The Automotive Technology Evolution

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Table of Contents

Introduction
Importance of Mechanics in Cars
Changes in Car Technology Over Time
Impact of Car Mechanics on the World and People
Conclusion
Annotated Bibliography
Works Cited

Introduction

Vehicle service technicians inspect, diagnose, and repair mechanical problems with motor vehicles. Problems with vehicles, such as those that impact the engine, gearbox, or braking system, are diagnosed and repaired with the assistance of a diverse assortment of tools and pieces of equipment. Mechanics perform routine maintenance tasks like changing the oil, rotating the tires, and inspecting the brakes. It is a competitive industry that pays well, but it requires a profound understanding of the internal workings of various automobiles to work in it. People who went into the mechanical field developed an interest in the field at an early age. They have always been interested in automobiles and fascinated by how they are assembled and what factors contribute to their mechanical reliability. They were constantly taking apart and putting back together various mechanical toys and other stuff. This interest only grew stronger as they got older, so they decided to become a technician. The field of auto mechanics may be both intellectually stimulating and financially lucrative for people with a passion for autos, an aptitude for deciphering how they operate, and a talent for making necessary repairs.

Importance of Mechanics in Cars

Automobiles require regular care and upkeep, and mechanics are essential to that process. The engine, brake, suspension, steering, and electrical and electronic systems are some of the components that fall under their purview when diagnosing and repairing a vehicle’s various systems and subsystems. These different systems and subsystems are interconnected and cooperate to guarantee that the vehicle operates smoothly and without incident. A vehicle’s longevity, performance, and safety need proper maintenance performed by mechanics.

One of the most frequently cited examples of a vehicle’s powerplant’s significance is in safety ratings. The mechanics are responsible for keeping the engine in good working order, including changing the oil at prescribed intervals and checking the fuel and air filters (Mananathan, 119). In order to keep the engine running smoothly and trouble-free, various parts are inspected for signs of wear and damage and then replaced if necessary. Failure to perform regular maintenance on the powertrain can reduce fuel economy, raise emissions, and even cause the engine to break down, requiring either costly repairs or the purchase of a new unit. The car’s brakes are another crucial part of the vehicle. Brake pads, calipers, and rotors are inspected and serviced by specialists to guarantee safe stopping. Braking fluid is checked to ensure it is at the right level and not contaminated, which can cause issues like diminished brake effectiveness or even complete failure of the brakes.

Changes in Car Technology Over Time

In the late 1800s, an internal combustion engine powered by gasoline was invented, which is considered the beginning of the technological improvements that have been made in the vehicle business. This marked the beginning of the car industry, which ultimately led to the development of modern automobiles and opened the way for their production (Singh et al. 94). The development of the electric starter, which did away with the need to crank engines manually, and the introduction of the first mass-produced automobile with an automatic transmission are just two examples of the many significant milestones that have occurred throughout the history of automobile technology.

The advancement of technology within the automobile sector has contributed to increases in passenger protection and fuel efficiency. The development of anti-lock braking systems (ABS) in the 1970s led to a significant improvement in braking performance as well as a reduction in the frequency of accidents (Conway et al. 100080). Since the introduction of electronic stability control (ESC) systems into the mainstream market in the early 2000s, there has been a significant decrease in rollover accidents. In recent years, there has been a significant increase in hybrid and electric vehicles on the road. This has resulted in fewer emissions of harmful pollutants and a reduced requirement for the use of fossil fuels.

The automobile industry is currently experiencing several shifts and innovations in its technological landscape that will have a significant impact on the sector’s trajectory in the years to come. The technology behind autonomous vehicles is gaining popularity, which may improve both the safety and productivity of driving on public roads. Connected vehicles, which use internet connectivity to improve the driving experience and enable new services such as real-time traffic updates and remote car management, are also becoming more widespread.

Impact of Car Mechanics on the World and People

Mechanics play a crucial role in maintaining vehicle roadworthiness by tending to vehicles regularly and fixing any problems. Vehicles’ valuable lives are lengthened, and their replacement is postponed. Every year, the manufacturing and sale of automobiles add trillions of dollars to the overall GDP of the world, proving the industry’s outsized impact on the global economy (Mattioli et al. 101486). Due to this, the auto manufacturing and maintenance industries have a steady stream of customers to serve. In addition to providing work for car mechanics, the auto industry helps to spur economic growth and development by offering jobs for specialists like engineers and designers.

Automobiles significantly impact the environment as a leading source of both air pollution and greenhouse gas emissions. However, automotive technology improvements are helping reduce the environmental impact of cars. Since their introduction, hybrid and electric cars have improved gas mileage and reduced pollution (Chehri and Mouftah, 101751). Hydrogen and biofuels are two examples of alternative fuels that are helping cut down on emissions and reduce the need for fossil fuels. Advancements in cutting-edge materials and production methods are boosting automobiles’ overall performance and efficiency, hence reducing the environmental damage caused by vehicles.

The development of the automobile has had far-reaching effects on culture, altering how people go about their daily lives. Providing a simple and efficient way to travel great distances, they have greatly aided mobility and transportation development. However, cars can have severe societal implications, including increased traffic congestion and air pollution, contributing to a decline in quality of life and even health difficulties for some people (Karagoz et al. 432). Another effect of people driving more places, rather than public transit, is the growth of suburbs and the decline of city centers. More people have been looking to sustainable transportation to mitigate the ill effects of cars on society in recent years. Public transportation, foot travel, and bicycle travel are all instances of this movement.

