Introduction to Engineering Design Introduction to Engineering Design and Problem Solving
ISBN 007-012188-5

By David Burghardt

Introduction to Engineering Design and Problem Solving aims to interest students in and excite them about engineering, particularly with the creative challenge and reward of engineering design. It provides a window to the real world of engineering practice and looks deeply at the nature of the design process. A variety of design projects and design reports, along with relevant engineering analysis, are included to enhance student learning. Over 250 homework problems also reinforce understanding.

TABLE OF CONTENTS

Chapter One--Understanding the Human-Made World

Integration of Math, Science and Engineering
A History of Engineering Innovation
The Nature of Science, Mathematics and Engineering
Constraints
Impact of Technology
Fields of Engineering
Aeronautical and Aerospace Engineering
Bioengineering
Chemical Engineering
Civil Engineering
Computer Engineering and Computer Science
Electrical and Electronic Engineering
Environmental Engineering
Industrial Engineering
Mechanical Engineering
Chapter Two--The Design Process
Traits of Creative People
Taking Risks
Vision
Knowledge Base of the Subject
Concentration and Determination
Developing Visual Ability
Right and Left, Left and Right
Relaxed Attention
Design Process Overview
Concurrent Engineering
Technical Decision Analysis
Ecological Design
Invention and Innovation
Product Life Cycle
Chapter Three--Design Documentation
Written Communication
Guidelines for Effective Writing
Design Notebook/Journal
Design Portfolio Assessment
Design Report
Patents, Copyrights and Trademarks
Doing It
Chapter Four--Engineering Analysis and Design
Engineering Analysis
Introduction to Electrical Engineering
Resistance
Steady-State DC Circuits
Kirchhoff's Laws
Applications of Resistive Circuits
Computers
Logic Diagrams
AND Gate
OR Gate
Inverter
Logic Circuits
Electrical Engineering Design Report
Engineering Mechanics
Forces
Moments
Free-Body Diagrams
Static Equilibrium
Strength of Materials
Mechanics Design Report
Electromechanical Devices
Thermostats
Toasters
Relays
Starting Motor
Energy and Energy Analysis
Conservation of Mass
Energy Forms
Work
Heat
Potential, Kinetic and Internal Energies
The First Law of Thermodynamics
Energy Analysis
Hydraulics--Automotive Brakes
A Wing and a Sail
Windmills
Drag
Thermal Engineering Design Report
Computer Applications
Computer Programming
Computer-Aided-Design
Equation Solvers
Spreadsheets
Word Processing
Data Bases and Database Processing
Design Problems
Chapter Five--Discussions with Engineers
Hazeltine's Rich Kumpfbeck
Business Plan
MTA's Jerry Burstein
Quality Assurance
Long Island Railroad's Doug Haluza
Great Barrington's Bruce Collingwood
Sidney Bowne's Carl Becker
Long Island Lighting Company's Donna Tumminello
Appendix One--Algebraic and Trigonometric Problem Solving
Linear Equations
Simultaneous Linear Equations
Linear Systems with Three Variables
Matrix Solution of Linear Systems
Quadratic Equations with One Unknown
Exponential and Logarithmic Functions
Trigonometry
Laws of Sines and Cosines
Number Systems
Binary System
Representation and Calculations
Octal and Hexadecimal Systems
Mathematical Operations
Addition
Subtraction
Multiplication

 

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