UWM Undergraduate Catalog 2012-2013
Mechanical Engineering
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Mechanical engineering is one of the broadest, and most general, fields
of engineering. Combining some of the basic elements found in electrical and
civil engineering with more in-depth use of mechanical design and thermal science
principles, a mechanical engineering education will provide its students with
the tools required to solve a wide range of technological problems.
Mechanical engineers work on the design, development, analysis, production, and testing of a wide variety of devices, products, and systems. The devices and systems developed by mechanical engineers can be found in many fields, including energy conversion, power generation, environmental control, manufacturing, materials handling and processing, and transportation and construction equipment.
The mechanical engineering curriculum is based upon fundamental engineering science courses in mechanics, the thermal sciences, mechanical design and controls. Students also take courses in experimentation, computer aided engineering, vibrations, and mechatronics. A variety of technical elective courses are also offered. With these courses, a student can either pursue a general mechanical engineering education, or can tailor a program of study towards a concentration in either thermal sciences or mechanical systems.
Mission Statement: The mission of the UWM Mechanical Engineering Department is:
- To provide quality educational programs for undergraduate and graduate students planning careers in mechanical engineering or related fields.
- To create and disseminate knowledge through research, publications, and other scholarly activities.
- To foster a close partnership with industry and government.
- To engage in professional and academic service activities of value to the university, and the community at large.
Program Educational Objectives: The educational objectives of the undergraduate Mechanical Engineering Program are:
- Graduates will have successful professional careers in mechanical engineering.
- Graduates will demonstrate ability to use experimental, mathematical, and computational tools appropriate for solving mechanical engineering problems.
- Graduates will demonstrate skills critical to the design process including the ability to formulate problems, think creatively, communicate effectively, and work collaboratively.
- Graduates will be prepared for continued professional development.
Accreditation: The mechanical engineering program is accredited by the Engineering Accreditation Commission of ABET, 111 Market Place, Suite 1050, Baltimore, MD 21202-4012, telephone: (410) 347-7700.
Thermal sciences deals with the transformation of energy from one form to another, as well as the transmission and use of energy. Areas of interest in thermal sciences include (a) power generation through fossil-fueled steam power plants, and solar energy, as well as design of heat exchangers and boilers, (b) propulsion systems, such as internal-combustion engines, for all types of vehicles, (c) heating, ventilation, and air conditioning systems, and (d) the environmental effects and control of pollutants produced in these applications.
Mechanical systems focuses on the synthesis, analysis, and optimization of different types of devices and machines. The scope of problems studied ranges from small individual components to automated factory systems using robots and CNC tools. Designers must use imagination, ingenuity, and good judgement to create workable ideas and transform them into physical realities. Use of modern computational tools such as finite element methods, solid modeling, CAD/CAM packages is emphasized. An understanding of industrial design practices and standards is also required.
A general mechanical engineering course of study may be desirable for students preferring the broadest background. The program consists of taking the basic courses required by all mechanical engineering students, and supplementing these courses with a range of technical electives that provide the student with background in key areas in thermal and mechanical systems.
Students should consult their advisors for help in choosing the most appropriate concentration and technical electives for their own interests. Suggested technical elective sequences for all three areas are outlined below.
It is recommended that students interested in thermal sciences take MechEng 402 and at least two courses from MechEng 415, 423, 432, 434, 435, 451, or 463.
It is recommended that students interested in mechanical systems take MechEng 463 and at least two courses from MechEng 461, 462, 475, 476, or 478.
It is recommended that students interested in general mechanical engineering take at least two courses from MechEng 402, 463, or 475.
Mechanical Engineering Minor
The minor in mechanical engineering is designed for students in engineering, architecture and physics. The minor is not available to mechanical engineering majors. The minor requires 20 credits of coursework in 300-level above courses in mechanical engineering. Students interested in obtaining the minor should contact the director of undergraduate studies for advice on the appropriate program of study, 229-5191.
MECHANICAL ENGINEERING CURRICULUM
The minimum number of credits required to complete the Bachelor of Science in Engineering with a major in Mechanical Engineering is 128. Students who need background preparation courses in math, English, foreign language, and chemistry may need additional credits.
