          
|
Industrial and Systems Engineering
Professors Gallimore, Narayanan (Chair), Phillips
Associate Professor Hill
Assistant Professors Ciarallo, Zhang
Lecturer Kender
The Department of Biomedical, Industrial and Human Factors Engineering offers
an undergraduate program in industrial and systems engineering leading to
the Bachelor of Science in
Industrial and Systems Engineering. The Industrial and Systems Engineering
program is accredited by the Accreditation Board for Engineering and Technology
(ABET). The Industrial and Systems
Engineering program emphasizes the evaluation, design, and improvement of
complex systems. The program recognizes the central role of people in
such systems, as both operators and
beneficiaries, and provides the breadth of knowledge necessary to design
systems from a user centered perspective. The curriculum provides a broad
basis in mathematics, science, and engineering including
core courses in industrial engineering and operations research while focusing
on the human aspects of system design. Students take a variety of courses
across traditional engineering disciplines as well
as other areas, depending on a chosen focus area of concentration. Core industrial
engineering topics include probability and statistics, ergonomics, system
design, optimization, simulation, production
systems, engineering economics, and software development.
Industrial and Systems Engineering Program Objectives
- Graduates are expected to utilize their knowledge and problem-solving
skills to design, develop, implement and improve integrated systems that
include people, materials, information, equipment and energy.
- Graduates are
expected to apply their math, science and engineering skills in professional
practice.
- Graduates are expected to apply user-centered design methodologies
in the development of integrated systems.
- Graduates are expected
to work productively in a team environment and communicate effectively,
both written and orally.
- Graduates are expected to have an
understanding of their role as engineers in the context of a global
society.
- Graduates are expected to succeed in professional
practice and/or graduate school.
|
The Industrial and Systems Engineering program emphasizes a broad background
in user-centered design within an industrial and systems engineering framework.
Students must choose electives within a focus area of application, in consultation
with an advisor. The focus area often leads to employment or advanced studies
in the area chosen. Currently there are five approved focus areas in industrial
and systems engineering: Human Integrated Systems, Ergonomic Systems, Computer
Science, Materials Science and Engineering, and Operations
Management. Students may also elect to pursue an honors thesis. In the capstone
course, students work in teams with a client from industry to identify and
solve a real-world design problem.
Graduates of the program pursue careers in a wide range of settings including:
manufacturing, health care delivery, information systems, aerospace, consulting,
and telecommunications. In addition, students may choose to continue their
education in graduate school.
Degree Requirements - Industrial and Systems Engineering
Bachelor of Science in Industrial and Systems Engineering Degree
See General Education Requirements
General Education Requirements* |
66 |
|
Required Substitutions |
Area I: MTH 299, 230 |
|
Area V: PHY 240/200, 242/202, 244/204 |
|
Area VI: College Component: EGR 190**
|
|
*Courses taken to satisfy GE requirements may not be counted toward the major.
**For incoming freshmen only. Other students should consult a department advisor.
|
Engineering Requirements |
98 |
|
Core Engineering Requirements: |
|
EGR 101, 482 |
|
BME 428 |
|
CEG 220 |
|
EE 301/302, 321 |
|
ME 212, 213, 315 |
|
Major Courses |
|
ISE 195, 301, 302, 406, 407, 451, 465,
470, 471, 472, 473, 474, 481, 482, 483
|
|
Related Course Requirements |
20 |
|
CHM 121 |
|
MTH 231, 232, 235
|
|
| Technical Communications Requirement |
3 |
|
EGR 335
|
|
Elective/Concentration Requirement
|
8
|
|
ISE Honors Thesis: |
|
ISE 499-9, 499-10 |
|
Human Integrated Systems: |
|
PHY 110, ISE 431 |
|
Ergonomic Systems: |
|
BME 420, ISE 480 |
|
*Computer Science: |
|
CS 240, 241 |
|
**Materials Science and Engineering |
|
Select two: ME 220, 370, 371, 472 |
|
***Operations Management Track: |
|
MS 307 and MS 320 |
|
| Total (minimum) |
195 |
|
Minor in Operations Management
Students who successfully complete the courses for the operations management focus area and meet
additional departmental requirements will receive a minor in operations management from the Raj
Soin College of Business. Interested students should apply to be admitted to the minor once they are
established in the industrial and systems engineering major and have achieved junior status. Students must
be enrolled in the minor in order to be permitted to sign up for courses in the operations management
track.
Certificate in Innovation and Entrepreneurship in High Technology
The purpose of this certificate program is to enhance the technical expertise and business acumen
of undergraduate students, regardless of professional pursuit. Upon completion of this
program, graduates will be knowledgeable about the technical processes that drive innovation and will
possess the business skills required of entrepreneurs.
| Certificate Requirements |
24 |
|
ISE 481, 490 |
8 |
MKT 475 |
4 |
MGT 499 |
4 |
ISE 499 (seminar) |
4 |
ISE 499 (team project) |
4 |
Honors Thesis
The honors thesis provides talented, highly motivated students the opportunity
to develop their interests and professional skills by pursuing carefully structured
programs of independent study
and research, which culminates in completion of the undergraduate honors
thesis.
|