        |
IE 3041. Industrial Assignment
I.
|
(2.0 cr; QP-ME upper division, registration in ME co-op program;
SP-ME upper division, registration in ME co-op program; A-F only)
|
Industrial work assignment in engineering intern program. Evaluation
based on student's formal written report covering semester's work
assignment.
|
| |
IE 4042. Industrial Assignment
II.
|
(2.0 cr; QP-ME undergrad, registration in ME co-op program; SP-ME
upper div, registration in ME co-op program; A-F only)
|
Industrial work assignment in engineering intern program. Evaluation
based on student's formal written report.
|
| |
IE 4043. Industrial Assignment
III.
|
(4.0 cr; QP-3742; SP-4042; A-F only)
|
Solution of system design problems that require developing criteria,
evaluating alternatives, and generating a preliminary design. Final
report emphasizes design communication and describes design decision
process, analysis, and final recommendations.
|
| |
IE 4521. Statistics, Quality, and
Reliability.
|
(4.0 cr; QP-Math 1261 or equiv; SP-Upper div or grad student or
CNR)
|
Random variables/probability distributions, statistical sampling/measurement,
statistical inferencing, confidence intervals, hypothesis testing,
single/multivariate regression, design of experiments, statistical
quality control, quality management, reliability, maintainability,
availability.
|
| |
IE 5080. Topics in Industrial Engineering.
|
(4.0 cr; QP-Upper div or grad student; SP-Upper div or grad student)
|
Topics vary each semester.
|
| |
IE 5111. Systems Engineering I.
|
|
(2.0 cr; prereq upper division or grad status)
|
This course provides a broad-brush overview of systems-level thinking and techniques in the
context of an integrated, design-oriented framework. It focuses on the elements of the systems
engineering process including lifecycle, concurrent, and global engineering. Students will exit
this course with a framework for engineering large-scale, complex systems.
|
| |
IE 5112. Introduction to Operations Research.
|
|
(3.0 cr; upper division or grad status in the non-IE
track [MSISYE -- IE track students may not take this course for credit.], Linear algebra at the
level of Math 2243 or Math 2373 and one semester of probability or statistics is required)
|
|
This course is a survey of Operations Research models and methods in deterministic and stochastic
settings. Topics covered include linear programming, integer programming, networks, forecasting,
Markov chains, and queuing systems. Examples from a variety of application areas, such as systems
engineering, logistics, design, and project management, will be included.
|
| |
IE 5113. Systems Engineering II.
|
|
(4.0 cr; prereq 5111, upper division or grad status, basic probability is required)
|
|
This course provides a more in-depth view of systems engineering thinking and techniques presented
in Systems Engineering I course. Students will gain a hands-on understanding of techniques learned
in Systems Engineering I, through application to specific problems. Additionally, the course will
introduce topics pertinent to the effectiveness of the design process including design practices,
organizational and reward structure required to support a collaborative, globally distributed
design team.
|
| |
IE 5441. Engineering Cost Accounting
and Cost Control.
|
(4.0 cr; QP-IT upper div or grad student; A-F only)
|
Financial accounting, managerial accounting, engineering economics.
Preparing financial statements, handling accounts payable and receivable,
inventories, depreciation. Financing sources, capital cost and structure.
Concepts of time value of money and risk used in managerial decision
making. Design of cost accounting system and activity-based accounting.
|
| |
IE 5511. Human Factors and Work
Analysis.
|
(4.0 cr; QP-Upper div IT or grad student or public health major;
SP-Upper div IT or grad student; A-F only)
|
Human factors engineering (ergonomics), methods engineering, and
work measurement. Human-machine interface: displays, controls, instrument
layout, and supervisory control. Anthropometry, work physiology and
biomechanics. Work environmental factors: noise, illumination, toxicology.
