Fundamentals of Engineering Design

FED 101 ME

Required Materials

 

Textbooks:

1.     Fundamentals of Graphics Communication, 6th Edition, Bertoline et al, WCB/McGraw-Hill, 2010.  ISBN: 978-0-07-352263-0

2.     Pro/ENGINEER Tutorial Wildfire 5.0

    Tutorial and Multimedia CD by Roger Toogood, SDC Publications.

    ISBN: 978-1-58503-535-9

 

Reference:

The Engineering Design Process, Second Edition, Ertas et al, John Wiley & Sons, 1996.

Chapter 10– ENGINEERING ETHICS (p. 427 – 468)

  •  Ethics and the University
  •  The Foundation of Ethics
  •  Ethics in Engineering
  •  Legal and Responsibilities of Engineers
  •  Codes of Ethics
  •  Codes Rules and Interpretations
  •  The NSPE Code of Ethics for Engineers

 

Drawing Materials:

  • Mechanical pencils
        i. O.7 mm with HB lead
        ii. 0.5 mm with HB & 4H
  • White plain (unlined) paper (8-1/2" X 11")
  • Sheets of isometric lined paper.
  • Scales / ruler, a set of triangles (30-60-90 and Isoceles).

Miscellaneous:

 

 

Week Number

Topics

Reading Assignment

Workbook Exercises/Quizzes
Special Assignments

1

 Lecture:

• Introduction - Design Process & Technical Graphics used in the design process (p.1).

• ENGINEERING ETHICS – Hand-out and Review

• Overview of traditional drawing tools (p.21): pencils, compass, triangles, and etc.

• ANSI Standard Sheet Sizes (p.23).

• ANSI Standard Title Blocks and Borders (p.73).

• CAD: Computer as technical drawing tool; Pro/ENGINEER as a solid modeling software package.

Lab:

• Introduction to Pro/ENGINEER

Chapter 1, 2

 Pro/ENGINEER CAD assignment

2

 Lecture:
  • Alphabet of Lines (p.14).
  • Line Drawing Techniques.
  • Scales (p.23).
  • Hand and CAD Lettering a Technical Drawing (p.57).
  • Freehand Sketching Techniques (p.38-51).
  • Coordinate Space (p.80).
  • Classification of Geometric Elements and Construction (p.87).
  • 3-D Modeling (p.113).

Read Chapters 1-2, Chapter 3

Lab:

  • Pro/ENGINEER: Lesson 2 – Creating a Simple Object Part I

 

Chapter 1, 2, and 3

Assignments on Isometric Sketches

 

 

 

3

 Lecture:
  • Engineering Geometry Chapter 3
  • Introduction to Projections – multiview, isometric (one type of axonometric), oblique, and perspective (p.196)

Lab:

  • Pro/ENGINEER: Lesson 3 – Creating a Simple Object Part II (Hole, Chamfer, Round etc.)
  • Pro/ENGINEER: Lesson 3 – Implementing Design Intent using Relations (simple equations)

Chapter 3, 5

 Quiz #1 covering Engineering ethics, Isometric Sketches and questions on Reading Assignments Chapters 1-2/Class Notes.


Multiview Chapter 5 Problems.

 

4

 Lecture:
  • Visualizing a multiview drawing (p.199).
  • The Six Principal Views (p.202) – First and Third angle projections.
  • Multiview sketching (p.211).
  • Multiviews from 3-D CAD Models (p.220)

Lab:

  • Pro/ENGINEER: Lesson 4 – Revolved Protrusions, Mirror Copies, Model Analysis

 

Chapter 5

 Handout Exercises

5

 Lecture:
  • View Selection (p.220).
  • Fundamental Views of Edges and Planes for Visualization (p.223-232)

Lab:

  • Pro/ENGINEER: Lesson 5 – Obtaining Information about the Model; Suppressing and Resuming Features; Modifying Feature Definitions; Insert Mode

 

 

 

Chapter 5

 Chapter 5 - Problems

6

 Lecture:
  • Multiview Representation for Sketches (p. 232-241).
  • ANSI Standards for Multiview Drawings and Sketches (p.241)

Lab:

  • Pro/ENGINEER: Lesson 6 – Sketcher Tools and Datum Planes

 

Chapter 5

 Quiz #2 Chapter 5/
Multiview Drawings.

 

7

 Lecture:
  • Visualization for Design (p.246).
  • Multiview Drawing Visualization (p.259)
  • Dimensioning, Size and Location Dimensions, Detail Dimensioning & Dimensioning Techniques (p.434-455)

Lab:
Pro/ENGINEER: Lesson 7 – Patterns and Copies

 

Chapter 5, 9

 Assignments decided by Instructor

8

 Lecture:
  • Auxiliary View Projection Theory (p.312)
  • Auxiliary View Classifications (p.315)
  • Auxiliary View Applications (p.323)
  • Auxiliary View in CAD

Lab:

  • Pro/ENGINEER: Lesson 8 – Engineering Drawings

 

Chapter 6

 Handout Ex.

9

 Lecture:
  • Pictorial Projections – Axonometric Projections (Isometric, Dimetric and Trimetric); Oblique Projections; Perspective Projections.
  • Section Views in Isometric Drawings
  • Isometric Assembly Drawings

Lab:

  • Pro/ENGINEER: Lesson 8 – Engineering Drawings (Continued … )

 

 

Chapter 7

 Handout Ex.

10

 Lecture:
  • Section Views – Sectioning Basics, Section View Types and Special Sectioning Conventions.
  • Section Views using 3-D CAD Techniques

Lab:

  • Pro/ENGINEER: Lesson 8 – Engineering Drawings (Continued … )

 

Chapter 8

 Project Assignment

11

Lecture:

  • Tolerancing – Interchangeability (p.455).

Lab:

  • Pro/ENGINEER: Lesson 9 – Assembly Fundamentals and Constraints

 

Chapter 9

 Working on Project

12

 Lecture:
  • Tolerance Representation
  • Tolerances in CAD

Lab:

  • Pro/ENGINEER: Lesson 10 – Assembly Operations (Information, Part Modifications, Exploding Assembly, Create Sections etc.)

 

Chapter 9

 Working on Project

13

 Lecture:
  • Working Drawings and Assemblies – Basic Concepts; Working Drawings; Part Lists etc.)

Lab:

  • Pro/ENGINEER: Lesson 10 – Assembly Drawings

 

Chapter 10

 Quiz #3 Multiview Drawings/Dimensioning/

Tolerancing

 

14

 Lecture:
  • Working Assembly Drawings.
  • Using CAD to Create Production Assembly Drawings
  • Review

Lab:

  • Pro/ENGINEER: Lesson 11 – Sweeps and Blends

 

Chapter 10

 Project Report/Drawings

Note: Assignments may vary as determined by your instructor