Conclusion

This research examines the evolution of automotive technology, the relevance of auto mechanics, and the effects that this field has had on the world. The reliability and safety of automobiles have increased due to technological advancements in the industry. The employment of mechanics is also crucial to the continuation of the transportation system, and the automotive industry has far-reaching repercussions on the economy. While it is true that cars play a significant role in environmental degradation, advances in technology, such as electric and hybrid vehicles, alternative fuels, and state-of-the-art materials, have mitigated the problem to some extent. Cars have far-reaching effects on society, influencing our daily lives and leading to positive and negative social outcomes, such as increased traffic and pollution. Our discussion has now reached its conclusion. Research in the future may center on developments in automobile technology, such as the introduction of driverless automobiles, and the implications for mobility and transportation that may arise as a result.

Annotated Bibliography

Chehri, Abdellah, and Hussein T. Mouftah. “Autonomous Vehicles in the Sustainable Cities, the Beginning of a Green Adventure.” Sustainable Cities and Society, vol. 51, 2019, p. 101751., Web.

This specific article is relevant to the study of auto repair because it investigates the effects that autonomous vehicles may have on the automotive market. The future of auto mechanics depends on our ability to predict the effects of autonomous vehicles on the industry. Knowing how the rise of autonomous vehicles may affect the demand for mechanics who service and fix cars is crucial. The environmental benefits of autonomous vehicles are also discussed, which is relevant to the discussion of cars’ environmental impact and how technological advancements are reducing pollution.

Conway, Graham, et al. “A Review of Current and Future Powertrain Technologies and Trends in 2020.” Transportation Engineering, vol. 5, 2021, p. 100080., Web.

Since it examines recent and upcoming improvements in powertrain technology and market trends in the automobile industry, this article is helpful for vehicle maintenance because it covers such topics. Because mechanics are the ones who are responsible for the upkeep and maintenance of a vehicle’s powertrain, they need to stay current on the latest innovations in this sector as well as the trends that are shaping the industry. The advantages and disadvantages of utilizing these systems are discussed in the source, which is helpful information for understanding how technological advances have improved the safety and efficiency of motor vehicles.

Karagoz, Selman, et al. “End-of-Life Vehicle Management: A Comprehensive Review.” Journal of Material Cycles and Waste Management, vol. 22, no. 2, 2019, pp. 416–442., Web.

This article is beneficial to the discussion of auto mechanics because it offers a thorough analysis of the management of end-of-life cars, covering topics such as the collecting, treatment, and disposal of vehicles that have reached the end of their useful lives. It examines the environmental impact of end-of-life vehicles, which is pertinent to the issue of how technological improvements are helping to reduce pollution caused by automobiles and the environmental impact that automobiles have. Auto mechanics need to have a solid grasp of the concept of end-of-life management to know how to safely dispose of potentially dangerous materials and recycle and remanufacture various components of a vehicle.

Mananathan, R. Automobile Wheel Alignment and Wheel Balancing. SAE International, 2021.

This article is pertinent to the discussion of auto mechanics since it presents a comprehensive analysis of the principles and procedures involved in wheel alignment and wheel balancing for automobiles. The alignment and balancing of a vehicle’s wheels is a process that falls under the purview of the mechanic, who is responsible for ensuring the vehicle’s optimal performance, safety, and longevity. This book is an excellent reference for mechanics and technicians since it helps them comprehend the technical aspects of their work and ensures that they are current with the most recent techniques and tools.

Mattioli, Giulio, et al. “The Political Economy of Car Dependence: A Systems of Provision Approach.” Energy Research & Social Science, vol. 66, 2020, p. 101486., Web.

Since it investigates the political economy of dependence on automobiles and focuses on the supply chains that facilitate automobile use, this particular source is pertinent to the discussion of automotive mechanics. Mechanics must have a solid understanding of the economic, social, and environmental effects of our dependence on automobiles since this gives context to the industry and the function mechanics play within it. In addition, the source offers a historical examination of the evolution of car-dependent civilizations, which is pertinent to the discussion on how automobiles have evolved because it relates to how cars have changed.

Singh, Krishna Veer, et al. “A Comprehensive Review on Hybrid Electric Vehicles: Architectures and Components.” Journal of Modern Transportation, vol. 27, no. 2, 2019, pp. 77–107., Web.

This resource is relevant to the discussion of auto mechanics, one of the topics covered by this encyclopedia, because it explains the technology behind hybrid electric vehicles and their different architectures and components. Because hybrid and electric vehicles are rapidly expanding segments of the auto industry, mechanics must be well-versed in their technology and components. It is relevant to the ongoing conversation about how technological progress has led to increased automobile safety and efficiency.

Works Cited

Chehri, Abdellah, and Hussein T. Mouftah. “Autonomous Vehicles in the Sustainable Cities, the Beginning of a Green Adventure.” Sustainable Cities and Society, vol. 51, 2019, p. 101751.,

Conway, Graham, et al. “A Review of Current and Future Powertrain Technologies and Trends in 2020.” Transportation Engineering, vol. 5, 2021, p. 100080., Web.

Karagoz, Selman, et al. “End-of-Life Vehicle Management: A Comprehensive Review.” Journal of Material Cycles and Waste Management, vol. 22, no. 2, 2019, pp. 416–442., Web.

Mananathan, R. Automobile Wheel Alignment and Wheel Balancing. SAE International, 2021.

Mattioli, Giulio, et al. “The Political Economy of Car Dependence: A Systems of Provision Approach.” Energy Research & Social Science, vol. 66, 2020, p. 101486., Web.

Singh, Krishna Veer, et al. “A Comprehensive Review on Hybrid Electric Vehicles: Architectures and Components.” Journal of Modern Transportation, vol. 27, no. 2, 2019, pp. 77–107., Web.

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