BS Mechanical Engineering (94.598.5 hours*)
This is a limited-enrollment program requiring departmental admissions
approval. Please see the college advisement center or the department
office for information regarding requirements for admission to this major.
Major Requirements
| 1. |
Complete the following preprofessional requirements:
Chem 105.
CE En 103.
Math 112, 113.
Me En 172, 191.
Phscs 123 (students without high school physics should
start with Phscs 121). |
| 2. |
Complete the following supporting courses:
CE En 203, 204.
EC En 301.
Engl 316.
Me En 250, 282.
Phscs 220.
Stat 361. |
| 3. |
Complete one of the following advanced mathematics
sequences. Students who desire a more intensive experience in
mathematics should choose option b. Those who choose
option b may obtain a math minor by taking one additional
course (see the Mathematics section of this catalog for more d
etails): |
| |
a. |
Math 302, 303. |
| |
b. |
Math 214, 334, 343. If this sequence is chosen, Math 343
may be used as a technical elective under requirement 5
below. |
| 4. |
Complete the following professional requirements:
Me En 312, 321, 335, 340, 363, 372, 373, 475, 476. |
| 5. |
Complete 15 hours (five courses) of technical electives. The
purpose of these courses is to strengthen the engineering
education of the student by |
| |
a. |
deepening the students understanding of engineering
fundamentals, |
| |
b. |
helping the student learn to apply engineering
fundamentals in specific areas of interest, and |
| |
c. |
helping the student to develop critical skills related to
engineering practice. |
|
The technical electives are normally 400-level mechanical
engineering courses (3-credit-hour maximum in Me En 595R
or other project classes).
Other courses may be used within the following
limitations: |
| |
|
At least three courses must be in mechanical engineering. |
| |
|
500-level courses are available for exceptional
undergraduates. |
| |
|
No courses may be below the 300 level. |
| |
|
All courses must be of an acceptable level from mechanical
engineering, civil engineering, chemical engineering,
computer engineering, electrical engineering, mathematics,
statistics, physics, chemistry, or computer science or the
approved list in the department office.
If a student wishes to take an elective outside these
areas, approval to count the course as an elective must be
granted before the course is taken. Approval is requested by
submitting to the department undergraduate committee a
one-page petition that lists all of the proposed electives and
demonstrates how the proposed exception meets the
purpose described above. |
| |
|
No course may duplicate another course used to satisfy
graduation requirements. |
Manufacturing Option
The Society of Manufacturing Engineers has identified four areas
of competency for manufacturing engineering as follows: (1)
materials and manufacturing processes; (2) process, assembly and
product engineering; (3) manufacturing competitiveness; and (4)
manufacturing systems design.
An option in manufacturing engineering is available for
mechanical engineering majors. It may be completed by taking 12
hours of technical electives from the following three areas (which
may be counted against the 9 hours of mechanical engineering
electives) according to the following requirements:
| 1. |
Complete the following:
Me En 585. |
| 2. |
Complete one or more courses from the following:
Me En 482, 486, 537. |
| 3. |
Complete the 12-hour requirement with courses from the
following:
Me En 452, 456, 477, 558, 584. |
When combined with required courses for all mechanical
engineering majors related to manufacturing, namely Me En 250,
282, 475/476, and Stat 361, this option provides a strong
foundation in manufacturing engineering.
*Hours include courses that may fulfill university core
requirements.