor’s ability to tap the resources needed to meet the client’s service targets (ibid.). The proposed agreement permits IBM to manage all Bharti internal IT architecture, and applications including applications provided by other vendors. IBM might not be willing to implement a third-party application that carries out an operation better than their own product. This puts Bharti employees at a disadvantage because they might not have access to new better creative applications.

IBM might not be willing to work fairly with other vendors. Software and hardware that are not supported by IBM might no longer be available. Employees may be required to learn new skills to effectively use IBM technology, this puts pressure on HR to deploy the required training and initially can lead to less productivity.

Conclusion

The two major concerns Bharti would have about entering an outsourcing agreement with IBM and with Ericsson, Nokia or Siemens are their transformation competency and delivery competency respectively (Feeny, D et al, 2005). For IBM, Bharti can solve this problem by ensuring the selected vendor has good relationship competency, this will ensure the vendor will go too far extent to cultivate a win-win relationship that will align Bharti and vendors’ goals and incentives over time. For Ericsson, Nokia or Siemen, Bharti can share knowledge by codification and through domain expertise transferred from clients to vendors via employee transfer.

Question 4

Introduction

In the context of outsourcing, governance refers to the mechanisms, processes, and people that oversee and direct a business entity’s third-party contracts and relationships. (EY, 2016) The implementation of an effective information technology outsourcing governance has become an important problem for modern outsourcing companies. Efficient IT outsourcing management will ensure that Bharti’s IT outsourcing strategy is in line with the business goals.

A study by (Weill and Ross 2004) shows that companies with superior IT governance achieved 25 percent higher profits than those with poor governance, given similar strategic objectives. Bharti needs an effective governance mechanism to mitigate some of its concerns and capture any outsourcing advantages identified. In the discussion, Bharti’s outsourcing concerns will be reviewed and effective governance mechanisms to mitigate concerns will be suggested by the author.

Discussion

Organizations with ineffective IT outsourcing governance suffer due to inaccurate information quality, inefficient operating costs, loss of competitiveness, lack of control, and failure of the organization itself (Schwartz 2004, Woodhead 2004). Vaswani (2003), a study to determine the effectiveness of IT outsourcing governance mechanisms, revealed that three mechanisms— an IT outsourcing steering committee, senior management involvement in IT outsourcing, and corporate performance measurement systems — have been positively linked to the effectiveness of IT governance.

Firstly, Bharti can utilize this mechanism by setting up an IT outsourcing steering committee, the committee serves as a high-level managerial team, comprised of representatives from divisions within Bharti (such as Business executives -Mittal, and the CIO- Akhil Gupta), with the main function of linking Bharti Telecom Infrastructure and IT architecture outsourcing strategy and main business strategy (Nolan 1982; IT governance Institute 2003b). Bharti can also set up a Vendor Management Office (VMO) that reports directly to the steering committee.

The VMO is responsible for constant monitoring and reporting of risk/issues and status and governance reports on a regular basis to the steering committee. VMOs also monitor the knowledge transfer process (Deloitte, 2014). Bharti VMO requires Service management and an IT service management department (ibid.). Each of these departments works with vendors in their respective areas to ensure service delivery runs smoothly. Services management manages day-to-day vendor interaction and is accountable for service delivery (ibid.). The IT service manages vendors’ relationship, manages vendors’ performance, track vendors’ finances, provides vendors governance, adherence to agreed service levels, and facilitate resolutions of vendor-related issues (ibid.).

For Bharti, a steering committee can mitigate the concern of Ericsson, Nokia, or Siemens delivery competency– particularly the vendor’s lack of domain expertise. This governance mechanism will ensure the codification and transfer of required knowledge to the vendors through the activities of the VMO.

Furthermore, one of the steering committee’s duties is to oversee the implementation of the board’s strategic agenda. For Bharti to achieve this outcome, an effective performance management mechanism is necessary. In order to ensure the quality of services delivered by vendors, network capacity and IT infrastructure will be subjected to a number of quality control checks specified on the service level agreements (SLAs).

These include new application implementation delay, hotline customer satisfaction, and measure of network quality, such as the number of dropped calls, the number of incomplete calls. A penalty and reward mechanism can be set up to manage performance effectively. Such a system enables the management and the board to detect and correct any deviations and alter the strategy when necessary (IT Governance Institute, 2003b).

This governance mechanism can mitigate Bharti’s concerns (such as lack of control in the Nokia/Ericsson or Siemens agreement and lack of technology exploration in the IBM agreement), this will ensure the vendor will go to the far extent to cultivate a win-win relationship that will align Bharti and vendors goals and incentive over time.

Finally, many researchers have investigated the critical role of senior management in the success of IT outsourcing governance. Senior management involvement appears to result in effective IT outsourcing planning (Rockart 1988; Schuman and Rohrbaugh 1991; Earl 1993; Cerpa and Verner 1998; and Sohal and Fitzpatrick 2002).

Bharti can involve senior management through a practice of ensuring senior interactions with vendors and also through regular meetings as per contractual agreement and through relationship alignment – i.e. annual senior interviews (Delioitte, 2014). This governance mechanism can mitigate the concern of IBM domain expertise in lack of sourcing. Senior management meetings can ensure IBM and Bharti’s objectives are aligned.

Conclusion

In conclusion, for Bharti, effective governance will ensure Bharti captures the advantages for outsourcing and also mitigate some of Bharti’s concerns. The governance mechanisms include the involvement of senior management, the implementation of an effective performance measurement system, and the creation of an outsourcing steering committee.

Question 5

Introduction

Outsourcing involves both vendors and clients and it is important that both parties mitigate any concerns to ensure a win-win situation. In the discussion, any major concerns that IBM or Nokia should be aware of regarding the outsourcing agreement with Bharti would be outlined and reviewed.

Discussion

Firstly, a major concern for Nokia is the risk of being stuck with a significant investment in network equipment that they made on behalf of Bharti in the event that Bharti did not use the equipment. This presents concern because according to the case study, Bharti will only pay for network capacity when the capacity is up and running and have been used by Bharti customers.

Furthermore, a concern for both Nokia and IBM is the cultural difference between the companies. Bharti is an Indian-based company with a start-up mentality, and the vendors are the completely opposite – large multinational companies. The proposed agreement states that Bharti staff presently carrying out tasks that would be taken over by Nokia be transferred to Nokia. For Nokia, this also creates a concern of managing the cooperative cultural mix and managing sudden expansion in the number of employees.

Finally, a major concern for IBM was the payment structure. The proposed agreement states that IBM will receive a share of Bharti’s revenue for its services, although IBM has to invest in Bharti immediately without any form of down payment. In a case where Bharti makes a low revenue, IBM is at a risk of losing. Also, IBM will have to forecast Bharti’s revenue growth in order to estimate how much it would get paid, this forecast estimation is often inaccurate. The governance mechanism to mitigate this is the involvement of senior management (Delioitte, 2014). Senior management meetings can ensure IBM and Bharti’s objectives are aligned. IBM can also be involved in Bharti’s internal board meeting as per the contractual agreement since their revenues are tied.

Conclusion

In summary, the major concern of IBM and Nokia about entering an outsourcing agreement with Bharti is the cultural difference, the payment structure, and the risk of investing in unutilized network equipment. Some of these concerns can be mitigated through effective governance mechanisms such as involving senior management.

