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Industrial Engineering Courses
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The
following identifies courses that have been approved by the faculty of the
Department of Industrial and Systems Engineering to meet elective
requirements for the undergraduate
Industrial Engineering Curriculum.
Please
note that some courses have prerequisite requirements that must be
satisfied.
It
is your responsibility to review the University Bulletin or the Handbook
of a particular department to determine prerequisite requirements and
catalog descriptions.
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| Health/Physical
Education Electives:
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Two
credit hours of Health/PE course(s) are required.
Any two 1 credit hour Physical Education/Health Education courses or PHED
200 (2 credit hours).
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| Industrial
and Systems Engineering Electives: |
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Select
ISE Technical Electives from the following courses;
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| GEEN
601 3(2-2) |
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Automation and market competitiveness, sensors and measurements, circuit board
design, material handling systems, production control, and CIMS. Laboratory
experimentation in selected modern manufacturing technologies. Prerequisite:
Senior standing in engineering
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GEEN 602 3(0-4) |
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Students work in interdisciplinary teams to design and manufacture products
based on the concepts acquired in Industrial Automation (GEEN601). Prerequisite:
GEEN601
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INEN 625 Industrial Information Systems (3-0)
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This course introduces the planning, design, implementation and evaluation of
industrial information systems. Analysis and design techniques, organization of
data, current software tools, and current database technologies are presented.
The role of information systems in global manufacturing, distribution, and
services is addressed. Design projects are required. Prerequisite: INEN 355 or
equivalent. |
| INEN
632 Robotic Systems and Applications 3(2-2) |
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This course addresses design, analysis, implementation and operation of
robotics in production systems. End effectors, vision systems, sensors,
stability and control off-line programming, and simulation of robotic
systems are covered. Methods for planning robotic work areas are
emphasized. Design projects are required. Prerequisite: INEN 410 or
equivalent. |
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INEN 635 Materials
Handling Systems Design 3(2-2) |
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This course focuses on design and analysis of materials handling and flow
in manufacturing facilities. Principles, functions, equipment and
theoretical approaches in materials handling are discussed. Tools for the
automation of materials handling are introduced. Design projects are
required. Prerequisite: INEN 365 |
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INEN 648 Industrial Biomechanics 3(3-0) |
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This course explains and analyzes the mechanical behavior of the musculoskeletal
system and component tissue during industrial work situations. Topics include:
biomechanical and musculoskeletal models, mechanical work capacity,
bioinstrumentation. Applications to human-machine systems design and analysis
are emphasized. Prerequisites: Senior/Graduate Standing. |
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INEN 658
Project Management and Scheduling 3(3-0)
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Project scheduling is addressed using Critical Path Method (CPM) and Project
Evaluation and Review Technique (PERT). Theory of scheduling is discussed.
Applications in flow shops, job shops, cellular manufacturing and project
environments are explored. Approaches used include mathematical optimization,
heuristics, and simulation. Design projects are required. Prerequisite: INEN
310. |
| INEN 660 Selected Topics in Engineering Variable Credits (1-3) |
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Selected engineering topics of interest to students and faculty. The
topics will be selected before the beginning of the course and will be
pertinent to the programs of the students enrolled. Prerequisite: consent
of the instructor. |
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INEN 664 Human Performance, Risk Analysis & Systems Safety 3(3-0) |
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This course addresses the relationship between system safety, risk and human
performance at work. Quantitative and qualitative methods of investigating and
analyzing accidents, system failures and risk in human-machine system
environment are discussed Design projects that incorporate Occupational Safety
and Health Act are emphasized. Prerequisite: INEN 275 and INEN 420. |
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INEN
665 Human-Machine
Systems 3(2-2) |
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This
course introduces behavioral and psychological factors such as sensory,
perception and attention, decision making and cognitive processes. This course emphasizes the applications of these factors to
the design and development of man-machine systems.
Design projects are required.
Prerequisite: Senior/Graduate
Standing |
