Engineering & Technology               Course Schedules The complete description of the Engineering & Technology Department is found in the College of Science & Technology. Internship information is available here. Distance Learning Courses:  Courses in the department approved for offering in a distance learning format include:  IET 357, 363, 367, 368     EGR 120 Introduction to Engineering  3(3-0) A general introduction to mechanical and electrical engineering with an emphasis on problem solving, engineering tools, engineering design processes, and teamwork. Prerequisite: MTH 106 or higher or permission of instructor. EGR 251 Engineering Statics  3(3-0) The course will cover free body diagrams and equilibrium of particles and rigid bodies, internal forces in machines, and beams, friction, and application to machines. Prerequisites: EGR 120, MTH 132, PHY 145. EGR 253 Engineering Dynamics  3(3-0) Kinematics and dynamics of particles and rigid bodies. Relationship between the forces acting on bodies, mass, and the motion of the body. Introduction to vibrations. Prerequisites: EGR 251, MTH 133. EGR 255 Strength of Materials  3(3-0) Mechanical stress and strain, deformation under tension and compression, torsion of shafts, beam bending stresses and deflections, design of beam and shafts. Prerequisites: EGR 251, MTH 133. EGR 290 Circuit Analysis I  3(3-0) A general introduction to elementary electrical rules, theorems, and laws applicable to DC circuits. Topics include: Ohm's Law, series circuits, and parallel circuits. Prerequisites: EGR 120, MTH 133, PHY 146. EGR 292 Circuit Analysis II  3(3-0) A general introduction to elementary rules, theorems, and laws applicable to AC circuits. Topics include: sinusoidal signals, phasors, and series and parallel AC networks. Prerequisites: EGR 290. EGR 294 Digital Circuits  3(3-0) Numbering systems, binary codes, logic gates, combinational and sequential logical circuits, programmable logic devices, synchronous and asynchronous state machine, and microcomputer memory devices. Prerequisites: EGR 290. EGR 296 Circuit Lab  3(1-4) General exposure to basic laboratory safety and equipment, measurement techniques, and hands-on experience to experimentally verify electrical and digital circuits. Prerequisites: EGR 292, EGR 294. EGR 355 Engineering Materials and Lab  3(2-2) An introduction to physical metallurgy and mechanical/electrical properties of engineering materials such as metals, ceramics, and polymers. Prerequisites: CHM 131 or 161; MTH 132, PHY 146. EGR 356 Thermodynamics I  3(3-0) Introductory course in engineering thermodynamics which covers general energy concepts, first and second laws of thermodynamics, entropy, processes, and power cycles. Prerequisites: CHM 131 or CHM 161, EGR 251, MTH 233, PHY 146. EGR 358 Fluid Mechanics  3(3-0) Study of the basic principles of fluid statics, fluid dynamics, Bernoulli's theorem, viscous flow, boundary layers, turbulence, pump selection, forces developed by fluids in motion. Prerequisites: MTH 133, PHY 145. EGR 359 Machine Design I  3(3-0) Introduction to machine design. Theories of failure and fatigue design, design of mechanical elements such as screws, fasteners, connectors, welded joints, and flexible mechanical elements. Prerequisites: EGR 255, IET 154, MTH 233. EGR 371 Robotics & Automation  3(2-2) Theory and application of robotics and automation including modeling of robot mechanism and driving components, robot control systems and components, robot motion control and programming. Prerequisites: CPS 180, EGR 251, EGR 296, MTH 232. EGR 390 Microelectronic Circuit I  3(3-0) A first course in modeling, characterization, application and design of semiconductor devices and integrated circuits. Prerequisites: EGR 292. EGR 392 Microelectronic Circuit II  3(3-0) Advanced transistor amplifier analysis, feedback effects, power amplifiers, op-amps, filters, oscillators, data and power converters, and CMOS digital circuits. Prerequisites: EGR 390. EGR 394 Computer Circuit Simulation  3(2-2) This course reinforces basic circuit analysis principles using PSpice software and teaches students various computer circuit analysis and design techniques. Prerequisites: EGR 296, EGR 392. EGR 396 Microprocessor Fundamentals  3(3-0) Introduction to architecture, operation, and application of microprocessor systems and microcontrollers. Prerequisites: EGR 294, EGR 390. EGR 398 Microelectronics and