Bibliography

1. Aron, R., & Singh, J. V. (2005). Getting offshoring right. Harvard business review, 83(12), 135-43.
2. Cerpa, N., & Verner, J. M. (1998). Case Study: The Effect of IS Maturity on Information Systems Strategic Planning. Information & Management, 34, 199–208. doi:10.1016/S0378-7206(98) 00060-3.
3. Deloitte (2014) The Outsourcing Handbook: A guide to outsourcing. [Online]. Available at: https://www.deloitte.co.uk/makeconnections/assets/pdf/the-outsourcing-handbook-a-guide-to-outsourcing.pdf (Accessed: 7 January 2019).
4. Earl, M. J. (1993). Experiences in Strategic Information Systems Planning. MIS Quarterly, 17(1), 1–24. doi:10.2307/249507.
5. EY (2016) Governance: a beacon for successful outsourcing. [Online]. 2016. EY Consulting. Available at: https://consulting.ey.com/governance-successful-outsourcing/ (Accessed: 7 January 2019).
6. Feeny, D., Lacity, M., and Willcocks, L. P. (2005) Taking the measure of outsourcing providers. MIT Sloan management review, Vol46, Issue 3, pp. 41-48
7. Harvard Business Review (2012). Telecom’s Competitive Solution: Outsourcing. [online] HBR. Available at: https://hbr.org/2012/05/telecoms-competitive-solution-outsourcing.html [Accessed 3 Jan. 2019].
8. Institute, I.T. Governance. (2003b). Board Briefing on IT Governance. IT Governance Institute.. http://www.isaca.org/Content/ContentGroups/ITGI3/Resources1/Board_Briefing_on_IT_Governance/26904_Board_Briefing_final.pdf. (Assessed 6 January 2019)
9. Jeyavelu, S. and Radha, A. (2008) Bharti Airtel 2008.
10. Martinez-Jerez, Francisco de Asis, V.G. Narayanan, and Michele Jurgens. ‘Strategic Outsourcing at Bharti Airtel Limited.’ Harvard Business School Case 107-003, July 2006. (Revised December 2007.)
11. Nolan, R. L. (1982). Managing Information Systems by Committee. Harvard Business Review, 66, 72–79.
12. Oshri, I. and Kotlarsky, J. (2009) “The Real Benefits of Outsourcing”, A WBS white paper for Cognizant. http://www.quantifyingoutsourcingbenefits.com/default.asp
13. Rockart, J. F. (1988). The Line Takes the Leadership. MIT Sloan Management Review, 29, 57–64.
14. Schwartz, E. (2004). Information Age: 48.
15. Schuman, S. P., & Rohrbaugh, J. (1991). Decision Conference for Systems Planning. Information & Management, 21, 147–159. doi:10.1016/0378-7206(91)90061-6.
16. Sen, F. & Shiel, M. (2006). From business process outsourcing (BPO) to knowledge process outsourcing (KPO): Some issues. Human Systems Management 25 (2006) 145–155
17. Sohal, A. S., & Fitzpatrick, P. (2002). IT Governance and Management in Large Australian Organizations. International Journal of Production Economics, 75, 97–112. doi:10.1016/S0925-5273(01)00184-0.
18. Vaswani, R. (2003). Determinants of Effective Information Technology (IT) Governance. Australia: Unpublished Thesis, School of Business, University of Queensland.
19. Weill, P., & Ross, J. W. (2004). IT Governance: How Top Performers Manage IT Decision Rights for Superior Results. Boston, Massachusetts: Harvard Business School.
20. Woodhead, B. (2004). After the Sky fell in on Atlas, The Australian.Financial Review, 36.

Executive Summary

Use key words from the assignment brief

The following report will investigate the extent to which Starbucks Corporation is an innovative firm. This will be done by identifying their core innovation activity, determining the set of circumstances, as well as, the processes used to develop it. Ultimately representing how this activity contributes towards the overall sustainability and competitive advantage of the firm.

The opening section, 1.0, will introduce the report, giving a brief overview of the nature of Starbucks Corporation, by defining its activities as well as communicating the core innovation activity of the firm.

Section 2.0 identifies the drivers of innovation influencing Starbucks core innovation activity. This will be shown by the technological advances, changing customer needs, intensified competition and strategic intent that play an equally important role in driving Starbucks core innovation activity, before discussing the disadvantages of these drivers.

The next part of the study distinguishes the three different degrees of innovation; incremental, breakthrough and radical and how alongside the innovation ambition matrix, can be used to categorise Starbucks core innovation activity.

Thereafter, the Pentathlon Framework is used in section 4.0 to understand how Starbucks engage in open innovation which allows the co-creation of ideas between Starbucks and their customers. This method is used to develop the core innovation activity to its implementation and highlight how each part of the model is interdependent to Starbucks sustainable competitiveness.

The final section of the report examines the AVAC model, focusing on how Starbucks generate competitive advantages through their activities, value, appropriability, and change as well as showing how each element contributes towards Starbuck’s overall sustainability.

Introduction (200 words)

The LEGO Group is one of the largest toy manufacturers in the world, committed to providing children with “good quality play” as a building block to laying a foundation for future adult life (The Lego Group 2018). LEGO which was founded by Ole Kirk Christiansen in 1932 in Billund, Denmark. The companies name originates from the first two letters of two Danish words: leg godt, which loosely translates to ‘play well’ (Robertson 2013). Reasoning that no matter how hard times were, parents would want to support their children, an insight which sustained LEGO through almost a century of subsequent global recessions.

LEGO’s product portfolio started with the craft of wooden toys, moving onto the iconic studded plastic brick and is now adopting to an increasingly digital world which has reduced demand for conventional physical toys (reference). To retain competitiveness, LEGO has introduced a range of technologically advanced products such as the Mindstorm EV3 which is based on the successful mindstorm toy. Thus, allowing children to play with physical toys whilst incorporating technological abilities to meet the modern children’s needs (reference).

LEGO’s brand values; imagination, creativity, fun, learning, caring and quality are all focused on providing the consumer with the best possible experience with guaranteed quality and originality (LEGO Group 2018). To ensure consumers are provided with the best experience, LEGO introduced the Future Lab which is a department with the sole focus of providing the future of play to children worldwide in order to remain competitive in a technologically advancing world (Ringen 2015). This innovation lab is paramount to ensure the capability ceiling of LEGO is raised to allow for progressive development of technology in line/ahead of competitors (Goffin and Mitchell 2016).

Finish this section with more references and mention the core innovation activity.

System of Play:

• Lego brick
• Mini-figure

Triple number of products between 1993-98

Designers were given freedom until 2003 when Lego changed and provided their designers with minimal bricks to choose from to reduce costs and increase creativity

Innovation is looked at from 2 angles – http://blog.bearing-consulting.com/2013/02/08/the-lego-innovation-story/#

1. Understanding children – spending time with the families in various countries to get an understanding of what they want
2. Give designers scarce choices which influences creativity

Circumstances: The Innovation Landscape (600 words)

Drivers of LEGO’s Core Innovation Activity

According to Goffin and Mitchell (2016), there are five main drivers of innovation which can be seen in Figure 1.0. Four of these drivers will be assessed to explore how they contribute to LEGO’s core innovation activity.

Figure 1.0, Drivers of the need for Innovation (Adapted from Sheth and Ram 1987).

Technological Advances

Technology has become a prominent driver in most industries over the past couple of decades; the toy industry is not an exception (reference). Once LEGO’s business model was retuned in 2004 after many failed transformational innovation attempts, the company regained focus on the core products of LEGO and started making money again (reference). This proves that breakthrough innovation is not always required to maintain traction in the external environment.

However, continual innovation is required in the competitive toy market as traditional toys become less sought after than more advanced toys such as video games (reference). Thus, the Future Lab is used to identify these changes in consumer behaviour and provide creative solutions. For example; LEGO augmented reality allows the user to virtually play with various characters from the LEGO portfolio (Sawy et al. 2016). Technological advances has driven this innovative change in the LEGO company from physical to virtual toys however, the Future Lab also focuses on traditional toys as they are much cheaper and more practical for consumers therefore still in demand (reference).

• Significance of technological discontinuity
• Unpredictable
• Threaten to render exiting capabilities useless
• Range of features, configurations, standards
• Competence-destroying (destroys previous incremental patterns of innovation)
• They implemented many of the common innovation tools in the time leading up to the crash: they had a huge focus on disruptive innovation and searching for blue oceans, the formed diverse creative teams, and they tried several different versions of open innovation.
• Nearly all of the products that resulted from these efforts failed – and that is what led to the collapse.
• Then, as LEGO successfully launched the Architecture Series, and LEGO Games, and a whole series of wildly successful new products, they used the same set of tools to create these breakthroughs.

Changing Customers and Needs

Teece (2010) states that innovations should be driven by the changing needs of customers. LEGO has displayed its ability to change and add to its product portfolio by not only catering to the needs of children, but also to a growing adult customer base (reference). This change in customers is a result of LEGO being viewed as a highly useful tool to increase creativity both on a personal and business scale (reference). Through understanding customer needs, LEGO is able to aim its products and services at the relevant target market therefore increasing customer satisfaction (Chen and Poppvich 2003).

Intensified Competition

In order to flourish, businesses need to innovate (Makhmoor and Rajesh 2017). In a highly competitive market, this is said to be more difficult for an organisation, however, Porter (1998) considers that the direction and pace of innovation is driven by competition. This increase in competition may have been a driver for LEGO creating the Future Lab in an effort of creating unique products which are much harder to replicate than the LEGO brick which is no longer trademark protected which led to a rise in competitors duplicating their brick (reference).

Strategic Intent

Strategic intentions of LEGO have led to products and services being tailored to best suit the target market, evident through the reduction of LEGO’s product portfolio since 2004. This reduction was initiated by new CEO, Jorgen Vig Knudstorp, who was appointed in 2004 and identified LEGO’s decline as ‘over innovation’ due to increased competition and technological advances (reference).

