Syllabus

ME 285

Computer Aided Design Tools

Fall 2008


Instructor: Bob Chalou
Office: 2467 EB
Phone: 432-5260
e_mail: chalou@egr.msu.edu
Lab times: Monday, Wednesday, Friday,  10:20 - 12:10
Location: 1237/42 Engineering Building
Office hours: Tuesday 9-10, Thursday, 9-10, Or by appointment
 

Plagiarism Policy

Department of Mechanical Engineering

Plagiarism is not tolerated in the Department of Mechanical Engineering. It shall be punished according to the student conduct code of the University. Integrity and honesty are essential to maintain society's trust in the engineering profession.  This policy is intended to reinforce these values.

For the purpose of this policy, plagiarism means presenting, as one's own, without proper citation, the words, work or opinions of someone else.

 

A. You commit plagiarism if you submit as your own work:

 

1. Part or all of an assignment copied from another person's assignment, including reports, drawings, web sites, computer files, or hardware.

 

2. Part or all of an assignment copied or paraphrased from a source, such as a book, magazine, pamphlet, web site, or web posting, without proper citation .

 

3. The sequence of ideas, arrangement of material, pattern or thought of someone else, even though you express them in your own words. Plagiarism occurs when such a sequence of ideas is transferred from a source to a paper without the process of digestion, integration and reorganization in the writer's mind, and without acknowledgement in the paper.

 

B. You are an accomplice in plagiarism and equally guilty if you:

 

          1. Knowingly allow your work, in preliminary or finished form, to be copied and submitted as the work of another.

 

2. Prepare an assignment for another student, and allow it to be submitted as his or her own work.

 

                        3. Keep or contribute to a file of assignments with the clear intent that these assignments will be copied and submitted as the work of anyone other than the originator of the assignment. (The student who knows that his or her work is being copied is presumed to consent to its being copied.)

Course Objectives:

Successful completion of this course will enable students to:

Use associative parametric design methods

Use and apply associative curves to models

Create freeform surfaces

Document design intent

Use dynamic analysis software to refine design possibilities

Do virtual prototyping

Use rapid prototyping equipment

Laboratory Schedule

 

Lab Date

Topic

8.27

Introduction to Course, Software Update

8.29

 Sketcher

8.31

 Sketcher

9.3

No Class

9.5

Associative curve operations

9.7

Expressions

9.10

No Class

9.12

Splines, Conics and Additional Curves

9.14

User Defined Features

9.17

Drafting

9.19

Drafting for Assemblies

9.21

Test 1

9.24

Assembly Arrangements, Assembly Sequencing and Motion
9.26 Assembly Clearance and Analysis, Interpart Expressions

9.28

Deformable Components and Part Families

10.1

Component Grouping Assembly Weight Management

10.3

Wave Engineering

10.5

Free Form Modeling

10.8

Free Form Modeling

10.10

Free Form Modeling

10.12

Test 2

10.15

Advanced Simulation

10.17

Meshing

10.19

Meshing, Boundary Conditions

10.22

Post Processing, Axisymmetric Analysis

10.24

Shape Optimization, Durability, Thermal and Flow Analysis
10.26 Motion Simulation
10.29 Motion Simulation
10.30 Motion Simulation
11.2 Test 3
11.7 Assign Final Project
11.9 Work on Final Project
11.12 Work on Final Project
11.14

Work on Final Project

11.16

Work on Final Project

11.19

Work on Final Project

11.21

Work on Final Project

11.26

Work on Final Project

11.28

Work on Final Project

11.30

Work on Final Project

12.3

Work on Final Project

12.5 Project Presentations

Grading:

Projects will be available the last portion of most lab sessions. They will not be graded. 

If you choose not to complete them, it is virtually guaranteed that you will not be successful in the lab exams or final projects.