Mechanical Engineering Technology (MET)
MET 190 Mechanical Tools I
4 semester hours
Prerequisite: None (Lec 2 hrs, Lab 4 hrs)
This course offers an introduction into shop safety, basic hand tools, basic machining concepts, quality measurement devices (e.g. tape measures, calipers, micrometers), basic blue print reading, dimensioning and tolerancing. Upon completion of this course, the student will have demonstrated the ability to properly and safely use, calibrate, and interpret the readings of these tools and instruments. The student will also be introduced to advanced machining technology. (F, Sp, on demand)
MET 191 Mechanical Tools II
4 semester hours
Prerequisite: MET 190 or equivalent experience or approval of program coordinator
(Lec 2 hrs, Lab 4 hrs)
This course offers continued emphasis on shop safety, quality measurement devices, and expands total quality management techniques such as control charts and SPC (statistical process control). The student will gain actual experience in processing work, selecting cutting tools, and setting feed and speeds using manually operated machines. In addition the student will learn how to program and operate CNC (computerized numerical control) equipment. Upon completion of this course, the student will have demonstrated the ability to design and safely process work projects using automated equipment. (on demand)
MET 192 Machinery’s Handbook Functions
3 semester hours
Prerequisite: None
This course covers the use of the Machinery’s Handbook. Topics include mechanics, feeds and speeds, horsepower, dimensioning, machine operations, manufacturing processes, machine elements, measuring units, and mathematics. Upon course completion, the student will be able to use the Machinery’s Handbook as a reference and guide to performing machining and mechanical operations. Another purpose is to provide the student with a working knowledge of what information the handbook contains and how to use the many references, guides, formulas and machining practices. (on demand)
MET 193 Introduction to Robotics
4 semester hours
Prerequisite: None (Lec 3 hrs, Lab 2 hrs)
This course introduces students to robotics. Topics include the types of robots, applications for their use, service and repair, safety issues, their operation and programming. A study of the history and future use is included. (F, on demand)
MET 201 Basic Computer-Aided Drafting
3 semester hours
Prerequisite: None (Lec 1 hr, Lab 4 hrs)
Introduction to computer-aided drafting (CAD). Topics include a review of multi-view projection, and introduction to the CAD program, zooming, snapping, coordinate schemes, copying, moving, plotting, layers, trimming, breaking blocking, inserting, and dimensioning. Upon completion of this course, a student will be able to draw and dimension the views which are necessary for a clear and complete description of rectilinear object using two-dimensional microcomputer techniques. (F, Sp, on demand)
MET 202 Advanced Computer-Aided Drafting
3 semester hours
Prerequisite: MET 201 or equivalent experience
(Lec 1 hr, Lab 4 hrs)
Continuation of MET 201. Topics include dimensioning, reflecting, polygons, arrays, utilities, sectioning, hatching, arcs, isometrics, rotating, attributes, filing, and enhanced lines. Upon completion of this course, a student will be able to draw and dimension isometric views, sectional views, and other views as necessary to clearly and completely describe an object using two-dimensional microcomputer techniques. (Sp, on demand)
MET 204 Basic Computer-Aided Modeling
3 semester hours
Prerequisite: MET 201 or equivalent experience
(Lec 1 hr, Lab 4 hrs)
Introduction to computer-aided modeling (CAM). Topics include three-dimensional drawing, filters, three-dimensional coordinates, view ports, meshes, surfaces, projections, model space, and model ports. Upon completion of this course, a student will be able to draw and dimension the wire-frame model of an object using three-dimensional microcomputer techniques. (F, on demand)
MET 211 Advanced Computer-Aided Modeling
3 semester hours
Prerequisite: MET 204 or equivalent experience
(Lec 1 hr, Lab 4 hrs)
Topics include projecting, model space, paper space, model view, external references and solid modeling. Students will work with Computer Aided Manufacturing (CAM) software and utilize manufacturing-related software. Upon completion of this course, a student will be able to draw and dimension the solid model of an object using three-dimensional microcomputer techniques and to manipulate a software to convert to formats usable by other softwares or manufacturing devices. (F Sp on demand)
MET 213 Manufacturing Methods
3 semester hours
Prerequisite: None
An introduction to manufacturing methods and processes. Topics include casting, molding, forming, machining, and welding. Upon completion of this course, a student will be able to identify, define, and describe the methods listed above. (on demand)
MET 220 Mechanical Systems I
3 semester hours
Prerequisite: None (Lec 2 hrs, Lab 2 hrs)
This course offers an introduction into mechanical systems. Topics include mechanical power transmission, motor mounting, shaft alignment, light weight belt and chain drives, torque, efficiency, gearings, gaskets, seals, gear drive maintenance, and safety. Upon completion of this course, the student will have demonstrated the ability to perform lockout/tagout, measure motor parameters, and install, align, remove, and maintain mechanical drive components. (F, on demand)
MET 233 Materials
3 semester hours
Prerequisite: None (Lec 3 hrs)
An introduction to the nature and properties of materials. Topics include atomic bonding, material structures, phase diagrams, heat treatments, metals, ceramics, plastics, and composites. Upon completion of this course, a student will be able to identify, classify, and/or describe a material and to solve for a single unknown material variable. (on demand)
MET 237 Inspection Principles
3 semester hours
Prerequisite: None (Lec 2 hr, Lab 2 hrs)
This course introduces the student to inspection processes including the coordinate measurement machine. Topics covered include inspection procedures, measuring devices, inspection techniques, and coordinate measurement machine techniques, Upon completion, the student will be able to verify part dimensions, location, and orientation of finished products and parts. (on demand)
MET 239 Geometric Dimensioning and Tolerances
2 semester hours
Prerequisite: None
This course serves as an introduction to geometric dimensioning and tolerancing for students who are pursuing careers in manufacturing technology or other related fields. Topics covered include fundamentals of symbols, terms used in application, positional tolerance applications, data frame and conversion tables. (Sp, on demand)