Disadvantages of Drivers of Innovation

The five drivers in this model limit the scope in which innovation can be measured due to important drivers being missed out such as environmental (Taalbi 2017). This could be seen as an important driver for LEGO due to their involvement with children and vast quantities of plastic (oil derivative). The model also has a narrow focus on just one driver rather than multiple drivers with contribution.

Categorization of Core Innovation Activity (600 words)

Degrees of Innovation

LEGO’s innovations will be categorised into three main degrees; incremental, breakthrough and radical (Goffin and Mitchell 2016).

Degree of Innovation

Explanation

Investment (%)

Incremental Innovation

(Core)

Toys for Girls (Ref)

Licensing Agreements (reference)

LEGO Ideas (Minecraft etc)

60%

Breakthrough Innovation

(Adjacent)

LEGO Mindstorms EV3 (LEGO Group 2018)

LEGO Architecture

20%

Radical Innovation

(Transformational)

Augmented Reality App (Sawy et al. 2016)

20%

Table 1.0, Degrees of Product Innovation (Adapted from Goffin and Mitchell 2016).

Incremental Innovation

The incremental strategy of LEGO has been central to operations since the company was founded, following a structure much the same as Mintzberg (1989) model of Design, Failure corrected by adjustments and leading to success. These incremental innovations build on company knowledge and present capabilities to improve existing products, services and processes (Bessant 2008). LEGO’s future Lab incorporates open innovation to

• 1998 – Mindstorms
• 2004 – 4 MUP’s helped develop the new toy
• Ninjago – 2011 – ask kids what they like/don’t like
• 1999 – star wars Lego was first brought out and it was a big hit.
• Lego went back in the box after 2003 and started making money again
• Lego hits – Stars wars, harry potter, Bionicle
• Galidor – big failure – Had a tv show and game etc. People saw this toy as not a Lego toy, so it didn’t do well

Lego looking to target the adult market using crowdfunding for its new idea (Lego Forma). This is the latest in 2018.

Breakthrough Innovation

• Lego Games – moved from toy shelf to game shelf too
• Lego friends – very profitable
• International Networks for technology creation – 19. Journals on Models
• Radical Innovation
• From Wood to plastic
• From plastic to technology components (Sensors etc)

Processes Supporting the Core Innovation Activity (600 words)

The Pentathlon Framework

Figure 2.0 is a representation of the model which will be discussed in relation to LEGO’s innovation processes. The framework is used by companies as a tool to respond to challenges by generating, selecting and implementing innovative ideas (Oke 2007).

Figure 2.0, The Innovation Pentathlon Framework (Adapted from Goffin and Mitchell 2016).

Ideas Generation

To allow idea generation to flow, ideas must be collected from both internal and external sources (sowrey 1990). External idea generation has become more accepted in recent years due to companies recognising the fundamental benefits and insights into consumer behaviour (reference). This is known as open innovation which allows consumers to put forward ideas and ultimately be part of the development process of both new products and incremental changes (parjanen, Hennala and Uotila 2011). LEGO’s Future Lab applies this method through a website called LEGO ideas which is a crowdsourcing platform used to gain consumer knowledge and influence innovative new ideas from outside the company (Liu, Zhao and Sun 2018). Other users can vote on this platform and if the LEGO set reaches 10,000 votes, the set will be put into production within reason (reference).

Through open innovation, LEGO is able to tailor their sets to the current consumer trends which should in turn increase profitability (Schenker-wicki and Inauen 2012). This method of innovation does come with drawbacks, such as the sheer volume of requests and time required to manage the large volumes of submissions. This may waste valuable resources and rely too heavily on consumer feedback therefore take the ingenuity away from the designers or vise versa (reference).

Ideas Selection

Once ideas have been selected, it is vital that an effective selection process is used to select and develop the best ideas further (Goffin and Mitchell 2016).

Ideas Implementation

Innovation Strategy

People, Culture and The Organisation

Limitations of the Pentathlon Framework

Contribution (600 words)

Allows the company to remain competitive in a changing environment

AVAC framework – Lecture 4, slide 25

Conclusion (100 words)

References

1. THE LEGO GROUP, 2018. The Lego Group. [online]. Available at: https://www.lego.com/en-gb/aboutus/lego-group [Accessed 4 Dec. 2018].
2. ROBERTSON, D., 2013. Brick by Brick: How LEGO Rewrote the Rules of Innovation and Conquered the Global Toy Industry.
3. Lipkowitz, D. (2012). The LEGO book. Dorling Kindersley.
4. THE LEGO GROUP, 2018. The LEGO Brand. [online]. Available at: https://www.lego.com/en-gb/aboutus/lego-group/the_lego_brand [Accessed 4 Dec. 2018].
5. RINGEN, J., 2015. How Lego Became the Apple of Toys. Fast Company, (192).
6. GOFFIN, K. and MITCHELL, R., 2016. Innovation management: effective strategy and implementation. 3rd ed. Basingstoke, Hampshire: Palgrave Macmillan.
7. SHETH, J.N. and RAM, R. 1987. Bringing innovation to market: how to break corporate and customer barriers. New York: Wiley.
8. SAWY, O.A., KRAEMMERGAARD, P., AMSINCK, H. and VINTHER, A.L., 2016. How LEGO Built the Foundations and Enterprise Capabilities for Digital Leadership. MIS Quarterly Executive, 15(2).
9. CHEN, I. and POPOVICH, K. 2003. Understanding customer relationship management (CRM). Business Process Management Journal, 9(5), pp.672-688.
10. MAKHMOOR, B. and RAJESH, V. 2017. Why Business Model Innovation Is the New Competitive Advantage. IUP Journal of Business Strategy, 14(1), pp.7-17.
11. OKE, A. 2007. Innovation types and innovation management practices in service companies. International Journal of Operations & Production Management, 27(6), pp.564-587.

Introduction

Innovation is considered as the most primarily bandied about terms in the modern era of global business. The newly devised products and services of an innovative organization offer various numbers of innovative and creative features, traits, and consumer touchpoints in amalgamation. The purpose of the assignment is to explain the innovation strategies and innovation dynamics with reference to the organization “Sony”. Every individual industry progresses via stages of steadiness and calmness when innovation is regarding what can be improved further or stages of disruptions where the rules of the business get completely changed. The potential consumers have evolved in the modern years to become increasingly habituated to explore for the latest, convenient and fashionable products offered by the organisations. In this assignment, some key theory discussion and analyses will be conducted in order to understand the level of innovation and innovation dynamics in the specific organization.

Key Theory Discussion and Analysis

Sony’s focus on innovation from survival

Sony has shifted its focus towards innovation from survival as it has laid emphasis on the creation and development of new products such that the trend of the market shifts completely. Sony has combined artificial intelligence and robotics with everyday gadgets or electronic products. The organization developed PlayStation and walkman that was invincible for several decades. However, the organization faced several losses in the period 2008 to 2014. In that period, software earned the profit and not hardware. However, the organization made such strategies and implemented them that turned out to be in favour of the organization.

The organization developed Aibo that is a robotic dog. The organization also developed a humanoid robot named Qrio. The leaders of the organization took steps that changed the direction in which it was moving forward (Asia.nikkei.com, 2016). The organization developed 4K television that had ultrahigh-definition. The organization started investing on PlayStations and music that proved to be a boon for it. In the era, while the sales of the organization fell manifold that resulted in the association to cut down approximately 10,000 jobs all around the world. The organization made decisions of connecting robotics and AI with the network. The organization put in several efforts in robotics and AI in order to get back its lost battle.

The management of the organization made a drastic decision of shifting its emphasis to emphasis and come out of its comfort zone. The organization started taking risks as organizations like Apple entered and took over the market. Therefore, the organization made decisions of working on Artificial Intelligence (AI) and robotics so that such innovations can aid it to conquer the market. The organization started focussing on the development of hardware or electronic gadgets of better quality with innovative features so that the customers can be benefitted from it. The organization mainly emphasized on Artificial Intelligence (AI) so that the adverse situation that the organization was facing can be turned around. The audio-video technologies that the organization developed embedded robotic and Artificial Intelligence (AI) capabilities in them. The organization embedded Artificial Intelligence (AI) technology in its camera app ‘Xperia’ as the ‘AR effect’, this application utilized Augmented Reality (In.finance.yahoo.com, 2019). The Smile Shutter and face recognition function of the digital cameras and PlayStation respectively are the examples of AI that the organization worked on and achieved in order to change the market trend. The AI-based product that the organization developed was ranked number one in the market. The organization put in several efforts in robotics and AI in order to get back its lost battle.

