This textbook represents a major breakthrough in the delivery of up to date and inexpensive material for engineering graphics courses. Each student will receive a workbook bundled with a CD. The 190-page workbook contains an overview of topics covered and problem sets for each area. The CD contains hundreds and hundreds of PowerPoint slides, including written descriptions, graphic presentations, and animations for all topics. 
This textbook was developed by E. Max Raisor at Brigham Young University and is currently used in their engineering graphics program.

Engineering Graphics Principles & Geometric Tolerancing

Raisor, Max

Science & Math

SDC Publications

Engineering Design: Graphics Sketching Workbook

Engineering & Transportation

Ronald E. Barr

Engineering

This book focuses on strengthening 3D visualization skills through sketching exercises. It does not make reference to any particular computer-aided design software package. 
Points emphasized: 1. Shape representation and problem solving using freehand sketching. Assignments can be completed outside class. 2. Surface Analysis -- A powerful approach to teaching visualization. 3. Establishes a process for solving problems. Students can solve features of objects before they can see; the shapes. 4. Challenging problems. Worksheet layouts allow faster progress. 5. Students learn how to think about shapes in three dimensions. 6. Students can prove every line on a drawing. There is no question whether the answer is correct or not. 
Table of Contents 1. Introduction 2. Freehand Lettering 3. Freehand Sketching 4. Orthographic Projection 5. Normal Surfaces 6. Inclined Surfaces 7. Oblique Surfaces 8. Cylindrical Surfaces 9. Auxiliary Views 10. Sectional Views 11. Threads and Fasteners 12. Dimensions 13. Tolerances Appendices: Drafting Geometry &amp; Cad Layout Drawings

Engineering Graphics Text and Workbook (Series 1.2)

Computers & Technology

Craig, Jerry

Computer Science

Table of Contents 1. Lettering, Line Sketching, Diagram Sketching, Computer Geometric Construction 2. Scales, Geometric Construction, Tangencies 3. Visualization, Computer Modeling 4. Axonometric Sketching, Computer Modeling 5. Oblique Sketching, Isometric Sketching, Computer Modeling 6. Six-View Sketching, Three View Sketching, Computer Modeling 7. Multiview Missing Lines, Auxiliary View Sketching, Computer Modeling 8. Design Sketching, Design Modification, Computer Modeling 9. Sectioning, Pictorial Sectioning 10. Dimensioning, Tolerance Dimensioning, Pictorial Dimensioning 11. Design Project I, Design Project Sketches 12. Design Project II, Design Project Sketches

Engineering Design Graphics Sketching Workbook 5th ed.

Barr, Ronald

Juricic, Davor

Krueger, Thomas

Aanstoos, Theordore

Topics covered in this book are lettering, freehand sketching, orthographic projection, normal surfaces, inclined surfaces, oblique surfaces, cylindrical surfaces, auxiliary views, sectional views, fasteners, dimensioning and tolerancing. This text is designed to aid students, who want to master technical sketching as a career.

Engineering Graphics: Technical Sketching (Series 4, 2004)

Arts & Photography

Jerry Craig

Graphic Design

An Introduction to Autodesk Inventor 10 and Autocad 2006

Unknown, Author

Graphics & Design

This workbook is intended to be a natural continuation of the CATIA V5 Workbook and covers a select group of advanced CATIA V5 workbenches: Sketcher, Part Design, Assembly Design, Drafting, Generative Stress Analysis, Sheet Metal Designer, Kinematics, Prismatic Machining and Knowledgeware Tools. 
Table of Contents
 Introduction to Advanced CATIA 5 Lesson 1 - Knowledgeware Lesson 2 - DMU Kinematics workbench Lesson 3 - Generative Structural Analysis workbench Lesson 4 - Generative Sheet Metal Design workbench Lesson 5 - Prismatic Machining workbench Terms and Definitions

Advanced CATIA V5 Workbook Release 16

Cozzens, Richard

A Concise Introduction to Engineering Graphics (formerly titled Engineering Graphics Theory and Problems) gives students a basic understanding of how to create and read engineering drawings. The book consist of thirteen chapters that cover the basics of Engineering Graphics. The text is 142 pages in length and is followed by 40 exercise sheets. The exercise sheets both challenge the students and allow them to practice the topics covered in the text. Instructors have the choice of four different sets of exercise sheets to be bundled with this textbook. The text from the chapters are the same and the problem sets are similar. Instructors can switch the problem sets every semester to discourage students from sharing old assignments. This textbook may also be purchased without a workbook to be used as a text only. 
Table of Contents 1. Sketching Techniques 2. Hand Lettering 3. Isometric Drawing 4. Multiview Drawing 5. Line Types 6. Auxiliary Views 7. Sectional Views 8. Measurement and Scale 9. Dimensioning 10. General Tolerance 11. Geometric Dimensioning and Tolerancing (GD&amp;T) 12. Working Drawings 13. Threads

A Concise Introduction to Engineering Graphics Third Edition

Sexton, Timothy

Technical Graphics is designed to meet the needs of modern technical graphics curricula and employs the current American National Standards Institute (ANSI) graphic standards. This textbook does not assume that you have had previous graphics experience. 
Technical Graphics begins with the development of basic skills students will need then the material proceeds logically to further expand their abilities. Illustrations and photographs are used every step of the way to illustrate the points being made by the written material. 
A table saw fixture is used throughout the book as a common problem. The fixture is introduced in Chapter 3 as a sketch. The sketch is converted to a drawing in Chapter 4. The drawing is then refined and modified in subsequent chapters to illustrate the material being presented. 
This textbook meets the needs of today's technical graphics programs by streamlining the traditional graphics topics while addressing the new technologies. 
Computer-aided design and drafting (CAD) methods are included where appropriate. Because there are many CAD software packages available, the CAD discussion is generic and instructors will need to provide specific information on the available hardware and software systems. 
Table of Contents 1. Getting Started 2. Technical Sketching 3. Orthographic Projection 4. Pictorial Drawings 5. Sections and Conventions 6. Dimensions and Tolerances 7. Dimensioning for Production 8. Fastening, Joining, and Standard Parts 9. Production Drawings 10. Three-Dimensional Geometry Concepts 11. 3-D Geometry Applications 12. Graphical Presentation of Data 13. Design Process Appendix

Technical Graphics

Miller, Michael J.

Demel, John T.

Croft, Frank M.

Meyers, Frederick D.

Enders, Heather L.

Engineering Graphics Technical Sketching is a compact textbook that provides a thorough introduction to the graphic language. Freehand sketching exercises are formatted on special grids. This book uses logical and powerful analyzation techniques to develop visualization skills. 
Table of Contents A. Introduction B. Lettering C. Freehand Sketching D. Orthographic Projection E. Normal Surfaces F. Inclined Surfaces G. Oblique Surfaces H. Cylindrical Surfaces I. Auxiliary Views J. Sectional Views K. Fasteners L. Dimensioning M. Tolerancing

Engineering Graphics Technical Sketching (Series 5)

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