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Changes in ME 263Engineering Faculty Document No. 8-06 October 18, 2006 TO: The Faculty of the College of
Engineering FROM: The Faculty of the School of Mechanical
Engineering RE: ME 263 Course Title and
Description Change The
Faculty of the From: ME 263 Introduction to Mechanical Engineering
Design Sem. 1, 2 , Class 2, Lab 1, cr. 3. Prerequisite:
CGT 163, ME 200, ME 270. Co-requisite: MA
262, ME 290. The
product design process. Development of design problem definitions by evaluating
customer inputs, technology, and competitive products. Generation
of conceptual design using structured and unstructured approaches. Evaluation of concepts using engineering modeling and decision
matrices. Product detail design including design for
manufacturability and profitability. Effective communication: oral,
written, and graphical. To: ME 263 Introduction to Mechanical
Engineering Design, Innovation, and Entrepreneurship Sem. 1, 2 , Class 2, Lab 1, cr. 3.
Prerequisite:
CGT 163, ME 200, ME 270. Co-requisite: MA
262, ME 290. The
product design process. Development of product design specifications using customer inputs,
benchmarking, product/market research and patent review. Concept generation and
evaluation using brainstorming, functional decomposition, modeling and decision
matrices. Detailed product design
including assembly, economic analysis, CAD, and bill of materials. Oral and written design reviews. Key skills developed include teamwork,
communication, project planning, innovation, design, and entrepreneurship. Reason:
The proposed new title and course description provides 1) a more
contemporized summary of the course aligned with the Purdue Engineer of 2020
outcomes adopted by the School and 2) the growing emphasis on innovation and
entrepreneurship in the course. E. Daniel Hirleman, Head ME 263 - Introduction to Mechanical Engineering Design Fall 2006 Lecture
Topics, Reading and Assignments (text:
The Mechanical Design Process, D. G. Ullman,
Third Edition, McGraw-Hill) Phase 1: Problem Definition Date Lecture/Lab Topic Reading Due Week 1 8/22 1. Design Process: Overview of Phase 1 8/24 2. Open-Ended Problems, Overview of Design
Process Ch. 4.1-4.4 Lab 1a Form Teams, Discuss Project
Description 1b Work on Project: Patents,
Market Research, Week 2 8/29 3. Patents Notes,
Ch. 7.2.3, 13.5 8/31 4. The House of Quality Ch. 6 Lab 2a Work on Project: Patents, Market Research, Competitors’
Products, Customer Survey D1 (Labor
Costs) 2b Work on Project: Patents, Market Research, Competitors’
Products, Surveys Week 3 9/5 5. Market and Product Research Notes 9/7 6. Design Process: Phase 2 Preview Ch. 2.4, Notes Lab 3a Report Expectations: Written and Oral Communications 3b Work on Project: Patents, Market Research, Competitors’
Products, Surveys D2
(Patents) Week 4 9/12 7. Concept Generation, Functional Decomposition Ch. 7 9/14 8. Concept Evaluation, Decision Making Lab 4a Work on Project: Develop House of Quality 4b Work on Project: Outline and prepare OR1 and PR1 D3 (QFD) Week 5 9/19 9. Design Process: Phase 3 Preview Ch. 2.4, Notes 9/21 10. Introduction to Engineering Modeling Lab 5a (1
hr) Work on Project 5b
(2 hr) Phase 1 Oral Report OR1 Phase 2: Concept
Generation and Evaluation Date Lecture/Lab Topic Reading Due Week 6 9/26 11. Engineering Modeling Notes 9/28 12. Engineering Modeling Notes Lab 6a Peer Evaluations, Review
Notebooks, Functional Decomposition D4 (NB1) Phase
1 Written Report Due PR1 6b Work on Project: Functional Decomposition, Concept Generation Week 7 10/3 13. Engineering Statistics and Tolerances 10/5 14. Tolerances Notes Lab 7a Work on Project: Concept
Generation & Evaluation
D5 (Funct. Decomp.) 7b Work on Project: Concept
Selection, Decision Matrices, Week “8-1” 10/10 No
Lecture or Tuesday Labs - October Break 10/12 15. Tolerances Lab 8a (1
hr) Work on Project: Engineering Models (Only WRF labs meet) 8b
(2 hr) Work on Project: Engineering Models Week 9 10/17 No
lecture - Test 1 in evening on 10/18 10/18 Evening Test 10/19 16. Manufacturing Processes I Notes
& Videos Lab 9a Shop Project Day 1 Work
on Project: Prepare OR2 and PR2 D7 (Toolpath) 9b Shop Project Day 2 Work
on Project: Prepare OR2 and PR2 D6 ( Week 10 10/24 17. Manufacturing Processes II Notes
& Videos 10/26 18. Manufacturing Processes III Notes
& Videos Lab 10a (1
hr) Work on Project 10b
(2 hr) Phase 2 Oral Report OR2 Phase 3: Product Design Date Lecture/Lab Topic Reading Due Week 11 10/31 19. Design for Assembly Ch. 12.5 11/2 20. Failure Modes and Effects Analysis (FMEA) Notes Lab 11a Peer
Evaluations, Work on Project D8 (NB2) Phase
2 Written Report Due PR2 11b Work
on Project: Selection & Original Design Week 12 11/7 21. Engineering Ethics and Safety, Costs & BOM 11/9 22. Introduction to Engineering Economics Notes Lab 12a Work on Project:
Selection & Original Design 12b Work on Project: Original Design
and Drawings D9 (BOM) Week 13 11/14 23. Profitability Measures and Project Costs Notes 11/16 24. Project Financial Analysis Notes Lab 13a Work on Project: Original Design and Drawings 13b Work on Project: Develop Economic Model D10
(Drawings) Week “8-2” 11/21 25. Quiz 2 Preview and Final Project Preparations 11/23 No Lecture or Labs - Thanksgiving
Break Lab 8a (1
hr) Work on Project (Only
Tuesday labs meet) Week 14 11/28 No
Lecture – Test 2 in evening on 11/30 11/30 Evening Test
11/30 26. Project Discussion Lab 14a Work on Project: Detail Design 14b Work on Project: prepare OR3 and FR D11 (Fin.
Anal.) Week 15 12/5 27. Quiz Results, Course Closure 12/7 No
lecture Lab 15a (1
hr) Final Preparations 15b
(2 hr) Final Oral Presentation OR3 Monday,
December 11: Final report, Peer3, D12 due at high noon to ME 300 FR, D12
(NB3) |