Sony’s Generic Strategy

In order to gain the competitive edge of other organizations in the world of electronics and technology Sony adopted a generic strategy like Porter’s Model. Sony adopted intensive strategies in order to give tough competition to its competitors in the market. The competitive strategy adopted by Sony is the uniqueness of its products. The intensive strategy adopted by the organization mainly focuses on increasing its share in the market in the field of games, financial services, entertainment, and electronics (Sony.net, 2019A). Behind the success of PlayStation uniqueness was the prime factor. The organization gained an advantage over organizations like Nintendo through product differentiation.

The continuous focus of the organization on innovation aided it to decrease the cost of production and increase its profitability. The main purpose of the organization was to penetrate the market so that it can increase its sales. The other motto of the organization was product development, that is, to embed new innovative features in its products so that the quality of services offered to the customers can be improved. Market development was another strategy adopted by the organization so that it can reach more customers by expanding its branches (Sony.net, 2019B). The organization adopted diversification so that it can offer its customers a wide range of products.

Sony’s Intensive Growth Strategies

Intensive strategies are defined as the specific strategies, which requires additional intensive knowledge and efforts in order to enhance the performance and productivity of the existing products or services in the market (Luo et al., 2011). The three types of intensive strategies that Sony has adopted are market penetration, product development and market development. Market penetration is considered as the primary intensive strategy of Sony as it is focused towards the aim of improving the productivity and profitability of the business by increasing the level of sales in the market where the organization operates. The main goal is to acquire a large volume of the market share by attracting potential consumers. For example, Sony improves its business by escalating its marketing initiatives and various campaigns to improve the sales of its PlayStation devices (Chiesa and Frattini, 2011). The organization implements its differentiation generic strategy in order to attain a competitive edge over its major rivals and to support the penetration process into the market. Sony implements its product development plan as a secondary intensive strategy in order to devise more effective products and services than compared to the competition in the market. In other terms, this second strategy is executed in order to support the generic plan of differentiation in regard to the design and features of the product.

For example, Sony has continued to improve the performance and design of its gaming products in order to provide their potential consumers with the best gaming experience (El-Nasr et al., 2016). The gaming products and services of Sony have been a major driver of growth for them as they have helped in outperforming the competition in the market. Diversification is considered as the least important intensive strategy as its goal is to achieve growth and development via new developments and progress in the business. However, the significance of this strategy has decreased over the years due to the decision of the organization to pay attention to specific products and services.

R&D structure for AI x Robotics at Sony

In order to come out of the adverse stage that the organization, Sony was facing it invested huge sums on research and development so that it can stand up and win the lost battle. The organization worked in Artificial Intelligence (AI) and robotics in order to offer new innovative products to the customers. The organization did immense research and came up with Aibo the robot dog. The history of Sony begun in D21 laboratory wherein the starting of 2000s or the 21st century the organization’s focus was to create a robot version or edition of living things or creatures. The organization took several steps to make sure that the recent developments that were made can change the market trend and turns out to be in favour of the organization. The organization started expanding its market by increasing the diversity of its products.

The organization collaborated with Olympus in order to develop a neurosurgical microscopic system. This enabled the doctors to open or create small holes in the patient’s body and use instruments like thin forceps specially designed and endoscope that is long and thin in order to perform operations. The doctors need not cut open abdomen of the patients. The organization further worked on the improvement of medical conditions so that the method of operation can be improved and people can be given a better quality of life through artificial intelligence (Sony.net, 2019C). The researchers and developers of the organization further did research so that the medical equipment can be improved and people can be given better treatment.

However, the main emphasis of the organization was to train people to use the tools so that these developed equipment do not prove to be a bane. It was mandatory to make several steps so that the equipment and the gadgets developed are fruitful for human beings. Several tests were conducted to make sure that the products developed are useful and does not have any hazard. Therefore, the organization took the topic of training the employees and the users very seriously so that any adverse effect or negative results are not produced.

The organization is working on machine learning in order to develop innovative products for customers. Sony had taken such measures that brought robots closer to Artificial Intelligence (AI). The organization made its first attempt in 1999 when the organization released AIBO the robot dog. The organization also worked on Artificial Intelligence (AI) and incorporated into digital cameras. Smile Shutter was the function that was incorporated in the digital cameras developed by Sony that was disruptive innovation as it changed the trend of the market (Sony.net, 2019E). The organization also worked on its PlayStation and added Face Recognition feature in it (Sony.net, 2019D). These developments completely changed the trend in the market and proved to be advantageous for the organization as it made the organization earn huge amounts of profit and overcome the closes that its face before.

The organization also worked on its hardware or electronic products and developed $K television with ultrahigh-definition. The organization also worked on Audio Video technology and music so that the experience of the customers in terms of entertainment can be improved. The organization is continuously working on its features so that innovation can be incorporated more and more so that the quality of the products can be improved which in turn will improve the quality of lives of the people or customers. The organization worked on it not only to take control of the market but also to make sure that people or its customers are benefitted from it. Thus, the organization laid emphasis on AI and robotics.

Social Value through Disruptive Innovation

Sony’s Initiatives in Robotics and AI

The organization is amalgamating its prevailing strengths in various units and areas including audio and video technologies and mechatronics with robotics, technology and artificial intelligence (AI) in order to provide the consumers with new proposals and schemes leading to the expansion of the robotics field. For example, the autonomous entertainment robot was pre-inaugurated in the year 2018 and it is considered as the outcome of the organization’s effort in leveraging robotics and AI in order to devise such a robot that interacts and develops a bond with human beings (sony.net, 2019). The appearance and capability of Aibo have evolved in recent times to be considered into account for utilization in different environments. For example, Sony Lifecare Incorporation is planning to adopt Aibo in order to enhance the quality and quantity of its residential services. The Mars Desert Research Station (MDRS) situated in the USA has borrowed two Aibos in order to conduct research regarding the process of establishing a life and living on the planet of Mars (sony.net, 2019). The project handled by the MDRS is focused on monitoring and managing the influence on interpersonal relations and advantages from experiencing a robot within the enclosed research station (Keisner et al., 2016).

Sony’s Initiatives in Automotive Image Sensory

The organization in the year of 2014 proclaimed that it would exploit or materialise image sensors for utilization in the automotive sector. Sony has always positioned the automobile industry in the primary choice for its business of image sensors and it is constantly working on R&D in order to popularise the notion of self-driving vehicles (Mukhi and Lakhani, 2016). In order to promote the notion of safety and preventive measures in self-driving cars, the organization has introduced a safe-zone notion named Safety Cocoon (sony.net, 2019). This concept of safe-zone is focused on securing the safety of the car in different driving conditions by 360˚ monitoring around the self-driving car. In other terms, it means enabling early planning and preparation in order to avoid risk and casualty. The automotive image sensors of the organization provide various benefits and advantages to the users including greater sensitivity, wide extent of dynamic range and mitigation functions, that also help in reducing flickering when portraying traffic signals or signs. The primary aim of Sony in the field of automotive image sensors is to drive the acceleration of the trend of self-driving vehicles or cars by sharing and communicating this long-term vision with its collaborated partners (sony.net, 2019).

Global Education

The mission of Sony Global Education Incorporation is to develop an educational infrastructure for the interlinked societies of future times. The entity is focused on fostering the people held liable for carrying the initiatives to cater to the problems and issues faced by the modern world in order to explore solutions for a brighter future of the world. For example, Sony in the year of 2017 introduced an interlinked robotics kit named KOOV for the future innovators (sony.com, 2019). KOOV helps the learner to understand the concept of coding by organizing various blocks into different shapes to develop robots that are specially programmed in a different way.

Disruptive Innovation Journey of Sony

It can be said that the disruptors of the modern world can easily evolve into the future’s disrupted. Disruptive innovation specifically refers to the technology whose implementation essentially influences the way or the manner in which a sector or industry operates. Disruptive innovation is completely differentiated from disruptive technology as that kind of innovation focuses on the utilization of the technological elements instead of focusing on the technology itself (business today.in, 2019). In the modern field of the business world, a majority of the technologies and inventors have eventually led to disruptive innovation. At the initial stages, Sony’s potential of disruptive innovation was a long and uncertain journey but since its establishment, the organization has properly managed to convert the faded potential into a profitable business. In the year of 1970, Sony caused disruption to its imaging business under the leadership of Shigeyuki Ochi. Next, in the year 1972 and 1977, Sony developed a pixel image sensor along with the assembling of the CCD R&D team. This team was termed as costly and every individual member had to encounter insults and criticism from other colleagues and staffs. It can be said that disruption takes place when the compulsory mainstream consumers start purchasing the devised products or service in a large volume.

