101 Introduction to Computer Graphics and Animation (3)
Fundamentals of computer graphics and animation; two, three and four dimensional computer graphics; engineered product layout and marketing; image and object types. 2 Lecture, 2 Lab.
132 Engineering Graphics (3)
Forms of industrial drawing; orthographic and pictorial projections, sketching and basic drawing board procedures. 2 Lecture, 2 Lab.
141 Engineering Materials and Processes (3)
Fundamentals of industrial materials, their mechanical, physical, and chemical nature as related to manufacturing processes. 2 Lecture, 2 Lab.
151 Computer Graphics for Documentation and Layout (3)
An introduction to reverse engineering as applied to systems; geometric dimensioning and tolerances, codes and symbols; two-dimensional projects related to engineered systems documentation and layout. PREQ: MET 132. 2 Lecture, 2 Lab.
190 Technology Systems (3)
A study of technology systems and processes in order to develop an understanding of the history and impact of technology systems on individuals, the environment, society, and the global community.
231 3-D Computer Modeling and Rapid Prototyping (3)
Exposure to the broad spectrum of automated graphics and computer-aided design. PREQ: 132. 2 Lecture, 2 Lab.
232 Statics and Strength of Materials (3)
Study of forces and the effect of forces acting on static bodies, including the stresses and deflections or deformations from applied loads. PREQ: 132; MATH 146; PHYS 130.
331 Quality Systems (3)
Techniques for monitoring and assuring quality. PREQ: 141 and MATH 170; or permission of instructor.
335 Occupational Safety Standards (3)
Standards and practices for industrial and educational safety related to local, state, and federal safety regulations.
336 Environmental Instrumentation (3)
Basic instrumentation techniques used to measure industrial safety and health hazards. PREQ: 335. 2 Lecture, 2 Lab.
337 Management of Safety Systems (3)
Comprehensive, organized management approach for identifying, measuring, and reducing operational errors leading to accidents. PREQ: 335.
338 Fire Control and Compliance Management (3)
Emergency planning, compliance with standards, recognition of fire hazards, implementation of controls, and extinguishing agents and methods. COREQ: 335.
341 CAM Systems (3)
Manufacture of 2D and 3D parts utilizing computer-aided manufacturing equipment and software. Conversion of CAD designs into numerical control programs for milling and turning. PREQ: 231, 242, and MATH 146. 2 Lecture, 2 Lab.
349 Rapid Tooling and Prototyping (3)
Prototyping methods and rapid tooling practices for product fabrication. Emphasis on computer methods, 3D prototyping, CNC machining and tooling systems. PREQ: PHYS 130, MATH 144 or 145, ET 231. 2 Lecture, 2 Lab.
351 Engineering Analysis (3)
Emphasis on real world application of engineering derivatives, integrations, rates of change, limits, functions, trigonometric functions, and problem solving methodology. Utilization of Microsoft Excel and Matlab.
352 3D Computer Graphics and Animation (3)
Intermediate constraint-based parametric modeling applied to architecture construction and the production of fully rendered and animated structures and systems. PREQ: 242. 2 Lecture, 2 Lab.
353 Advanced 3D Computer Graphics and Animation (3)
Advanced constraint-based parametric modeling applied to mechanical design assemblies, structures, and general object types. PREQ: 352, MET 231. COREQ: 410. 2 Lecture, 2 Lab.
362 Engineering Logistics (3)
A study of various aspects of logistics and industrial distribution in the engineering domain. PREQ: 132, 141.
389 Cooperative Education (3, R9)
See Cooperative Education Program.
410 Parametric Modeling in Engineering Design II (3)
Intermediate to advanced constraint-based parametric computer modeling applied to mechanical/industrial design components and mechanisms. PREQ: MET 231. COREQ: 353. 2 Lecture, 2 Lab.
420 Polymer Technology (3)
Industrial fabrication techniques; topics in polymer science and mold construction. 2 Lecture, 2 Lab.
421 Ergonomics (3)
Theories and applications of ergonomic principles for the workplace. Topics include ergonomic tools, standards, guidelines, training programs, case studies, work-site analysis, common occupational injuries. PREQ: Junior standing or permission of instructor.
422 Advanced Polymer Technology (3)
Theory and application of molding processes; emphasis on thermoplastic and thermoset injection; topics in polymer science and microprocessing.
423 Fluid Systems (3)
Basic fluid mechanics; hydraulic and pneumatic systems used in industrial manufacturing processes. PREQ: MATH 144 or 145, PHYS 130. 2 Lecture, 2 Lab.
425 Metrology and Rapid Prototyping (3)
Dimensional metrology, coordinate measuring machine, GD&T, engineering drawing interpretation, and fundamental technologies that enable the various forms of rapid prototyping. PREQ: MATH 144 or 145, PHYS 130, ET 151 or permission of instructor. 2 Lecture, 2 Lab.
434 Plant Layout (3)
Problem analyses and design of plant facilities; plant layout, material flow, and handling; physical storage systems. PREQ: Technology major and senior standing.
435 Technology and Civilization (3)
The interdependence of society and technology; modern industrial processes; use of energy and material resources; pollution; population explosion; food supplies.
436 Engineering Economic Analysis (3)
The study of economics as applied to engineering decision making. PREQ: 342 and MATH 144 or 145 or permission of instructor.
441 Power Transmission Systems (3)
The study of hydrostatic fluid power components and systems specifically focused on industrial and manufacturing applications. PREQ: 231 and PHYS 130 and MATH 153 or permission of instructor. 2 Lecture, 2 Lab.
449 Advanced Rapid Tooling and Prototyping (3)
Advance prototyping methods and rapid tooling practices for product design and fabrication. Advanced machining, tooling, and metrology will be covered. PREQ: 349. 2 Lecture, 2 Lab.
461 Engineering Project Management (3)
Engineering project management is a technique for accomplishing specialized missions or work when normal organizational structure or methods are not sufficient.
470 AIDC for the Enterprise (3)
A study of methods and systems used to automate data collection and the identification of physical objects. PREQ: ECET 301 or permission of instructor. 2 Lecture, 2 Lab.
472 Automated Systems (3)
Electronic sensing, logic, and control functions applied to automated systems. PREQ: ECET 301. 2 Lecture, 2 Lab.
478 Integrated Systems Project (3)
Organizing, planning, and implementing a project using acceptable industrial techniques culminating in a formal written report and oral presentation. 1 Lecture, 4 Lab.
479 Computer Graphics and Animation Portfolio Project (3)
Organizing, planning, and implementing a computer graphics and animation project using acceptable techniques culminating in a formal written report, portfolio, and oral presentation. PREQ: Permission of instructor. 2 Lecture, 2 Lab.
480 Independent Study (1-3, R6)
Independent study in industrial, technical, or vocational education; project required. PREQ: Permission of adviser and instructor.
493 Special Topics (1-3, R6)
PREQ: Permission of instructor.
495 Engineering Technology Seminar (3)
Trends, issues, and selected topics pertinent to current operations and practices. PREQ: Engineering technology major and senior standing. Seminar.
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Last updated: 12/6/2004.
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