Computer Lab  3(1-4) Laboratory exploration of semiconductor devices, discrete and integrated amplifiers; feedback; microcomputer systems including input/output, assembly language programming and interrupt processing. Prerequisites: EGR 392, EGR 396. EGR 453 Vibration  3(3-0) Introduction to concepts such as natural frequency, damping, resonance. Free and forced vibrations of undamped and damped, single-degree of freedom, multi-degree of freedom systems. Prerequisites: EGR 253, MTH 232. EGR 456 Thermodynamics II & Heat Transfer  3(3-0) Continuation of Thermodynamics I. In addition, fundamentals of heat transfer are studied, including steady state and transient heat conduction, convection, and radiation. Prerequisites: EGR 356, EGR 358, MTH 232. EGR 458 Measurement and Instrumentation Laboratory  3(1-4) Theory and application of mechanical measurements, instrumentation, and computer-based data acquisition. Prerequisites: EGR 255, EGR 296, EGR 356, EGR 358, STA 382. EGR 459 Machine Design II  3(3-0) Force analysis, and design of spur, helical, and bevel gears. Antifriction bearings, lubrication and journal bearings, shaft design, mechanical spring, clutches, brakes, and couplings design. Prerequisites: EGR 253, EGR 359. EGR 490 Computer Data Acquisition & Instrumentation  3(3-0) Introduction to data acquisition using A/D converters; fundamentals of transducers; dynamic response; amplifiers; theory of A/D and D/A converters; error analysis-statistics. Prerequisites: EGR 396, STA 382. EGR 492 Automatic Control Systems  3(2-2) Theory and design of automatic control systems including modeling of physical systems, control system characteristics, system stability analysis, frequency response analysis, and PID controller design. Prerequisites: EGR 371, EGR 392, MTH 232. EGR 494 Power Electronics  3(3-0) Operating characteristics of Bipolar Junction Transistors, IGBTs, MOSFETs and Thyristors, power converters, ac/dc rectifiers and dc/ac inverters. Prerequisites: EGR 392. EGR 496 Communication Systems  3(3-0) Amplitude, frequency, and pulse modulation, narrow-band noise, signal-to-noise ratios, pulse shaping, timing recovery, carrier synchronization, sampling, quantization, and coding. Prerequisites: EGR 492, MTH 233, STA 382. EGR 498 Introduction to Electromagnetics  3(3-0) A study of static and time-variant electric and magnetic fields, plane waves, guided waves, transmission line theory, radiation and antennas. Prerequisites: EGR 292, MTH 232, MTH 233. EGR 499 Senior Design  3-6(Spec) The senior capstone course that integrates design methods and engineering techniques in the context of a team working on an industrial project. Prerequisites: Senior standing with at least 115 credits overall and 48 credits completed in a declared BSEE or BSME major; or department chair approval. IET 116 General Drafting 3(2-2) F, Sp An introduction to the language of industry; includes lettering, sketching, pictorials, multiview projection, dimensioning, auxiliaries, sections, developments, and computer-assisted drafting. Requires no previous experience. IET 120 Introduction to Engineering Technology 3(3-0) A survey of the engineering world with a technologist's perspective to provide the skills and knowledge required to pursue an engineering technology career. Prerequisites: MTH 105 or equivalent. IET 143 Introduction to Graphic Arts 3(2-2) F, Sp Letterpress, gravure, screen printing, bookbinding, and basic principles and processes of graphic reproduction. IET 154 Engineering Design Graphics 3(2-2) F, Sp Includes principles of orthographic projection, pictorials, descriptive geometry, the design process and computer graphics. Prerequisites: One full year of high school drafting or IET 116. IET 160 Wood Technology 3(1-4) F, Sp Design, development, and construction of wood prototypes, utilizing appropriate wood materials and supplies, involving efficient and safe use of tools, machines, and industrial processes. IET 170 Metal Technology 3(1-4) F, Sp Introduction to the processing of metal materials through casting, fabricating, machining, and basic welding. IET 180 Power and Energy Technology 3(2-2 ) F, Sp An introductory study of operational and scientific principles related to energy sources used as prime movers. To include gasoline, diesel, rotary, turbine, and jet engines. IET 182 Automobile Ownership and Maintenance 2(1-2) F, Sp Consumer protection course designed to provide fundamental