Sony by introducing its CCD-V8 i.e. an 8mm single-unit VCR along with a camera with an installed CCD chip of 250,000 pixels marked its inauguration of new successful business as the eye of the camcorder was introduced on a global scale (sony.net, 2019). This uncertain journey of converting a blurry potential into a successful business not only bought success and fortune to the organization Sony but also caused disruption to the camera industry. Hence, it can be said that innovation amalgamated with technology is an essential and crucial competence to possess.

Sony: Disruptor to Disrupted

There is a second face to this key theory discussions and analysis and it is that how does an organization as Sony termed as a preeminent example of disruptive innovation evolved on to become a loser. There are various reasons for this and the primary reason is the failing power or potential of Sony in the field of consumer electronics and music. However, the stock prices of the organization have always been stable such as $47.94 billion in 2012 to $68.35 billion in 2017 (digit.hbs.org, 2019). The organization has always been avoiding and missing valuable opportunities that have eventually led them to be dwarfed by negligible competitors including Samsung and Apple. The market capital of Sony is estimated to be of 1/30th of Apple and 1/9th of Samsung. Hence, it can be said that Sony is still sustaining in the business but winning is not the throne of possibility in the short-term business.

Figure 1: Total Revenue of Sony from 2008 to 2017

(Source: digit.hbs.org, 2019)

The secondary reason behind the organization’s failure was to adjust its model of business that explains how Sony developed values. It is important for every business organization to reevaluate their business strategies and plans in accordance with the acceleration of technological innovations and initiated change in specific industries. Sony never reevaluated its business strategy in the middle of technological innovations and changes. The organization has always paid attention towards its hardware, developing the potential of its extensive R&D that offered sustaining and disruptive innovations including Sony Trinitron or Discman (hbr.org, 2019). Hence, it can be concluded that Sony failed in reanalyzing on how it developed values and this hampered its potential to progress into the shift from the notion of hardware to software. The organization, for now, is focusing on its gaming platform and the specific values that it has developed for its potential users via networking and software.

Programs for generating Innovations

Startup Acceleration Program develops startup projects and supports business activities

The Startup Acceleration Program was launched by Sony in the year of 2014 in order to gather ideas and notions prevailing beyond the various business categories and shape them for commercialization (sony.net, 2019). This was possible due to the knowledge of a vast range of human and management resources by Sony Group in different sectors including electronics, financial services and many more. In the coming years, the organization is planning to launch businesses and gain innovative and creative breakthroughs by leveraging coordination and collaboration involving talent and technology both. This would be possible by pacing the establishment of tie-ups and partnerships with potential joint venture entities operating actively in their specialized fields of business. This program was utilised by the organization as an approach to establish business start-ups and materialize standardised concepts and notions by tapping into the production and design knowledge that Sony Group possesses.

The first ever initiative that the organization has carried out under the shade of the program is known as “First Flight” i.e. an e-commerce portal providing a specific platform to the organization for developing links and connections between their launched start-ups and potential consumers (sony.net, 2019). This initiative focused on the specific potential consumers who have a taste for new products and services and who are interested in converting business ideas into successful and profitable business. Under the planning of the initiative and crowdfunding framework, a project under evaluation process for start-up establishment tends to attract a large volume of consumers in acknowledging their reviews regarding whether it can be used as a marketable product or not. Additionally, various business proposals and developments in the process are reported daily on the e-commerce website in order to acknowledge the reviews and feedbacks by consumers and then incorporate it to improve their service. However, the programs for generating innovations and other solutions for pacing the exploitation of business concepts were expanded to encompass business entities operating outside the Sony Group. The Group has also installed a Creative Lounge in Tokyo to trial and test the new ideas and notions with the help of 3D printers and other important equipment (sony.net, 2019).

Expansion of the Startup Acceleration Program Worldwide

In the year of 2016, Sony Group established its European hub of the program in Sweden and it utilises the similar processes and methods as the Japan hub (Tasic et al., 2015). The European team assembled constantly shares ideas and notions with the Japanese team while executing workshops and training programs for the hardworking European staffs and employees to guide them in developing successful ideas and networks. Till date, three auditions have been conducted with the effective cooperation and active involvement of the individual employees from various countries such as Netherlands, UK, Belgium and many more. The two things that Sony wanted its specific program to accomplish are the cultivation of a new pool of entrepreneurial talent and effective training of experts and professionals having the desire to pace the establishment and function of new potential businesses (sony.net, 2019). The start-up projects evolved from the program have been guided by a small group of elite and expert members by gaining a lot of support and help from people specialised in various fields. The amalgamation of Sony’s entrepreneurial talent pool and innovation knowledge affords potential opportunities to extract the maximum of the potential of staffs and employees.

Cultivation of Startup Projects and Initiatives

Sony Group in the year of 2016 launched a project named “Startup Switch” i.e. an annual business strategy for new start-ups and businesses (sony.net, 2019). The entries are auditioned and screened before selecting the winning entry and the organization awards a prize and supports the startup to pace business development by delivering mentoring with promotional and technical activities.

Conclusion

It can be concluded from the assignment that innovation is the major key to restoring and sustaining the shine of Sony and to achieve this Sony pursues various innovative initiatives focused on enhancing the quality of the product or service. The organization has portrayed its potential to lead effectively and sustain relevantly by backing up from the pack in every virtually known category of a camera. The purpose of the assignment was to explain the innovation strategies and dynamics of Sony in a detailed manner and by including discussion of key theories and concepts used by the organization. It has been concluded that the more Sony has attempted to play it safe, the more it has dealt with obstacles and struggles. The organization has lost its sense or judgement of direction and eventually grew risk and threats-averse. In this assignment, the various innovations and programs for generating innovation have been demonstrated.

Recommendations

The various recommendations advised to Sony Group are as follows:

• Improving the Quality of products and services – The organization needs to devise design-related quality initiatives and schemes. Sony requires relevant units and departments such as original equipment and design manufacturer i.e. OEM and ODM in order to comply with the quality standards and norms set by the groups.
• ·Improving the safety of the products and services – It can be said that offering of dependable products and services that can be utilised by the consumers safely is the primary objective and priority for Sony. It needs to ensure that the explanations and knowledge provided to the potential consumers regarding safety are appropriate and easy to understand.

Reference List

1. Asia.nikkei.com (2016). Sony shifts its focus from mere survival to innovation. [online] Available at: https://asia.nikkei.com/Business/Sony-shifts-its-focus-from-mere-survival-to-innovation2 [Accessed 28 Mar. 2019].
2. businesstoday.in (2019). Disruptive innovation is a strategy, not just the technology. [online] Businesstoday.in. Available at: https://www.businesstoday.in/magazine/cover-story/clayton-christensen-on-theory-of-disruptive-innovation/story/213471.html [Accessed 28 Mar. 2019].
3. Chiesa, V. and Frattini, F., 2011. Commercializing technological innovation: Learning from failures in high‐tech markets. Journal of Product Innovation Management, 28(4), pp.437-454.
4. digit.hbs.org (2019). SONY: from disruptor to disrupted – Digital Innovation and Transformation. [online] Digit.hbs.org. Available at: https://digit.hbs.org/submission/sony-from-disruptor-to-disrupted/ [Accessed 28 Mar. 2019].
5. El-Nasr, M.S., Drachen, A. and Canossa, A., 2016. Game analytics. Springer London Limited.
6. hbr.org (2019). Is Sony Ready to Disrupt Again?. [online] Harvard Business Review. Available at: https://hbr.org/2008/06/is-sony-ready-to-disrupt-again [Accessed 28 Mar. 2019].
7. In.finance.yahoo.com. (2019). Yahoo is now a part of Oath. [online] Available at: https://in.finance.yahoo.com/news/sony-banks-ai-key-survival-145702422.html [Accessed 28 Mar. 2019].
8. Keisner, A., Raffo, J. and Wunsch-Vincent, S., 2016. Robotics: Breakthrough technologies, innovation, intellectual property. Форсайт, 10(2 (eng)).
9. Luo, Y., Sun, J. and Wang, S.L., 2011. Emerging economy copycats: Capability, environment, and strategy. Academy of Management Perspectives, 25(2), pp.37-56.
10. Mukhi, R. and Lakhani, M., 2016, September. An overview of Next Generation Technologies and its applications. In 2016 International Conference on Automatic Control and Dynamic Optimization Techniques (ICACDOT) (pp. 389-393). IEEE.
11. sony.com (2019). Educational Coding & Robotics Starter Kit for Kids | KOOV Kit | Sony US. [online] Sony.com. Available at: https://www.sony.com/koov [Accessed 28 Mar. 2019].
12. sony.net (2019). Sony Global – Programs for Generating Innovation. [online] Sony.net. Available at: https://www.sony.net/SonyInfo/csr_report/innovation/index3.html [Accessed 28 Mar. 2019].
13. sony.net (2019). Sony Global – Social Value through Innovation. [online] Sony.net. Available at: https://www.sony.net/SonyInfo/csr_report/innovation/index4.html [Accessed 28 Mar. 2019].
14. sony.net (2019). Sony Global – Sony Design – History – 1980s. [online] Sony.net. Available at: https://www.sony.net/Fun/design/history/product/1980/ccd-v8.html [Accessed 28 Mar. 2019].
15. Sony.net (2019A). Sony Global – Corporate Strategy, Business Strategy and Other Policies. [online] Available at: https://www.sony.net/SonyInfo/csr_report/governance/index2.html [Accessed 28 Mar. 2019].
16. Sony.net (2019B). Sony Mid-Term Corporate Strategy for FY2018-2020. [online] Available at: https://www.sony.net/SonyInfo/News/Press/201805/18-048E/index.html [Accessed 28 Mar. 2019].
17. Sony.net (2019C). Sony Global – R&D – Stories – What is uniquely Sony about our AI x Robotics? . [online] Available at: https://www.sony.net/SonyInfo/technology/stories/aixrobotics/index.html [Accessed 28 Mar. 2019].
18. Sony.net (2019D). AI × Robotics. [online] Available at: https://www.sony.net/SonyInfo/CorporateInfo/newbusiness/AI_Robotics/ [Accessed 28 Mar. 2019].
19. Sony.net. (2019E). Sony Global – R&D – Stories – An Interview with Toru Katsumoto, Executive Vice President, Sony Corporation. Creating Things That Don’t Yet Exist, Five to Ten Years from Now . [online] Available at: https://www.sony.net/SonyInfo/technology/stories/2018_katsumoto/index.html [Accessed 28 Mar. 2019].
20. Tasic, I., Montoro-Sánchez, A. and Cano, M.D., 2015. Startup accelerators: an overview of the current state of the acceleration phenomenon. In XVIII Congresso AECA. Cartagena.

