MET COURSESMET 105 It's a Material World 4(3-2) Studies and laboratory experiments on modern materials, their behavior and their role in the environment. Review of materials' impact on society.
MET 111 Introduction to Drafting 3(0-6) Professional drafting techniques, lettering, line quality, scales and measurements to include metric, geometric constructions, orthographic projections, technical sketching, sectioning, isometric and auxiliary views.
MET 112 Computer-Aided Drafting 3(1-4) Computer-aided drafting to include geometric constructions, orthographic projections, sectioning and dimensioning.
MET 203 Manufacturing Processes I 4(3-2) Introduction to basic processing of materials into useful products. A study of materials selection process based on manufacturing operations. Laboratory study of manufacturing techniques.
MET 204 Manufacturing Processes II 3(2-2) A continuation of MET 203.
MET 291 Special Topics (1-3 VAR) Experimental courses on a topic of current interest taught at the lower division level.
MET 311 Quality Control 3(3-0) A study of quality control, program planning and production analysis.
MET 315 Nondestructive Testing 3(2-2) Determination of quality without change to the material through non-obtrusive examination. Laboratory using dye penetrants, X-ray, etc. to perform NDT.
MET 322 Dynamics of Machinery 3(3-0) Basic concepts and application of forces in dynamic and accelerated situations.
MET 341 Thermal and Fluid Principles I 3(3-0) An introduction to the basic principles of thermal and fluid energy and flow relationships.
MET 352 Design of Machine Elements 3(2-2) Fundamental concepts in the correct design of the separate elements which compose machines, application of properties and mechanics of materials modified by practical considerations.
MET 356 Basic Design Principles 2(2-0) A study of the progressive stages of investigating, designing, developing, building and testing of a mechanical process or product.
MET 361 Computer Integrated Manufacturing 3(2-2) A study of computer control in the manufacturing process. Laboratory in operation of computer control processes.
MET 371 CNC Machine Tools 3(2-2) Principles of numerical control and computerized numerical control machine tool programming and operation. Machining of parts and programming using CNC lathe and milling machines.
MET 441 Thermal and Fluid Principles II 3(2-2) A study of the controlling factors that influence the design of thermal and fluid systems. Conduct experiments to confirm effects on these systems.
MET 442 Design of Energy Systems 3(2-2) A study of applied technology topics in the conversion, storage, and use of a variety of energy sources. Experimental study of selected energy technologies.
MET 451 Industrial Robotics 3(2-2) An inspection of the history of robotics. Study of control and application of robotics in society. Laboratory in programming and operation of robotics.
MET 452 Heating, Ventilating and Air Conditioning 3(2-2) Principles and applications of heating, ventilation and air-conditioning (HVAC). Extensive experimentation with a climate controlled laboratory to measure HVAC effectiveness.
MET 456 Senior Project 2(1-2) The design, analysis, and fabrication of mechanical engineering Technology projects by student teams.
MET 460 Instrumentation and Control Systems 3(2-2) A study of the use of instrumentation in experimental measurements, laboratory and production environments, and control of processes. Laboratory study of instrumentation and control.
MET 491 Special Topics (1-3 VAR) Experimental courses on a topic of current interest taught at the upper division level.
MET 495 Independent Study (1-3 VAR) Prerequisite: junior standing in MET. (*)
MET 496 Cooperative Education Placement (1-4 VAR) Work experience under the direction of field supervisor and faculty member.
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