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The books I chose for review based on the topic were: Engineering Design, by George Dieter and Linda Schmidt; Mechanical Engineering Design by Richard Budynas and Keith Nisbett and Engineering Design Methods: Strategies for Product Design written by Nigel Cross.
George Dieter is an engineering professor at the University of Maryland. He received his Bachelors degree from Drexel University and a doctorate from the University of Carnegie Mellon. Linda is an associate professor at the same university (Dieter and Schmidt v).
Nigel Cross is a design studies professor at Open University in Milton Keynes, United Kingdom. He is prominent in design research in his native community. He has a vast knowledge of architectural and industrial design. He practices design research and education, a field in which he has fifty years of experience. He concentrates on computer-aided design, design epistemology, and methodology.
All the books above provide the various steps to follow in engineering design. They provide typical approaches on how to handle a project from the beginning until the final product is produced. The authors say the product requirements outweigh everything else. On the contrary, I think every stage in the design process is important in achieving the final product and that product specification is just the genesis of it all (Cross 15).
These books follow a relatively similar approach to realizing the completion of a project design. The writers consider various aspects that are not related directly to engineering as a discipline. Incorporation of real-life situations, such as the commercial viability of a product gives concrete insight into the credibility of the process. The authors explain, in a top-down modular approach, the whole process trying to provide a mental picture of project implementation. Despite these, the authors differ slightly in some areas. Dieter and Schmidt say that a designer should approach a problem based on creativity, complexity, choice, and compromise between conflicting requirements (29).
Budynas and Nisbett believe that designers creativity and communication skills are acquired through basic principles in engineering together with knowledge of technology (5). They also believe that the solution to a certain problem may be difficult to find. It may involve a non-related discipline in obtaining the solution. Conversely, Dieter and Schmidt do not view communication as important yet it is the main ingredient in productive teamwork (Budynas and Nisbett 5).
Cross arranged his table of contents in form of minor topics. Richard Budynas and George Dieter have a much better way of organizing their work. They divide their books into chapters then further sub-divide them. Both ways are acceptable since one can easily retrieve specific information. Though, I think most people would prefer the latter.
There are various ways in which authors present their design work. Nigel and George Dieter use the sequential methodology where the output of one stage is the input to the next stage. Budynas and Nisbett use the Design for Success methodology (360). This means a certain stage can lead to a prior stage provided the required threshold is not met. The table below compares these models to Engineering tools.
In conclusion, the various design books discussed provide fundamental knowledge in engineering product realization. Modern-day manufacturing requirements entail well-organized procedures and design tools for ease of production and debugging in case of a fault. However, proper team building is important since a poor attitude can lead to injury or low-quality product outcomes. Thus, its inclusion in the fundamental stages is essential as illustrated by Budynas and Nisbett (266).
Works Cited
Budynas, Richard, and Keith Nisbett. Mechanical Engineering Design. 9th ed. New York: McGraw-Hill, 2011. Print.
Cross, Nigel. Engineering Design Methods: Strategies for Product Design. 3rd ed. Manchester: John Wiley & Sons Press, 2009. Print.
Dieter, George, and Linda Schmidt. Engineering Design. 4th ed. New York: McGraw-Hill, 2009. Print.
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