| HFE/ISE
301/699: Statistical Methods for Testing Development and Manufacturing
Application
of statistical techniques to various engineering processes necessitates a
firm understanding of the statistical methods and procedures. This course
offers a comprehensive coverage of statistical tools and concepts such as
probability distributions, sampling theory,hypothesis testing, statistical
inference, correlation, regression,and analysis of variance. A review of a
statistical analysis tool will also be provided in this course.
HFE/CEG 465/665:
Interactive System Modeling, Analysis and Design
Design,
software implementation, and evaluation are important phases in the life
cycle of interactive systems development. This course will provide
students experience in interactive real-time simulation and design and
implementation of interfaces to simulations. Topics are explored through
application in supervisory control of complex, dynamic systems. Java will
be the programming language used for software development in the course.
ISE/HFE
471/671: System Performance Modeling
This
course introduces the student to quantitative and software modeling
techniques to analyze and predict performance of complex systems. Topics
include systems simulation, queuing models, statistical analysis, and
system design evaluation.
This
course contains two components: class room component and a laboratory
component. The class room component focuses on the concepts underlying
discrete-event simulation and queuing network models. The laboratory
component focuses on simulation modeling using ProModel on PCs. Computers
will be used extensively in this course.
HFE
890: Understanding and Aiding Human Decision Making
The
primary purpose of the course is to introduce the student to the methods,
concepts, models, and results of the science of decision-making and
human-centered design. Prescriptive and descriptive theories of human
decision making are discussed and contrasted. Approaches to aiding human
decision making are considered in the context of these theoretical
frameworks. Applications-oriented issues are emphasized.
HFE
890: Hybrid Modeling Methods for Logistics Readiness
This is
a graduate-level special topics course focused on logistics modeling and
employment of these models for decision making. The course is broad in
focus, capitalizing on research results attained by AFIT, WSU and UD team
during the HE-AFIT-99-10 DAGSI research effort. Instructions in this
course will also focus on the software modeling architecture developed in
this research.
HFE
499/699: E-course on Engineering Economics
The
emphasis of this course is for improved understanding of the principles of
science, engineering, and economics, coupled with relevant design
experience. Economics and design issues are inextricably linked in the
product/service life cycle. The course underscores the need for economic
understanding while making engineering decisions. The course aims at
bringing the realities of economics and engineering into the classroom and
to help students integrate these issues when contemplating many
engineering decisions.
BME
491/ISE 472: Engineering Design
This
course is the first one of the nine-credit capstone design curriculum and
is intended to integrate your previous coursework in the core engineering,
math, and science courses through team-oriented design of an engineered
product or a system. This course consists of classroom sessions and design
advising sessions. The classroom sessions will expose you to various
aspects of engineering design including the design process, engineering
ethics, and economic justification of designed products.
ISE/CEG
490 & CEG/HFE 690: Technology-Based Ventures
This
class will train students on methods to develop breakthrough products with
an entrepreneurial perspective and managerial outlook. Topics include
advanced product development, protecting intellectual property, fostering
strategic and creative thinking, effectively leading technology-driven
teams.
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