Company Description and Market Analysis

Also known as the Road and Transport Authority, RTA is an organization responsible for not only planning but also providing necessities of transport in Dubai and the neighboring cities. The primary objective of this organization is to provide reliable, efficient, and integrated transport systems that will help Dubai to achieve its vision of serving significant interests of the UAE (Smith 2010). Formed through the 2005 declaration number 17, RTA believes that since Dubai is among the world’s fastest-growing cities, there is a need to provide high-quality infrastructure. Through Dubai’s government agenda of improved transport, RTA embarked on a mission to provide not only smooth but also safe roads for UAE. RTA’s main competitors are the Public Transport Agency (PTA) and the Transportation Systems Department (TSD). The organization has adopted a matrix organizational structure (Kamoun, Werghi & Al Blushi 2010). Through this structure, the organization’s management team can achieve concrete results through its team of experts in the various functional areas. (See fig. 1)

In 2014, alongside other awards, RTA received the ISO certification in the Energy Management system award. Visits to the company’s website (www.rta.com) has continued to increase over the years. With over 2million visits in 2009, the organization’s website has made up to 117 percent increase. After introducing Salik toll gates in 2007, RTA was able to raise 1.658 billion Dirham. Although the organization’s revenue was 1.2 billion Dirham in 2007, it is expected to increase to about 5 billion Dirham by the year 2016. With its headquarters at Marrakesh Street Umm Ramool, RTA is a government agency within the Government Administration industry. RTA is a public company with about 1001 to 5000 employees. Through its mission of developing an integrated transport system that will provide notable services to all stakeholders, RTA promotes growth initiatives in Dubai. The organization motivates its employees through the formulation of friendly legislations and policies, utilizing innovative strategies and technologies, and adhering to the global demands and practices (Edquist 2010). Primary roles of RTA include providing intercity transport, maritime transport, vehicle registration, road beautification, and rail and road projects.

Innovation Policies and Strategies at RTA

Since its inception, RTA has actively taken part in adopting policies and strategies that foster innovation. The main source of innovation for this organization is effective leadership. According to Mattar Al Tayer, the executive, and chairman of the RTA Executive Committee, RTA takes part in initiatives and programs that promote innovation. Addressing the issues of innovation at RTA has come as a result of the directive from the President of the United Arab Emirates, His Highness Sheikh Khalifa. RTA has put in place a standing committee that monitors its innovative strategies and policies. Also, the standing committee has put in place an innovation incubator that ensures that the current innovative procedures meet global standards (Rad & De Moraes 2009). The global strategies at RTA have been in line with the creation of innovating technologies and materials such as the rail vibration sensors and the heat-resistant asphalt.

Through its rewarding approach, RTA has continued to motivate its customers and employees in contributing ideas that will promote business processes. Also, RTA has assigned more financial resources to research awards. In line with comments made by RTA’s president, this move has stimulated employees to take part in innovations (Smith 2010). In line with these insights, the organization has effectively utilized Maslow’s hierarchy of needs theory. Marlow’s theory of the hierarchy of needs suggests that when an employee’s needs are met, they will be motivated to perform.

There are many strategies RTA uses to promote innovation. At the beginning of this year (2015), RTA embarked on research on the use of driverless vehicles. This research aimed to deploy the autonomous cars in Expo 2020. In the same spirit of innovation, RTA will complete the ongoing makeover to the Smart Government Project (Rad & De Moraes 2009). In line with SGP, RTA will introduce innovative, smart, and user-friendly applications to meet its consumer’s needs. Presently, RTA smart services have scored above 90 percent when compared to other smart applications. According to the president, RTA will soon start an electric bus test run. The electric buses will be powered by rechargeable batteries and will have the capability to travel up to 200 km and speed of 100 km/h (Kamoun, Werghi & Al Blushi 2010). As highlighted in the Dubai Metro Projects, the 75 km stretch mass transit systems and the spanning roads have proved a successful invention of driverless cars. Build on the Artificial Intelligence skill, these innovative strategies have proved to be successful. Furthermore, the floating bridge projects have made residents to travel with ease. These strategies have proven a successful application of RTA’s innovative strategies and policies.

Recommendations, Suggestions, and Conclusion

While innovative practices at RTA have made traveling efficient, there is a need for other countries to adopt such innovation strategies. One of the most remarkable strategies to be incorporated at RTA is the use of research in advancing the existing business practices. Through forming institution-based research teams, RTA can utilize research to promote innovation (Dubai Award for Sustainable Transport: RTA Portal 2015). These teams should be evenly distributed throughout the organization’s agencies and sectors. The organization should take part in the detailed evaluation of its current suggestion system to improve innovation. In conclusion, this paper has provided a set of not only useful but also practical recommendations and insights that can be used to foster the enhancement of public sector innovation (Smith 2010). Therefore, the collected information on Road and Transport (RTA) is significant to the developing transport field. Since innovation strategies and policies have been successful in other countries, RTA must establish and exploit a connection mechanism. This connection will help RTA reduce effort duplication and the waste of useful synergies between the various national strategies.

Brief Summary

Innovation in the public sector involves the formation and application of new processes, services, products, and method deliveries resulting in enhanced effectiveness and efficiencies of the outcomes (Rad & De Moraes 2009). In line with an understanding of this term, innovation in the public sector facilitates the application of new concepts in producing better results. Innovation has taken place across the spectrum of the United Arab Emirates government public sector entities. This paper discussed strategies and policies that support the management and commercialization of innovations at the Roads and Transport Authority (RTA). Alongside how the organization protects its IPR, it also discussed the processes and sources of innovation at RTA. On understanding the nature of these strategies, this paper also discussed the appropriate recommendations, suggestions, and conclusions on the unitization of innovation in UAE.

Reference List

Dubai Award for Sustainable Transport. 2015. Web.

Edquist, C 2010, ‘Systems of innovation perspectives and challenges’, African Journal of Science, Technology, Innovation and Development, vol. 2, no. 3, pp. 14-45.

Kamoun, F, Werghi, N & Al Blushi, M 2010, On the Appropriateness of Incident Management Systems in Developing Countries: A Case from the UAE, Journal of technology management & innovation, vol. 5,no. 4, pp. 57-69.

Leonard, V & LeBrasseur, R 2008, ‘Individual assignments and academic dishonesty: exploring the conundrum’, The Australian Educational Researcher, vol. 35, no. 1, pp. 37-56.

Smith, D 2010, Exploring Innovation, 2nd edn. McGraw-Hill Education, Europe.