mechanical understanding of the automobile. Lab activities include light repair and essential maintenance procedures. IET 190 Electronic Computer-Aided Design 3(2-2) Development and fabrication of printed circuit prototype boards for verification of new electronic circuit design and hardware packaging. Computer-aided design software packages and a circuit board development system are utilized. IET 197 Special Studies 1-6(Spec) D IET 225 Manufacturing Process Planning 3(3-0) D Study of the responsibilities and activities normally associated with process planning and its relationship to other manufacturing functions. Prerequisites: IET 170 or departmental permission. IET 227 Principles of Accident Prevention 3(3-0) D A survey of accident prevention including the home, consumer, fire, water, motor vehicle, work, school, and sports. IET 232 Technology for Children 2(1-2) F, Sp Apply creative thinking and problem solving skills to develop learning activities co-related with core curriculum concepts, utilizing materials, tools, and processes in cooperative learning environments. IET 238 Practicum in Industrial Education: Early Experience 1(0-2) F, Sp Explore industrial education teaching opportunities in various areas, grade level and geographic locations. Observe and assist the teacher and students in industrial education classes. IET 284 Fluid Power Technology 3(2-2) F, Sp A study of hydraulic and pneumatic technologies related to generation, transmission, and control of fluid power in fluid power systems. Prerequisites: IET 120, MTH 130; or IET 180, MTH 105; or permission of instructor. IET 291 Applied Electronics 3(2-2) F, Sp An introduction to the applications of basic electricity-circuit analysis, linear circuits, and digital circuits. (Not open to IET majors). Prerequisite: Math Competency. IET 292 DC Circuit Analysis 3(2-2) F, Sp Introductory dc circuit analysis including Ohm's law, Kirchoff's current and voltage laws, mesh and nodal analysis, Thevenin, Norton and maximum power transfer theorems. Prerequisites: MTH 105 or equivalent. IET 293 AC Circuit Analysis 3(2-2) F Introductory ac circuit analysis including sinusoidal signals, phasors, series and parallel ac networks, mesh and nodal analysis, network theorems, power triangle, power factor, and resonance. Prerequisites: IET 292; MTH 130 or equivalent. IET 294 Residential Electrical Wiring 3(2-2) D Development of knowledge and skills related to the installation of electric wiring systems in residential and light commercial applications. IET 297 Special Studies 1-6(Spec) D IET 326 Manufacturing Methods Analysis 3(3-0) D Study of methods, materials, tools and equipment for optimizing production operations. IET 327 Industrial Safety 3(3-0) F, Sp A study of the principles and practices of safety management with emphasis on occupational safety standards and loss control. IET 338 Practicum in Industrial Education: Affiliation 2(0-4) F, Sp Expand technical competency and instructional methodology in industrial education by observing and participating with a university faculty member in classroom and laboratory teaching activities. IET 343 Line Photography and Beginning Offset 3(2-2) F, Sp An introduction to photomechanical line processes and fundamental offset procedures. Includes lithographic film applications and offset duplicator operations. Prerequisite: IET 143. IET 346 Screen Printing 3(2-2) Sp An overview of principles, methods, and materials used in screen printing. Frames, fabrics, stencil materials, inks, substrates, and printing equipment will be examined. Prerequisites: IET 143. IET 349 Typography 3(2-2) Sp Fundamental concepts of typographical composition including history, design, and computer applications. Identical to ART 349. Credit may not be earned in more than one of these courses. Prerequisites: IET 143. IET 350 Mechanism Design 3(2-2) F Study of mechanisms with graphical and analytical analysis of displacement, velocity, acceleration, motion, gearing, gear trains, linkages, and cams. Prerequisite: MTH 106, 108, or 130. IET 351 Dynamics 3(3-0) F Study and engineering application of relationship between the forces acting on a body, the mass of the body, and the motion of the body Prerequisites: PHY 145; PHY 175 or 130; PHY 170. IET 352 Fluid Mechanics 3(3-0) Sp Study of the basic principles and their application to practical applied problems in the fluid statics, fluid dynamics, flow in