Contents and dates posted on this Web site are subject to change without notice.
Last Site Update 4/30/2009
Class Date, Time, and Location:
Spring 2009
Mondays and Wednesdays 2:00 pm – 3:20 pm
UNT Discovery Park
Research Park, ETECH Computer Laboratory, Room F187
Final Exam:
There will be no final exam in MEEN 2250. However, students must attend the final group project competition, which will occur during the MEEN 2250 final exam period: Monday, May 11, 1:30 p.m. - 3:30 p.m.
Description:
MEEN 2250 applies computational techniques to engineering analysis and design with an emphasis on visual communication for engineering practice. The course is presented in two modules: Computer Aided Design (CAD) and Numerical Methods (NM). The CAD module provides a comprehensive survey of engineering drawing techniques with emphasis on modern computer-driven parametric modeling of solid objects. The NM module covers numerical analysis methods including constrained and unconstrained optimization, simulation and solution of simple differential equations, symbolic manipulation, and application of finite element analysis.
Prerequisites:
Completion of MATH 2700 (linear algebra) is required; completion of CSCE 1020 (Introduction to Computer Programming) is recommended.
ABET Criteria:
MEEN 2250 includes elements that address the following ABET program outcomes:
(a) An ability to apply knowledge of mathematics, science, and engineering [weight = 1]
(b) An ability to design and conduct experiments, as well as to analyze and interpret data [weight = 1]
(c) An ability to design a process to meet desired needs within realistic economic constraints and resource scarcity [weight = 1]
(d) An ability to function on multidisciplinary teams [weight = 2]
(g) An ability to communicate effectively [weight = 1]
(k) An ability to use techniques, skills, and modern engineering tools for engineering practice [weight = 2]
Follow this link to the complete MEEN 2250 ABET Assessment, Evaluation, and Outcome Plan. (Not yet posted)
Text Book(s):
Required:
Pro/ENGINEER Wildfire 4.0 Instructor
David Kelley, McGraw Hill, 2009
ISBN-10: 007352266X ISBN-13: 978-0073522661
MATLAB: An Introduction with Applications, 3rd Edition
Amos Gilat, Wiley, 2008
ISBN-10: 0470108770 ISBN-13: 978-0470108772
Introduction to Graphics Communications for Engineers, 3rd Edition
Gary Robert Bertoline, McGraw-Hill Science/Engineering/Math, 2006
ISBN-10: 0073312738 ISBN-13: 978-0073312736
Recommended:
The Fundamentals of Engineering Drawing: With an Introduction to Interactive Computer Graphics for Design and Production, 11th Edition
Warren J. Luzadder and Jon M. Duff, Prentice Hall, 1992
ISBN-10: 0133350509 ISBN-13: 978-0133350500
Instructor:
Dr. Matthew J. Traum
Assistant Professor of Mechanical & Energy Engineering
UNT URL: http://www.mee.unt.edu/public/traum/
Personal URL: http://www.mtraum.com
Office Hours:
Wednesdays, 4:00 pm – 5:00 pm
UNT Discovery Park
Research Park, Room F101E
Conact Coordinates:
E-mail: mtraum{at}unt.edu
Office Phone: (940) 565-3446
Teaching Assistant:
Bora Yuce
TA's MEEN 2250 Office Hours:
Fridays, 12:00 – 1:00pm
University Discovery Park
Research Park, Room F102C
TA's Conact Coordinates:
by0026{at}unt.edu
The instructor will emphasize the 12-step solution methodology for all problem solving carried out in lectures.