Methods engineering, including operations analysis, motion study,
and time standards.
|
| |
IE 5512. Applied Ergonomics.
|
(4.0 cr; QP-IEOR 5010 or IEOR 5070; SP-Upper div IT or grad student,
5511; A-F only)
|
Small groups of students work on practical ergonomic problems in
local industrial firms. Projects cover a variety of ergonomic issues:
workstation design, equipment and tool design, back injuries and material
handling, cumulative trauma disorders, illumination and noise, and
safety.
|
| |
IE 5513. Engineering Safety.
|
(4.0 cr; QP-IT or grad student; SP-Upper div IT or grad student;
A-F only)
|
Occupational, health, and product safety. Standards, laws, and
regulations. Hazards and their engineering control, including general
principles, tools and machines, mechanics and structures, electrical
safety, materials handling, fire safety, and chemicals. Human behavior
and safety, procedures and training, warnings and instructions.
|
| |
IE 5522. Quality Engineering and
Reliability.
|
(4.0 cr; QP-IT or grad student; SP-[4521 or equiv], [upper div
or grad student or CNR])
|
Quality engineering/management, economics of quality, statistical
process control design of experiments, reliability, maintainability,
availability.
|
| |
IE 5531. Engineering Optimization
I.
|
(4.0 cr; QP-Math 1261, [IT or grad student]; SP-Upper div or grad
student or CNR)
|
Linear programming, simplex method, duality theory, sensitivity
analysis, interior point methods, integer programming, branch/bound/dynamic
programming. Emphasizes applications in production/logistics, including
resource allocation, transportation, facility location, networks/flows,
scheduling, production planning.
|
| |
IE 5541. Project Management.
|
(4.0 cr; QP-IT sr or grad student; SP-Upper div or grad student)
|
This course is intended to provide an introduction to engineering project
management. Its objective is to expose students to analytical methods of
selecting, organizing, budgeting, scheduling, and controlling projects,
including risk management, team leadership, and program management.
|
| |
IE 5545. Decision Analysis.
|
(4.0 cr; QP-IT sr or grad student; SP-4521 or #)
|
Normative theories of decision making. Emphasizes structuring of
hard decision problems arising in business and public policy contexts.
Decision trees, expected utility theory, screening prospects by dominance,
assessment of subjective probability, multiple attribute utility,
analytic hierarchy process, benchmarking with data envelopment analysis,
basics of game theory.
|
| |
IE 5551. Production Planning and
Inventory Control.
|
(4.0 cr; QP-[IT or grad student], IEOR 5040, ME 3900; SP-Upper
div or grad student or CNR)
|
Inventory control, supply chain management, demand forecasting,
aggregate planning, capacity planning, material requirement planning,
just-in-time manufacturing, cellular manufacturing, production scheduling,
line balancing, shop floor control.
|
| |
IE 5552. Design and Analysis of
Manufacturing Systems.
|
(4.0 cr; QP-IT or grad student, IEOR 5010, IEOR 5020, IEOR 5030,
IEOR 5040; SP-Upper div or grad student)
|
Flow lines, assembly systems, cellular manufacturing systems, and
flexible manufacturing systems. Emphasis is on methodologies for modeling,
analysis and optimization. Lead time analysis, capacity and workload
allocation, scheduling and shop floor control, work-in-process management,
facilities planning and layout, and information management.
|
| |
IE 5553. Simulation.
|
(4.0 cr; upper division or graduate status; some familiarity with probability and statistics is
desirable)
|
Discrete event
simulation. Using integrated simulation/animation environments to create,
analyze, and evaluate realistic models for use in various industry
settings, including manufacturing and service operations and systems
engineering. Experimental design for simulation. Selecting input
distributions, evaluating simulation output.
|
| |
IE 8333. FTE: Master's.
|
(1.0 cr; SP-Master's student, adviser and DGS consent)
|
(No description)
|
| |
IE 8444. FTE: Doctoral.
|
(1.0 cr; SP-Doctoral student, adviser and DGS consent)
|
(No description)
|
| |
IE 8531. Engineering Optimization
II.
|
(4.0 cr; QP-5040)
|
|
Topics in integer programming and combinatorial optimization. Formulation
of models, branch-and-bound. Cutting plane and branch-and-cut algorithms.