pipes, and open channel flow. Prerequisites: PHY 145, 175; or PHY 130, 170. IET 354 Descriptive Geometry 3(2-2) F Instruction and exercises emphasizing the space relationships of points, lines, planes, and solids. Prerequisite: IET 154 or departmental permission. IET 356 Thermodynamics 3(3-0) F Study of thermodynamics and basic tools necessary to obtain quantitative solutions to common engineering applications involving energy and its conversion, conservation and transfer. Prerequisites: PHY 145 , 175; or PHY 130, 170. IET 357 Residential Architectural Graphics 3(1-4) F, Sp Modern house planning resulting in a complete set of plans and specifications. IET 358 Light Commercial Architectural Graphics 3(2-2) D Development of the architectural drawing techniques, basic construction methods and materials, details, and planning for light commercial building. Prerequisite: IET 357. IET 359 Computer-Aided Drafting 3(2-2) F, Sp Development and production of engineering and technical drawings via computer systems and specialized computer-aided drafting software packages; introduction to basic solid object modeling. Prerequisites: IET 116, 154; or departmental permission. IET 361 Construction Technology 3(1-4) Sp Laboratory and classroom experience designed to develop skills and knowledge relating to noncommercial construction. Field experiences are used when applicable. IET 362 Residential Finish Technology 3(2-2) Laboratory and classroom experience designed to develop skills and knowledge relating to residential finish technology and project close-out. Field experiences are used where applicable. Prerequisites: IET 361. IET 363 Building Code Enforcement 3(3-0) A comprehensive study of construction building code enforcement. Topics will include the permit process, inspection process, and the legal aspects of building code enforcement. Prerequisites: IET 361 or permission of instructor. IET 365 Plastics Technology 3(2-2) F, Sp Introduces basic polymer formulization, properties of plastics materials, methods of molding plastics, and the fabrication and decoration of plastic articles. IET 367 International Building Codes 3(3-0) Comprehensive study of the International Building Codes.  Topics include International Building, Electrical, Plumbing, Mechanical, and Fire Codes.  Prerequisite:  IET 361 or permission of instructor. IET 368 International Residential Code 3(3-0) Comprehensive study of International Residential Code for One and Two-Family Dwellings. Topics include all residence code requirements for building a home according to IRC 2000. Prerequisites: IET 361 or permission of instructor. IET 375 Robotics 3(2-2) A basic study of robotics including components, programming, and industrial applications. Prerequisite: IET 291 or 292, or permission of instructor. IET 376 Metal Processing I 3(1-4) D A study of fundamental machine tool and foundry processes. Prerequisite: IET 170 or departmental permission. IET 377 Numerical Control Programming 3(3-0) D Processes and techniques to produce and use programs for numerically controlled machines including manual and microprocessor methods. IET 379 Mechanics of Materials 3(3-0) D Introduction to methods of determining the internal stresses and deflections of basic load-carrying members of construction and machine applications. Prerequisites: PHY 145, PHY 175; or PHY 130, 170. IET 382 Vehicle Control Systems 3(2-2) F A study of principles of operation, diagnosis, and service procedures related to automotive steering, braking, and suspension systems. IET 385 Automotive Engines 3(1-4) F, Sp Design, construction, operation, and service procedures involved in both reciprocating and rotary engines. IET 388 Automotive Power Transmission 3(2-2) F A study of the various automotive power transmission components including clutches, transmission, drive shafts, and rear axle/differential assemblies. IET 390 Discrete Device Theory 3(2-2) F A comprehensive study of discrete devices and circuits, including diodes, transistors, single and multistage amplifiers, frequency response, and integrated operational amplifiers. Prerequisite: IET 292. IET 392 Linear Electronics 3(2-2) Sp A comprehensive study of operational amplifiers and their applications in the design and analysis of various amplifiers, comparators, oscillators, active filters, and power rectifiers. Prerequisites: IET 293, 390. IET 394 Digital Electronics 3(2-2) Sp A comprehensive study of