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MEE2006 Introduction to
Mechanical Design
1. Class information
• Class Year and semester: 2024, Spring semester
• Course No. : MEE2006
• Course title: Introduction to Mechanical Design
• Credit-Lecture Hour-Practice Training: 3.00-2.00-2.00
• Course outline: One two-hour lecture (Tuesday) + One two-hour
practice/week (Friday)
• Organizing Department: Mechanical
Engineering
2. Instructor information
• Name: Dr. Keun Ryu
• Department: Mechanical Engineering
• Email: kryu@hanyang.ac.kr
• Web: http://turbolab.hanyang.ac.kr/MEE2006.html
• Office hours: By scheduled appointment (E-mail in advance required)
• About office hours: This is to encourage individual interaction between
the students and the instructor. Students should prepare by organizing
questions in advance.
3. Course objective
The class will introduce about "Mechanical Engineering" and "Mechanical
System Design". We will also discuss about ＾skills￣ to succeed in a global
engineering world.
4. Course Description:
The course is NOT traditional in its format or delivery (lecturer
delivers material and students listen). The course uses active
teaching/learning techniques and feedback with active participation and
involvement from the students.
5. Grading
• 50% Group Assignments (PowerPoint Slide: 30%; Individual
Presentation: 15%; 5 % Peer assessment of working in groups)
--> A group has five members. Groups will complete assignments related to
topics assigned. Typical assignments include critical and review essays on
various aspects of engineering.
• 15% Personal Assignments
• 15% Mid-term Exam
• 15% Final Exam
• 5% Attendance
Rules for Group Formation and Presentation
- 5 students/group
- Group presentation for group assignments: 10~15 minutes for each group, 5 minute for discussion
- Total #s of Slides: 10~15 pages
Rate your team members
Attendance to the lectures is a must for success.
6. Lecture material and topics
• Week 1
Class introduction
• Week 2
1) Physics
in International Space Station
STEMonstrations: Kinetic and
Potential Energy: https://youtu.be/OpxGp2P48kI
STEMonstrations: Newton's Third Law of Motion:
https://youtu.be/dCF--YOjiOw
STEMonstrations: Newtons 2nd Law of Motion:
https://youtu.be/sPZ2bjW53c8
STEMonstrations: Surface Tension:
https://youtu.be/34bFgA3H3hQ
STEMonstrations: Engineering Design - Trusses:
https://youtu.be/sLJU_3UtkaQ
2) Note 1
3)
Group
Assignment 1
Samples from former students:
Sample 1 &
Sample 2
4)
Personal Assignment 1
5) Formation of project teams
6)
Team meeting
*
How to cite
references
*
Technical Presentation Tips (ASME)
7) HINT: Group meeting for Group
Assignment
*
Examples: Job description of
design engineers
*
Example:
BW design engineer
• Week 3
1) Basic instruments
https://www.mcmaster.com/ (MUST
know: Basic
tools --> For your mid-term exam!)
2) Machine shop terms
--> For your mid-term exam! (boss, bushing,
Chamfer, counterbore, countersink, fillet, key, keyway, lug, neck, spline,
undercut, polish, sandblast, shim)
3)
Presentation of Group Assignment
• Week 4
1)
Personal Assignment 2 (Due: Week 4)
2)
Note 2
**
English
Solutions for Graduate Research Writing: Formal Email by Hanyang
University Center for Teaching and Learning English Writing Lab
* Formal
email format handout by Hanyang University Center for Teaching and
Learning English Writing Lab
*
Writing
Technical Memos
3)
Publish or
Perish
4) Group Assignment: Each group
can choose either Assignment #2 or #3 (DUE: Week 6)
Group
Assignment 2
Samples from former students:
Sample 3 &
Sample 4
Instructor's comment
Group
Assignment 3
What You Don¨t
Necessarily Learn in School by Dave Wisler
Unwritten Law of Engineering: The Unwritten Laws of
Engineering by W. J. King was first published in 1944 as three articles in
Mechanical Engineering magazine.
Samples from former students:
Sample 5 &
Sample
6 &
Sample 7 &
Sample 8
5)
Group meeting for Group Assignment
• Week 5
1)
Measurements vs Predictions: Perfect (or ideal or correct) or not? Let's
discuss based on the technical papers below.
- Luis San Andrés, and Keun Ryu, Paul Diemer, 2015, "Prediction
of Gas Thrust Foil Bearing Performance for Oil-Free Automotive Turbochargers,"
ASME Journal of Engineering for Gas Turbines and Power, Vol. 137, No. 3, p.
032502.
- Luis San Andrés, and Keun Ryu, 2008, "Flexure
Pivot Tilting Pad Hybrid Gas Bearings: Operation with Worn Clearances and
Two Load-Pad Configurations," ASME Journal of Engineering for Gas
Turbines and Power, Vol. 130, No. 4, p. 042506.
2)
Group meeting for Group Assignment
• Week 6
Presentation of Group Assignment
• Week 7
Note 3:
What is mechanical engineering?
2)
Note 4:
Review of What You Don¨t Necessarily Learn in School
3)
Personal Assignment 3 (Due: Week 9):
ASME Code of Ethics of Engineers
4 ) Fundamentals of Design:
CAD & CAE (Note 5)
Machine
Element (Component) Design & Scope and opportunity
of mechanical Engineering
See
https://media.wiley.com/product_data/excerpt/83/11189876/1118987683-48.pdf
5)
Basic machine tools:
Note 6
--> Why is this important? Complete understanding and knowledge on
machine tools and fabrication process are mandatory for mechanical system
design.
Mid-term exam review: REVIEW EVERYTHING in your class topics/personal HWs/group
projects.
• Week 8
Mid-term Exam
• Week 9
1) Understanding drawings
(Note 7)
Ref 1: ASME Y14.5-2009,
Dimensioning and Tolerancing (Engineering Drawing and Related Documentation
Practices) -->
http://bayanbox.ir/view/601588351330425393/ASME-Y14.5M-2009.pdf
Ref 2: Development Process
and Overview of Y14.5-2009 Changes -->
https://cstools.asme.org/csconnect/FileUpload.cfm?View=yes&ID=30210
2)
Note 8:
Ethics in the workplace and engineering design
3)
Note 9:
Mechanical System Efficiency
4) Group Assignment: Each group can choose either Assignment #4 (DUE:
Week 11)
Group
Assignment 4
4)
Group meeting for Group Assignment
• Week 10
1)
Note 10: GD&T
2) Note 11:
Engineering Fit
3) Note 12:
Prepare yourself for the real world
4)
Group meeting for Group Assignment
• Week 11
Presentation of Group Assignment
• Week 12:
No in-person lecture in the classroom
Personal Assignment for the missed lecture this week:
Personal Assignment 4 (Due: Week 13)
• Week 13
1)
Note 13: IP
2 Note
14:
About working in groups
3)
Group Assignment: Each group can choose either
Assignment #5 (DUE: Week 15)
Group
Assignment 5
1.
5
Myths
2.
Engineering management: going soft
3.
Engineering vs. Management
4) Group meeting for Group Assignment
• Week 14
1)
Note 15: Uncertainty
2) Group meeting for Group Assignment
• Week 15
1) Presentation of Group Assignment
2) PLEASE submit the member evaluation from. -->
Download
3) Final exam review
• Week 16: Final Exam
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