ME 470 - Senior Design Project
|Senior Design Project||ME470||AL1||36716||LEC||3||0800 - 0950||T||0027/1025 Campus Instructional Facility||Blake Everett Johnson|
|Senior Design Project||ME470||AY1||36723||LBD||0||0800 - 0950||T R||106B3 Engineering Hall||Amir Chavoshi|
|Senior Design Project||ME470||AY2||36731||LBD||0||0800 - 0950||T R||305 Materials Science & Eng Bld||Michael Nicholas Moccio|
|Senior Design Project||ME470||AY3||36740||LBD||0||0800 - 0950||T R||162 Noyes Laboratory||Ryan Wai Yin Siu|
|Senior Design Project||ME470||OB1||39319||OD||0||0800 - 0950||T R|
|Senior Design Project||ME470||OB2||45544||OD||0||0800 - 0950||T R|
|Senior Design Project||ME470||OB3||64200||OD||0||0800 - 0950||T R|
|Senior Design Project||ME470||OL2||62488||OLC||3||0800 - 0950||T||Blake Everett Johnson|
Detailed Course Description
Solution of a real-world design problem; development, evaluation, and recommendation of alternative solutions subject to realistic constraints that include most of the following considerations: economics, environment, sustainability, manufacturability, ethics, health and safety, society, and politics. Prerequisite: Senior standing in Mechanical Engineering; completion of or concurrent enrollment in all required courses; completion of campus Composition I general education requirement. 3 undergraduate hours.
Login to the ME 470 course project page.
TEXTBOOK: No textbook required. Handouts are provided as needed by specific projects, and a literature survey of appropriate materials is typically required as part of the project effort. Logbook is required (10 3/8 x 8 3/8, numbered, lined pages, green tint pages, 150 pages per logbook; approx cost $10.00).
No new topics are presented. Students are expected, however, to apply as many prerequisite topics as seen relevant to the mechanical engineering problem that has been defined. Project teams work on the project during the length of a semester. Projects may involve evaluation of a manufacturing process, development of a new product or production process, testing of product characteristics, analysis of material behavior, simulation of in-field product performance, or optimization of system performance. The sequence of discussion topics follows the phases of a project life cycle as the project evolves. Project phases include:
1. Project review and selection
2. Problem statement and project objectives
3. Data collection
4. Model building and verification
6. Recommendations and conclusions
7. Implementation and test
8. Final presentation of design
Each project requires submission of proposal, schedule, status reports, and a final presentation. Written and verbal presentations are required.
EM: Suitable for senior design elective; ABE 469, others also acceptable.