Innovations in the automobile industry have always been undertaken in response to change and the changing needs of the customers. Current innovations do take into consideration the emerging issues such as environmental awareness, safety concerns, comfort, fitting of new software to increase efficiency, and the general view of luxury. The current innovations in cars have influenced the market trends and growth of the industry thus contributing to the growth and development of the economies. Innovations range from hardware designs to software. The current innovations and trends in cars have been influenced by consumer attitudes towards car purchase with a focus on fashion-conscious strategies (Morrison, 2007).

Innovations in interior design have focused on ergonomics and the comfort of the passengers. This has been enhanced through “the development of shapes, proportions, surfaces, and placement of instrument panels such as seats, doors, pillar, trims, and headliner among others,” (Automobile, 2010, p. 1). Current innovations in cars’ interiors incorporate customized materials to create uniqueness and individuality in the clients. Interior design has been focused on ensuring that the driver and passenger interact with their vehicles and increased flexibility to serve their dynamic needs (Dodge, 2009; Fusion exterior design, 2009).

The focus of exterior design has been on “surfaces, proportions, and shapes of the vehicles,” (Automobile, 2010, p. 1). The innovations in exterior design have focused on the customization of past designs with few differences in engine capacity. Current innovations in the exterior innovations of cars focus on creativity and research to produce cars that fit in with the individuality of the customers through eliciting emotional reactions.

There has been an enlarged scope of design choices with customization of past designs to fit in a new era that has drawn a lot of inspiration from art in all areas such as the Japanese art of folding paper in the design of the BMW X Coupe concept car (Springer Link, 2007). The color and materials design has focused on research, designing, and development of interiors and exteriors. Current innovations have also focused on creativity in design and research to incorporate new materials. The process has focused on the specifications, needs, and individuality of the customers with the incorporation of customized cars that fit in with the culture and relate well with the clients (Foresee car design, 2010).

Diesel cars have been termed as slow and noisy though cheap (Ecomoto, 2007). However, current innovations have produced diesel cars fixed with high-performance engines. In addition, the cars have been fitted with particulate filters with high speed of the engine and clean filters.

Petrol cars are economical due to their economic value, especially on short distances. They are the highest used. Current innovations have been in the incorporation of dual systems that allow cars to run on either gasoline or LP gas. Manufacturers have also adopted direct injection fuel systems where injection of petrol is into the cylinder and not mixed with air to improve the fuel economy (Springer Link, 2007).

Car innovations in the recent era have thus focused on mitigating effects such as environmental pollution and effects of global warming (McLernon, 2009). International concerns have focused on the green concept and hence the development of green cars. There has been increased development of hybrid and electric cars and air and battery-powered cars such as the Toyota Prius which minimize carbon emissions (Zero pollution motor air car, 2010).

The adaptation of the green concept has been revealed in the exterior design through the use of recyclable materials for car bodies. Interior design has incorporated materials that are environmental-friendly in car parts and the design of interfaces such as speakers. Focus has also been on the provision of sound-proof systems to avoid pollution (Ecomoto, 2007). There has been increased innovation in fuel vehicles such as liquified petroleum gas (LPG).

This is because LPG is termed as a green fuel due to its ability to decrease exhaust emissions and run smoothly decreasing engine wear and tear (Ecomoto, 2007). Another innovation in cars has been the LPG cars that have engines meant to run on propane (Zero pollution motor air car, 2010). However, the cars have dual systems for gasoline and LP gas because of the few LP gas stations available. The engines are designed to automatically switch between the two fuels (Ecomoto, 2007).

The government has influenced developments in the car industry, especially in the green concerns. The government also steps in during economic recessions to boost the industry in matters such as funding of the car industry, providing incentives such as tariff reduction and packages for greener production especially in the manufacturing industry (Coopers, 2008).

The greatest impact of the new car innovations is on the environment. The new innovations will enable car users to reduce air pollution due to the reduced levels of carbon dioxide emitted by cars. This will in turn have a long-term reversal effect on climatic change (Guardian, 2004)).

The new car innovations will help car owners to reduce the amount of money spent on car fuel. This is because the new car innovations will produce cars that are fuel-efficient and which can use alternative forms of fuel. Thus, society will be able to save or reallocate the money that was initially spent on car fuel to other more important uses. Lastly, the new car innovations do not compromise the luxury and comfort of car users. People will still be able to enjoy these benefits but at considerably lower costs.

Reference List

Automobile. (2010). Automation and growth team. Web.

Coopers, M. (2008). Green car innovation. Web.

Dodge, S. (2009). Caliber design styling. Web.

Ecomoto. (2007). Environmental Trends, Green innovation, Electric cars & Hybrid cars. Web.

Foresee car design. (2010). Car Designs. Web.

Fusion exterior design. (2009). Cars. Web.

Guardian. (2004). The top 10 green cars. Web.

McLernon, N. (2009). The U.S. is Green with In-sourcing Innovation. Web.

Morrison, A. (2007). The Automobile as Accessory: current car trends. Web.

Springer Link. (2007). Cultural differences influence government policy on vehicle innovation. Web.

Zero pollution motor air car. (2010). Green hybrid electric cars. Web.

The relevance of big data to various organizations

Such a team as big data is now widely used by many IT professionals, scientists, and business executives. This term is supposed to describe a large collection of data sets that can grow almost at an exponential rate. One of the main trends is to implement technologies that can store, analyze, or categorize growing volumes of data. These technologies can apply to various organizations. For instance, one can mention the banking industry and medical institutions such as hospitals. It is necessary to show why these technologies can be relevant to these organizations.

Banks

First of all, these tools can be of great use to financial institutions such as banks because they have to work with various types of data that can be varied and complex. In particular, these organizations have to record information about their clients, business, partners, transactions, and so forth. Moreover, these data sets continuously grow in size because banks can interact with millions of people who can be living in various countries. This is one of the main aspects that can be identified. Additionally, big data technologies can help banks to improve their relations with customers.

In particular, financial analysts can analyze the way in which customers use different channels such as call centers, websites, or tellers (Groenfeldt, 2013). For instance, these tools can be used to analyze the voice recordings of employees in order to detect the most common errors that they make while interacting with clients. Additionally, these technologies are helpful for understanding why clients can be satisfied or dissatisfied with the quality of services (Groenfeldt, 2013). Therefore, the effective performance of organizations is also dependent on the use of information technologies.

Additionally, big data technologies can assist banks in analyzing the behavior of corporate clients. In particular, one can speak about small and medium-sized businesses (Crosman, 2013). For instance, bankers can better understand what kind of services entrepreneurs need. This is one of the details that can be singled out.

It should be noted that the application of big data technologies have become relevant to financial institutions at the time when the use of the Internet has become very widespread. The managers of banking organizations want to understand why clients can experience difficulties while making online transactions (Groenfeldt, 2013). Nevertheless, this information can be effectively analyzed if a bank implements big data technologies. At present, these applications are adopted by large international banks, but in the near future, they can be relevant to smaller companies.

Additionally, the adoption of big data technologies is helpful for the detection and investigation of fraud cases. For instance, these tools can reduce the costs of fraud screening (IBM, n. d.). This is one of the problems that bankers struggle with. In turn, the analysis of big data can make this process more efficient. Apart from that, these technologies can assist financial organizations in assessing the risks of giving credit to a specific counterparty (IBM, n. d.).

For instance, the managers of banks can determine what kind of factors can prevent a person or a business from repaying one’s loan. Therefore, these organizations can improve their risk management strategies. It should be kept in mind that the lack of these safeguards is one of the factors that contributed to the collapse of many financial institutions.

Overall, the use of big data can contribute to the effective performance of many banks. In particular, they can improve the retention of customers and reduce operational costs. Secondly, these tools can make banks more responsive to the changes in the behavior of consumers, partners, and competitors. This is why their benefits should not be overlooked.

Hospitals

Furthermore, the ability to examine big data is of great use to medical organizations. It should be noted that hospitals have to record various types of information. For instance, they have to store patients’ records, the information about employees, the data collected in the course of clinical trials, insurance numbers, and so forth. Furthermore, medical institutions can store data related to such areas as nursing, clinical care, public health, dentistry, and so forth. Therefore, they have to find ways of storing and processing this information which has such characteristics as complexity, variability, velocity, and increasing volume. Many of the traditional technologies and software applications cannot cope with this task. This is one of the main issues that can be identified.

Moreover, big data technologies are critical for analyzing the relationship between or among several variables (SAS, n. d.). Hospital administrators pay close attention to the patients’ outcomes and their satisfaction with the quality of healthcare (Kayyali, Knott, Kuiken, 2013).

For instance, the research indicates that the employment of full-time nurses increases the satisfaction of clients with the services provided by a hospital. Similarly, medical workers may want to determine which method of treatment is more effective. For instance, orthopedic surgeons can compare the outcomes of patients who used artificial joints designed by different manufacturers. So, hospitals need to know how the experiences of patients can be improved. This goal can be better attained if a hospital has big data technologies.