| Week# (Date) | Activity |
| Module 1: Computer Aided Design (CAD) | |
| 1 (1/19/2009) | NO CLASS - Martin Luther King, Jr. Holiday |
| 1 (1/21/2009) |
Lecture 01: Introduction, Syllabus Review, Web Site Review, Assign Project 01 Teams
|
| 2 (1/26/2009) |
(UNT Census Week: course attendance will be counted starting next week)
Lecture by: Bora Yuce |
| 2 (1/28/2009) |
Lecture by: Matthew J. Traum Lecture 03: 2-D Representations of 3-D Solids: Selecting Views |
| 3 (2/2/2009) |
Lecture by: Bora Yuce Lecture 04: Dimensions and Tolerances |
| 3 (2/4/2009) |
Lecture by: Matthew J. Traum Lecture 05: Representing Complex Shapes: Sectioning & Assemblies |
| 4 (2/9/2009) |
Introduce Group Project #01: Assembly Drawing of Winch-and-Cart Systems
Tutorial performed by: Bora Yuce |
| 4 (2/11/2009) |
Tutorial performed by: Bora Yuce Pro/Engineer Wildfire 4.0: Chapter 3 and 4 Tutorials |
| 5 (2/16/2009) |
Tutorial performed by: Bora Yuce Pro/Engineer Wildfire 4.0: Chapter 5 Tutorial |
| 5 (2/18/2009) |
Tutorial performed by: Bora Yuce Pro/Engineer Wildfire 4.0: Chapter 6 Tutorial |
| 6 (2/23/2009) |
Tutorial performed by: Bora Yuce Pro/Engineer Wildfire 4.0: Chapter 7 and Chapter 9 Tutorials |
| 6 (2/25/2009) |
Tutorial performed by: Bora Yuce Pro/Engineer Wildfire 4.0: Chapter 12 Tutorial |
| 7 (3/2/2009) |
Tutorial performed by: Bora Yuce Pro/Engineer Wildfire 4.0: Chapter 8 Tutorial |
| 7 (3/4/2009) |
Tutorial performed by: Bora Yuce Pro/Engineer Wildfire 4.0: Chapter 8 Tutorial |
| 8 (3/9/2009) |
Lecture by: Matthew J. Traum Lecture 06: The Future of Computer Aided Design: Virtual Worlds (Second Life) |
| Module 2: Numerical Methods | |
| 8 (3/11/2009) |
Introduce Group Project #02: RoboWar 5 Battle Robot (Surrogate for CAD/CAM)
Lecture by: Matthew J. Traum |
| * (3/16/2009) | Spring Break: No Class |
| * (3/18/2009) | Spring Break: No Class |
| 9 (3/23/2009) |
Introduce Group Project #03: Design of Experiment and Presentation of Data using Excel
In class assembly exercise based on Group Project #01 |
| 9 (3/25/2009) |
Lecture by: Matthew J. Traum Lecture 08: Data and Equation Manipulation Using MS Excel [ [Not Yet Posted] |
| 10 (3/30/2009) |
Lecture by: Matthew J. Traum Lecture 09: Numerical Methods [Not Yet Posted] |
| 10 (4/1/2009) |
Lecture by: Matthew J. Traum Lecture 10: Numerical Methods [Not Yet Posted] |
| 11 (4/6/2009) |
Lecture by: Matthew J. Traum |
| 11 (4/8/2009) |
Lecture by: Matthew J. Traum Lecture 12: Numerical Methods [Not Yet Posted] |
| 12 (4/13/2009) |
Students will present experimental results from Group Project #03 in class
Tutorial performed by: Bora Yuce |
| 12 (4/15/2009) |
Lecture by: Matthew J. Traum Lecture 14: Programming in MATLAB [Not Yet Posted] |
| 13 (4/20/2009) |
Lecture by: Matthew J. Traum Lecture 15: Programming in MATLAB [Not Yet Posted] |
| 13 (4/22/2009) |
Introduce Group Project #4: Temperature Profile Simulation using ANSYS
Guest Lecturer: Dr. Sandra Boetcher |
| 14 (4/27/2009) |
Guest Lecturer: Dr. Sandra Boetcher Lecture 17: Modeling in ANSYS [Not Yet Posted] |
| 14 (4/29/2009) |
Course and Instructor Evaluation
Guest Lecturer: Dr. Sandra Boetcher |
| 15 (5/4/2009) |
Guest Lecturer: Dr. Sandra Boetcher Lecture 19: Modeling in ANSYS [Not Yet Posted] |
| 15 (5/6/2009) | Live RoboWar 5 tournament shown in class based on Group Project #02 |
Homework
Links to assignments will become active as assignments become available.