Engineering Core Courses: 35 credits
|
EAS 100/Mech Eng 150 |
Freshman Orientation or How Things Work (recommended only) |
1-3 |
| EAS 200 | Professional Seminar | 1 |
|
MechEng 110 |
Engineering Fundamentals I |
4 |
|
MechEng 111 |
Engineering Fundamentals II |
4 |
|
CompSci 151/201 |
Introduction to Computer Programming |
3 |
|
Civ Eng 201 |
Statics |
3 |
|
Civ Eng 202 |
Dynamics |
3 |
|
Civ Eng 303 |
Strength of Materials |
4 |
|
ElecEng 301 |
Electrical Circuits I |
3 |
|
MatlEng 201 |
Engineering Materials |
4 |
|
MechEng 301 |
Basis Engineering Thermodynamics |
3 |
|
MechEng 320 |
Introduction to Fluid Mechanics |
3 |
Mechanical Engineering Major: 33 credits
|
MechEng 321 |
Basic Heat Transfer |
4 |
|
MechEng 323 |
Fluid Mechanics Laboratory |
1 |
|
MatlEng 330 |
Materials and Processes in Engineering |
3 |
|
MechEng 360 |
Mechanical Design I |
3 |
|
MechEng 366 |
Design of Machine Elements |
4 |
|
MechEng 370 |
Computer Aided Engineering Laboratory |
2 |
|
MechEng 438 |
Mechanical Engineering Experimentation |
3 |
|
MechEng 474 |
Introduction to Control Systems |
4 |
|
MechEng 479 |
Control and Design of Mechatronic Systems |
3 |
|
MechEng 496 |
Senior Design Project |
3 |
|
Ind Eng 467 |
Intro. Statistics for Physical Science and Eng Students |
3 |
Mathematics Requirement:
14-161
One of the following Calculus sequences must be completed: Chemistry Requirement: 5-10 credits1 One of the following sequences must be completed: Chem 105 (Suggested) Physics Requirement: 10 credits Physics 209+214 GER Distribution Requirement: 15 credits
Math 231-232-233
Math 221-222 (Honors)
and
ElecEng 234 (Analytical Methods in Engineering)
or
Chem 102-104
Physics 210+215
|
Art |
3 credits |
|
Humanities |
6 credits |
|
Social Science |
6 credits |
One of the arts, humanities, or social science courses selected must also meet the UWM cultural diversity requirement.
English Composition Requirement: 0-6 credits1
The English Composition requirement is satisfied by:
1. Earning a satisfactory score on the English placement test, or
2. Earning a grade of C or higher in English 102
Foreign Language Requirement: 0-8 credits (for students starting fall 1999 or later)
The foreign language requirement can be completed with one of these options:
1. Two years of a single foreign language in high school
2. Two semesters of a single foreign language in college
3. Demonstrate ability by examination
1Placement Examinations. Once admitted to UWM, most engineering students are required to take placement examinations in mathematics, English and chemistry. Students with previous college level credits in these areas may not be required to take placement exams. The placement exams are administered by the UWM Testing Center, Mellencamp Hall, room B28, (414) 229-4689. The results of these tests help students determine the appropriate course in which to register. Background prerequisite courses may be required in addition to the courses listed above. Possible Math placements for engineering students are Math 090, 095, 105, 225, 116, 117, 231, or 221. Possible English placements are English 090, 095, 101, or 102. Possible Chemistry placements are Chemistry 100, 102 or 105
MECHANICAL ENGINEERING MAJOR
The Mechanical Engineering Department regularly offers elective courses that allow students to concentrate in either energy engineering or mechanical design. While the College does not guarantee that specific electives will be offered annually, there will be a sufficient number offered to allow for one of these concentrations.
Technical Electives– Mechanical Engineering Major (14 Credits). Select a minimum of 14 credits of technical electives from Groups A, B, and C as indicated below.
Group A Technical Electives: Students must select at least 6 credits from this list category.
|
MechEng 402 |
Thermal-Fluid Engineering |
3 |
|
MechEng 420 |
Fluid Mechanics |
3 |
|
MechEng 463 |
Introduction to Finite Elements |
3 |
|
MechEng 475 |
Vibrations in Mechanical Design |
3 |
Goup B Technical Electives
|
Civ Eng 401 |
Intermediate Strength of Materials |
3 |
|
Mat Eng 410 |
Mechanical Behavior of Materials |
3 |
|
Ind Eng 360 |
Engineering Economic Analysis |
3 |
|
Ind Eng 455 |
Basic Optimization Techniques |
3 |
|
Math 413 |
Introduction to Numerical Analysis |
3 |
|
Math 601 |
Advanced Engineering Mathematics |
3 |
|
MechEng 415 |
Modern Thermo Manufacturing Processes |
3 |
|
MechEng 423 |
Applied Fluid Mechanics |
3 |
|
MechEng 432 |
Internal Combustion Engines |
3 |
|
MechEng 434 |
Air Conditioning System Design |
3 |
|
MechEng 435 |
Power Plant Theory and Design |
3 |
| MechEng 436 | Solar Engineering | 3 |
| MechEng 455 |
Processing of Plastics |
3 |
|
MechEng 456 |
Metal Casting Engineering |
3 |
| MechEng 457 | Engineering Composites | 3 |
|
MechEng 461 |
Intermediate Kinematics and Dynamics |
3 |
| MechEng 465 | Friction and Wear | 3 |
|
MechEng 469 |
Introduction to Biomechanical Engineering |
3 |
|
MechEng 476 |
Introduction to Robotics |
3 |
|
MechEng 490 |
Topics in Mechanical Engineering |
1-3 |
|
MechEng 574 |
Intermediate Control Systems |
3 |
| MechEng 580 | Engineering Analysis in Applied Mechanics | 3 |
|
MechEng 699 |
Independent Study |
1-32 |
1Students who earn 3 or more credits of MechEng 699 may use only 3 of those credits as approved Free Technical Electives.
Group C Technical Electives: Take up to a maximum of 3 credits in this category.
EAS 001 |
Co-op Work Period |
3 |
| EAS 497 | Study Abroad | 3 |
MechEng 490 |
Professional Development Topics |
3 |
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University of Wisconsin-Milwaukee Undergraduate Catalog 2012-2013:
Mechanical Engineering
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