Therefore, it is possible to say that the understanding of big data can be of great benefit to medical institutions. Moreover, there are many research hospitals. Scientists working in these organizations often test the efficiency of treatments. They can derive many opportunities from analyzing large samples of data. Furthermore, big data technologies are critical for maintaining performance records of medical professionals (Kayyali, Knott, Kuiken, 2013). This information can be used by hospital administrators and patients.

Additionally, modern hospitals are driven by the need to reduce operational costs (Kayyali, Knott, Kuiken, 2013). This is one of the objectives that administrators are concerned with. For instance, they want to know which method of labor organization can reduce the running expenses. Moreover, hospitals attempt to reduce the turnover of nurses. In order to cope with these tasks, one has to examine many sets of data. For example, researchers often determine what kind of policies can prompt nurses to stay in a hospital. The development of policies should be based on verified evidence that can be derived from the study of big data. Therefore, it is possible to say that hospitals should be able to analyze information in order to improve their operations.

These examples indicate the growing relevance of big data technologies. These tools can help management make more informed decisions. In particular, the analysis of large data sets can be used to develop policies which can enhance customers’ satisfaction. This information can improve the performance of both private and public organizations. This is why these technologies can be widely adopted.

Reference List

Crosman, P. (2013). How Big Data Helps Banks Strengthen Ties with Small Business. Web.

Groenfeldt, T. (2013). Banks Use Big Data To Understand Customers Across Channels. Web.

IBM. (n. d.) Deriving Business Insight from Big Data in Banking. Web.

Kayyali, B., Knott, D., & Kuiken, S. (2013). The big-data revolution in US health care: Accelerating value and innovation. Web.

SAS. (n. d.). Big Data – What Is It? Web.

The Internet as a Network of Networks

The internet is referred to as the network of networks since computers are not all connected at the same level. Instead, they are grouped into smaller networks known as Local Area Networks (LANs) (Anatole et al. 70). These smaller systems or LANs are composed of few computers that can communicate together. In the event they want to communicate to another computer outside the network, they pass the message through a getaway to the other computer. Hence, the small networks are linked to other networks through getaways, which ultimately result in the formation of a worldwide network of computers, namely the internet.

DHCP and NAT

Network Address Translation (NAT) refers to an Internet Protocol (IP) and mapping technologies, which allow the sharing of a single internet connection over a single IP portal. In other words, each computer does not require a unique IP code. The NAT decides how communication will be done via the computers (Anatole et al. 69). The technology is used in residential places or offices for its security features. The Dynamic Host Configuration Protocol (DHCP) is an internet configuration setup where computers are assigned IP codes through a DHCP source. Unlike NAT where computers share a single IP code, the DCHP automatically allocates each computer a distinctive IP code. Both protocols are important since they allow computers to communicate easily by effectively routing and relaying information and communication to the right computer without confusion.

Internet 2

Internet 2 refers to the collaboration between over 100 US colleges and other institutions to develop networking and sophisticated applications for research and scholarship (Anderson and Agarwal 616). The goal of Internet 2 is to develop a high–bandwidth interlink through a networked infrastructure that guarantees express internet to support such applications.

Steps of Risk Assessment

Risk assessment follows three steps. The first step is the recognition of hazards where the focus is on anything that can cause harm concerning the subject of the risk, for instance, a computer network. The second step is the classification of the intensity of the jeopardy. In this case, the focus is narrowing down hazards that have higher risks (Armbrust 55). The last step is the establishment of control procedures to reduce or eradicate the jeopardy. In this case, the focus is on abolishing the areas of vulnerability to ensure that the hazards no longer pose any danger.

Assets of Data Communications Network

Assets are important in the data communications system. The communication setup needs a minimum of six assets (White 12). The first asset comprises the control systems, which are meant to direct, administer, and regulate other systems and devices in the network. The second asset includes data acquisition systems, which encompass a collection of sensors and communication links that are meant for data collection and provision. The third asset comprises the networking facilities, which include routers, switches, firewalls, and modems. The other asset category relates to hardware platforms such as machinery and central processing units. Security assets are a significant addition to the data communications system (Anatole et al. 68). The last asset class involves suppliers who provide the internet and connectivity for communication and data transmission to go through.

Online Backup

Online backup refers to a method of offsite data storeroom or remote backup where an individual or an organization places entire or parts of the contents of the hard drive on a remote server or a computer with a network link (Armbrust 50). A backup is very important in allowing the retrieval of important data if the main data is lost through computer breakdown or other ways such as fire or robbery. Storing online backup has more advantages since it allows an individual to access the stored information and data wherever it is needed as long as internet connectivity and a computer are available. However, the disadvantage of an online backup is that it is entirely dependent on the availability of network connectivity. Further, it is prone to unauthorized access through hacking or other forms of illicit access.

Components in Typical Policy

A security policy has several components. Among these components, three typical components seem outstanding. The first component is the rationale (Hutchins, Cloppert, and Amin 80). The rationale indicates the main objectives that the security feature is meant to address such as reducing the cost of data loss and improvement of recovery times. The second constituent of a security policy is scope or span. The span relates to the guidance of what and whom the security policy covers. The span may indicate the departments, organizations, processes, and lines of business among other areas of coverage as defined by the security policy. The third important element is the responsibilities. This constituent defines who handles the functionality of the security policy. The identified party oversees its successful implementation.

Physical Security

Physical security refers to the measures that an entity undertakes to protect property, paraphernalia, software, and information from physical actions that can cause severe damage or loss of such resources or an organization. Physical security is very important since it allows organizations or individuals to protect their property from events such as fire, flooding, and burglary among other substantial occurrences that can cause grave harm to possessions, which are vital for the functionality of an organization. Some of the examples of physical security measures include anti-burglary doors, fireproof cabinets and rooms, and firefighting equipment.

Symmetric and Asymmetric Encryption

Symmetric encryption refers to an encoding technique, which uses surreptitious words, a numeral, or a string of haphazard letters to change the content of the message in a particular manner, which can only be decoded by parties that have the concealed marks, numerals, or the string of scripts (Anderson and Agarwal 615). As long as the correspondent and the beneficiary have the undisclosed key, they can encrypt and decode the messages by entering the key.

Asymmetrical encryption overcomes the shortcoming of surreptitious keys by applying two related keys (Anderson and Agarwal 615). In the symmetrical encoding, whoever has the underground key can encrypt and decode the message. In the asymmetrical encryption, this shortcoming is overcome by the use of a second tool, namely the duo key. In this case, the first key is made public, meaning that anyone can send a message to another individual. However, the message can only be decrypted using the second key, which is kept private.

Biometric System

Biometric security systems are used for the identification and authentication of people via their fingerprints or voices among other features (Nagar, Nandakumar, and Jain 52). Biometric systems can improve security by ensuring an elaborate database of people who access a given location. An organization can track the movement of people in and outside a location, hence allowing easy tracking of security breaches.

Computer Forensics

Computer forensics relates to the application of investigative and diagnostic techniques of gathering and storing evidence. Such substantiation may be availed in a court of law.

Green IT

Green IT is a concept that relates to the efforts that are dedicated to the sustainable use of Information Technology and related resources (Melville 4). Green IT is important since it finds applications virtually in all fields of business. IT-related emissions can have negative impacts on the environment and hence the need to control such effects.

Works Cited

Anatole, Lécuyer, Fabien Lotte, Richard Reilly, Robert Leeb, Michitaka Hirose, and Mel Slater. “Brain-computer interfaces, virtual reality, and video games.”Computer 10.1(2008): 66-72. Print.

Anderson, Catherine, and Ritu Agarwal. “Practicing safe computing: a multimedia empirical examination of home computer user security behavioral intentions.” MIS Quarterly 34.3 (2010): 613-643. Print.

Armbrust, Michael. “A view of cloud computing.” Communications of the ACM 53.4 (2010): 50-58. Print.

Hutchins, Eric, Michael Cloppert, and Rohan Amin. “Intelligence-driven computer network defense informed by analysis of adversary campaigns and intrusion kill chains.” Leading Issues in Information Warfare & Security Research 1.1 (2011): 80-84. Print.

Melville, Nigel. “Information systems innovation for environmental sustainability.” MIS Quarterly 34.1(2010): 1-21. Print.

Nagar, Abhishek, Karthik Nandakumar, and Anil Jain. Biometric template transformation: a security analysis. Michigan, MI: Michigan State University, 2010. Print.

White, Curt. Data Communications and Computer Networks. Boston, MA: Cengage Learning, 2012. Print.