What Every Innovative Engineer Should Know - CAD and Design Process

In this review of What Every Innovative Engineer Should Know, the author aims the book squarely at engineers and students who want practical, applied skills for invention and prototyping. The bottom line: this book is most useful for readers who need a guided, cross-disciplinary introduction to tools like mechanical CAD, 3D printing, and embedded coding and how those tools fit into the engineering design process. It reads as a hands-on manual rather than a theoretical textbook, with the clearest value coming from its focus on using software and hardware together to move from idea to prototype.

Key Features

• Comprehensive tool coverage: Explains mechanical CAD and electrical CAD in ways that show how both disciplines collaborate during product development.
• Rapid prototyping focus: Covers 3D printing and laboratory testing equipment to help readers iterate physical prototypes quickly.
• Embedded coding primer: Introduces embedded coding so readers can integrate electronics and firmware into prototypes.
• Design process integration: Applies technical skills directly to the engineering design process so each tool is presented in context.
• Practical orientation: Tailors explanations to practicing engineers and students seeking real-world innovation workflows rather than abstract theory.

Who It's For

This book is best for engineering students, junior engineers, and single-person innovators who want a single reference that spans CAD modeling, electronics, and prototyping methods. The practical examples and emphasis on applied tools make it suitable as a companion during early prototype development.

Those who should look elsewhere include readers seeking deep, specialized textbooks on advanced finite element analysis, power electronics theory, or highly mathematical treatments; this book favors breadth and applied workflow over exhaustive theory in any single domain.

Pros & Cons

Pros

• Covers both mechanical CAD and electrical CAD so cross-disciplinary teams can share a common reference.
• Practical guidance on 3D printing and laboratory testing helps shorten the prototype cycle.
• Introduces high-level programming and embedded coding to bridge hardware and software development.
• Focus on the engineering design process ties tools to real product development steps.

Cons

• Because it spans many topics, readers seeking deep specialization in one tool may find coverage introductory rather than exhaustive.

Specifications

Title	What Every Innovative Engineer Should Know
Subtitle	Computer-Aided Design and the Design Process
Author	Mehdi Miri
Audience	Engineering students and practicing engineers
Topics covered	Mechanical CAD, 3D printing, electrical CAD, testing equipment, programming, embedded coding
Approach	Applied, workflow-focused design and prototyping

Our Verdict

This book is a strong, pragmatic guide for innovators who need a single-volume introduction to CAD, prototyping, and the design process. It delivers clear, applied instruction that helps translate ideas into physical prototypes, making it good value for students and practicing engineers who prioritize hands-on workflows over deep theoretical treatment.

Frequently Asked Questions

Does this book cover software tools in depth?
The coverage is practical and introductory, focused on how software fits into the design process rather than exhaustive tutorials on a single CAD package.

Is this suitable for complete beginners?
It is accessible to beginners with an engineering background, but readers with no technical experience may need supplemental material for basic electronics or programming concepts.

Will it help with prototyping hardware projects?
Yes; the book emphasizes 3D printing, lab testing, and embedded coding to support building and iterating physical prototypes.