Core Requirements and MET Electives
MEEM
2500 Integrated Design and Manufacturing Focuses on practical
aspects of design and manufacturing. Covers fundamentals
of manufacturing processes and includes weekly lab providing
hands- on experiences with manufacturing issues that influence
component design. Incorporates computer-aided manufacturing
tools. PREREQ: ENG 1102 and MET1540 or MY2100
MET 1540 Materials Science Introduction to the fundamentals
of materials. Introduces mechanical properties, phase diagrams,
thermal processing, alloying, and corrosion. Examines material
selection with regard to design considerations.
MET 2120 Statics and Strength of Materials The statics portion
includes the study of forces, analysis of simple structures,
equilibrium, centroids and moment of inertia, and friction.
The materials portion considers stress and strain under
axial, torsional and bending loads. Laboratory exercises
include statics problem solving, materials testing, report
writing, and a discussion of materials and testing standards.
PREREQ: MA1030
MET 2130 Dynamics An introduction to particle and rigid
plane body kinematics and kinetics for technology students.
Inertia force, work-energy-power and impulse-momentum methods
are applied. Emphasizes development of student skills in
problem definition and problem solving. PREREQ: MET2120
MET 2400 Practical Applications in Parametric Modeling Intermediate
course intended to expand the students knowledge of computer
modeling techniques, introducing advanced assemblies and
GD&T concepts. Investigate advanced concepts available
to the designer. PREREQ: ENG1102
MET 3242 Machine Design I Kinematic analysis and design
of basic mechanisms. Belt, chain and gear drive design and
analysis. Cam design and analysis. Static and dynamic force
analysis. PREREQ: MET2130 and MA2140
MET 3250 Applied Fluid Mechanics Introduction to the basic
principles of fluid statics and dynamics for technology
students. Emphasizes applications in fluid transfer and
fluid power, including selection of components for efficient
system operation. A laboratory exposes students to current
design and testing practices. PREREQ: MET2130
MET 3450 Machine Design II A study of the fundamental principles
of mechanical design on an elemental basis. Develops principles
of statics and dynamics in the evolution of mechanical systems
under static and dynamic loads. PREREQ: MET3242
MET 3600 Applied Thermodynamics An introduction to engineering
thermodynamic principles for technology students. Topics
include, work, heat and temperature, pure substances, closed
and open systems, first and second laws of thermodynamics,
power and refrigeration cycles. PREREQ: MET3250
MET 4200 Design of Experiments This course provides basic
knowledge required to develop statistical experiments to
improve quality of process and products. The student will
begin designing simple experiments and expand to apply advanced
principles to study interaction between variables. A strong
foundation will be provided allowing the student to progress
to Taguchi experimental design techniques. PREREQ: MA2720
MET 4300 Applied Heat Transfer An introduction to heat transfer
principles for technology students. The course covers conduction,
convection and radiation heat transfer mechanisms. Practical
applications include thermal insulation, heat sink and heat
exchanger design. PREREQ: MET3600
MET 4377 Applied Fluid Power Covers hydraulic and pneumatic
components and systems used in industrial and mobile applications.
Includes component selection, open and closed loop circuit
operation and design, electrical controls, system maintenance,
noise and heat generation. Design projects are included.
PREREQ: MET3250
MET 4390 Internal Combustion Engines An introduction
to the basic principles and application of internal combustion
engines for technology students. Emphasizes design, development
and testing of engine components and systems. A laboratory
exposes students to current industry practices. Concurrent:
MET3600
MET 4400 Manufacturing Simulation Introductory course in
computer simulation designed to model processes found in
the manufacturing or service environment. Computer software
will be used to model real life problems, analyze alternative
solutions and generate recommendations. Projects involving
local manufacturing and service situations will be modeled.
PREREQ: MA2720 or MA2710 or MA3710
MET 4460 Product Design and Development A treatment of design
and development issues such as design for manufacturing,
prototyping, industrial design, and customer needs. Presents
integrated methodologies that examine marketing, manufacturing,
and cross-functional teams. Includes concurrent engineering
and projects utilizing CAD systems. PREREQ: Senior Standing
MET 4500 Lean Manufacturing, Principles, Concepts and Applications
Provides an understanding of current concepts required to
implement lean manufacturing in various manufacturing and
service sectors. Focus is on the essentials required to
provide products and services that meet customer demand
with reduced lead times, elimination of waste, and safety
improvements. PREREQ: MEEM2500
MET 4550 Computer Aided Manufacturing Course design to apply
techniques used in parametric modeling (CAD) and convert
this information to all phases of production planning, machining,
scheduling and quality control. PREREQ: MEEM2500 and MET2400
MET 4580 Facilities Planning, Layout and Process Flow This
course works through the basics of site selection, plant
layout, disaster control, energy conservation, and pollution
abatement. Attention will be given to equipment selection,
strategy and material flow. PREREQ: Senior Standing
MET 4590 Production Planning and Control This course includes
essential activities associated with both service sector
and manufacturing activities required to forecast, schedule
and determine functional requirements to produce a product
or service.
MET 4600 Computer Aided Methods in Thermal Science This
course makes extensive use of modern computer based tools
to solve problems in fluid mechanics, heat transfer and
thermodynamics. PREREQ: MET3600 and MET4300
MET 4660 Applied Finite Element Analysis Comprehensive use
of both computer derived solutions and experimental validation
of analytical and finite element solutions using methods
such as strain gages, photoelasticity and brittle coatings.
PREREQ: MET3450 and MET2400
MET 4670 Senior Project Completion and evaluation of design
projects using computer-aided engineering methods, physical
models, and/or prototypes. Evaluation and design optimization
methods for efficient and cost-effective designs. Oral/written
report and comprehensive exam. PREREQ: MET4460
MET 4780 Advanced Manufacturing Process An introduction
to advanced manufacturing processes, both traditional and
nontraditional. Study of both theory and practice will be
tied to laboratory experiments utilizing a spectrum of unique
materials and methods. PREREQ: MEEM2500
MET 4900 Alternative Energy Systems The course presents
an overview of world energy resources and energy consumption
trends. Conventional and emerging energy sources and conversion
methods are discussed in terms of their long term viability,
based on technical and political factors. PREREQ: MET3600
MET 4999 Senior Project Seminar Course designed to review
and evaluate the program objectives linked with industrial
partners and accreditation body. Focus given to preparing
the student to take the FE exam (Professional Engineer)
or the Certified Manufacturing Technologist, CMfgT.
