Engineering Your A Comprehensive Introduction to Engineering , Eighth Edition, is an authoritative guide to the academic expectations and professional opportunities in engineering, a field that is both academically rigorous and creatively demanding. Today's engineering students are faced with endless career opportunities. Engineering Your Future clarifies those options and directs students down the path to a rewarding career in the engineering field. With exceptionally broad coverage, the book provides instructors unparalleled flexibility in any introductory course.
A companion website for the book, containing PowerPoint-based lecture notes and images from the book for professors, is available online at www.oup.com/us/oakes.
Engineering Your Future is also available in a brief edition containing the most popular chapters from this comprehensive edition. For more information on that title, please visit its website at
Key Features � Introduces students to the broad spectrum of engineering disciplines , with up-to-date data on degrees granted, employment opportunities, and salaries � Highlights the ethical responsibilities of engineers � Focuses on developing problem-solving and communication skills that are critical to success both in the classroom and in the working world � Introduces a design methodology that can be used immediately and in subsequent design courses � Provides a handy review of units and conversions, mathematics, and engineering fundamentals
New to this Edition � A new Appendix A features "Nine Excel Skills Every Engineering Student Should Know" � Chapter 13 on technical communication skills has been completely revised and updated � Updated statistics for the job market provide critical data to help inform students' career decisions
“Engineering Your Future” introduces students to the field of engineering using a holistic approach. Perhaps too holistic.
There are the kinds of sections you would expect to see, describing some of the fields of engineering or explaining some of the common mathematical and computer tools used by professionals. The book also spends a great deal of time going over the more esoteric issues that confront engineers: teamwork fundamentals or formats for writing technical reports.
Then there are some chapters that seem to have little to do with engineering at all. There's a chapter on securing financial aid, and a section called “Orienting Yourself to Your Campus.” There are, no doubt, some useful tips for students (of any major) in these pages, but nothing you can't find for free on your campus website. All the extra material makes you wonder if the authors were really just trying to find a way to charge more for the book.
“Engineering Your Future” shifts wildly in quality from chapter to chapter. Some are organized in a clear and concise manner. Others are rife with grammatical errors or lack any conceptual thread to guide one through the sections.
A few sections are particularly problematic. Chapter Seven (“Succeeding in the Classroom”) is full of bad science. It perpetuates the myth of “learning styles” (i.e., auditory, visual, kinesthetic) for which there is little evidence to support. It suggests students characterize themselves according to Hermann's Brain Dominance Instrument to identify their thinking styles, another tool that has been panned by communication researchers. The most recent review in the highly respected "Mental Measurements Yearbook/Tests in Print" was written by Gabriele van Lingen, Professor of Educational Studies, Leadership and Counseling at Murray State University in KY. She concluded that “despite decades of research, there is only minimal credible evidence that the HBDI results in scores that are temporally stable and that the scores relate to meaningful nontest behavior.”
Though there are sections of the book that are worth reading, “Engineering Your Future” could better accomplish its task if the authors narrowed their focus and revised the most important chapters for grammar and style.