Polyhedral combinatorics. Heuristic approaches. Introduction to
computational complexity.
|
| |
IE 8532. Stochastic Processes and
Queuing Systems.
|
(4.0 cr; QP-5441; SP-4521 or equiv)
|
Introduction to stochastic modeling and processes. Random variables,
discrete and continuous Markov chains, renewal processes, queuing
systems, Brownian motion, and elements of reliability and stochastic
simulation. Applications to design, planning, and control of manufacturing
and production systems.
|
| |
IE 8533. Advanced Stochastic Processes
and Queuing Systems.
|
(4.0 cr; SP-8532 or #)
|
Renewal/regenerative processes, Markov/semi-Markov processes, martingales,
queuing theory, queuing networks, computational methods, fluid models,
Brownian motion.
|
| |
IE 8534. Advanced Topics in Operations
Research.
|
(4.0 cr; SP-5531)
|
Special topics to be determined by the instructor. Examples include
Markov decision processes, stochastic programming, integer and combinatorial
optimization, or queueing networks.
|
| |
IE 8536. Advanced Topics in Engineering
Management.
|
(4.0 cr; SP-#)
|
A wide range of topics in areas such as financial engineering,
revenue management, management of health systems, service operations,
management of technology, and public policy.
|
| |
IE 8538. Advanced Topics in Information
Systems.
|
(4.0 cr; SP-8541 or #. Any college-level computer programming course)
|
This course builds on the foundations of decision support taught
in IE 8541 Decision Support Systems. Students will explore additional
decision support methods using case studies of specific systems. The
course will teach methods for testing usability and performance of
systems. Phenomena such as trust (or lack there of) and over-reliance
will be discussed along with their impact on system performance. System
level issues, as well as general planning, design, and information
analysis problem paradigms will also be presented in order to help
students understand how to frame problems effectively. Techniques
learned will be critical in helping students to combine engineering
and 21rst century information technology.
|
| |
IE 8541. Decision Support Systems.
|
(4.0 cr; SP- Any college-level computer programming course.)
|
Intelligent Decision Support Systems (DSSs) are an important class
of computer tools which will become increasingly critical in helping
businesses stay competitive in the 21st century. DSSs are intelligent
computer tools assist people such as designers, process planners,
and analysts in making decisions better or faster. DSSs come in many
forms. They may automatically generate solution options to help speed
problem solving, act as a critic to identify problems, or they help
in evaluation. As we move into the next century engineering technologies
will become more complex and competition fiercer, increasing the need
for the DSSs in order to stay competitive.
|
| |
IE 8552. Advanced Topics in Production,
Inventory and Distribution Systems.
|
(4.0 cr; QP-5361; SP-5551, 5552)
|
This course will focus on cutting edge research issues in production,
inventory and distribution systems. Topics will vary. Examples of
such topics include stochastic models of manufacturing systems, stochastic
inventory theory, multi-echelon inventory systems and supply chains,
supplier-retailer and supplier-manufacturer coordination, supplier
and warehouse networks, business logistics, and transportation.
|
| |
IE 8560. Plan B Project Credits.
|
(1.0-6.0 cr)
|
(No description)
|
| |
IE 8666. Doctoral Pre-Thesis Credits.
|
(1.0-18.0 cr; SP-Max 18 cr per semester or summer; doctoral student
who has not passed prelim oral)
|
(No description)
|
| |
IE 8773. Graduate Seminar.
|
(1.0 cr; S-N only)
|
Recent developments.
|
| |
IE 8774. Graduate Seminar.
|
(1.0 cr; QP-8773; SP-8773; S-N only)
|
Recent developments.
|
| |
IE 8777. Thesis Credits: Master's.
|
(1.0-18.0 cr; SP-Max 18 cr per semester or summer; 10 cr total
required (Plan A only))
|
(No description)
|
| |
IE 8794. Industrial Engineering
Research.
|
(1.0-6.0 cr; SP-#)
|
Directed research.
|
| |
IE 8888. Thesis Credits: Doctoral.
|
(1.0-24.0 cr; SP-Max 18 cr per semester or summer; 24 cr required)
|
(No description)
|
| |
IE 8951. Plan B
|
(1.0 cr; SNV - S-N or Audit; Fall semester)
|
Structured environment in which students can complete
M.S. Plan B project.
|
| |
IE 8953. Plan B
|
(2.0 cr; AFV - A-F or Audit; Spring semester)
|
Structured environment in which students can complete
M.S. Plan B project.
|
| |
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