digital integrated circuits including pulses, logic, counting, adding, subtracting, multiplying, shifting, decoding, encoding, multiplexing and memory storing. Prerequisite: IET 292. IET 397 Special Studies 1-6(Spec) D IET 420 International Engineering Technology 1-6(Spec) Engineering and technology applications, issues, and perspectives in international settings. Travel abroad required. May be repeated once. Any interested students should contact the IET Department. Prerequisites: Twelve units of IET credit, or permission of instructor. IET 425 Industrial Internship 2-8(Spec) F, Sp Supervised work experiences in industry. CR/NC only. Prerequisite: Departmental permission. IET 426 Plant Layout and Materials Handling 3(3-0) D Study of plant layout through the development of overall layout, area detailing, scale models, and drawing of flow diagrams. IET 427 Product Reliability and Safety 3(3-0) D A study of product reliability and safety factors affecting the design, production, distribution, sales, and use. Prerequisite: 12 hours of IET coursework, or permission of instructor. IET 428 Manufacturing Quality 3(3-0) D Study of specific quality techniques used by production departments to monitor processes, products, and reliability so quality can be improved. Prerequisites: Junior standing; permission of instructor. IET 429 Occupational Competency 1-30(Spec) D Credit by examination for work experience of background in a given technical area for which no transferable credit has been earned. Prerequisites: Certified record of work experience; approval of the department chairperson. IET 433 Problems and Methods of Teaching Industrial Education 3(3-0) F, Sp Preparation for teaching students of various ages, abilities, and interests in industrial education programs, encompassing relevant local, state, and national trends and philosophies. IET 435 Curriculum Development and Facility Planning 3(3-0) F, Sp Principles of curriculum development and facility planning. Open only to seniors. IET 437 Independent Study 2-5(Spec) F, Sp Individual investigation and research to increase ones technical competency. Prerequisite: Departmental preregistration. IET 438 Practicum in Industrial Education: Pre-Student Teaching 3(1-4) D A pre-student-teaching experience in performing various teaching responsibilities with public school students in a selected subject area, grade level, and geographic location. Prerequisite: Department preregistration. IET 443 Process Color Procedures 3(2-2) F A review of contacting and halftone procedures relating to the preparation of materials for four color process printing. Prerequisite: IET 143. IET 446 Advanced Camera Techniques 3(2-2) F An in-depth study of photo mechanical techniques and processes including continuous-tone production; half-tone procedure and problem solving for special copy. Prerequisites: IET 143, 343. IET 450 Machine Design Graphics 3(2-2) F, Sp Design layouts, calculations, and detail and assembly drawings of machines are made. Prerequisites: IET 359 or department permission. IET 451 Geometric Dimensioning and Tolerancing 3(3-0) F Complete fundamentals of Geometric Dimensioning and Tolerancing (GD&T) concepts as interpreted in the American National Standards Institute document ANSI Y14.5M, Dimensioning and Tolerancing. Prerequisites: One of: IET 116, 154, 359, or departmental approval. IET 452 Mechanical Laboratory 3(1-4) Experiments utilizing a variety of mechanical devices and systems to demonstrate fundamental concepts in mechanics, fluid mechanics, thermodynamics and heat transfer. Prerequisites: IET 351, 352, 356, 379; or permission of instructor. IET 454 Mechanical Design Problems 3(2-2) Sp Study of problem solving, applied mechanics, manufacturing methods, and the generation, transformation, or consumption of mechanical energy in the design of a mechanical system. Prerequisites: IET 379. IET 455 Tool Design 3(2-2) Sp Covers the process of planning and developing tools, fixtures, and devices for efficient and economical manufacture of a product. Prerequisites: IET 170, 359. IET 457 Computer-Aided Design 3(2-2) F, Sp Development and production of computer generated graphical images for solid-based models and basic system assemblies utilizing mass properties and boolean operations. Prerequisites: IET 359. IET 458 Advanced Computer-Aided Design 3(2-2) Sp Development and production of graphical image via advanced system assembly modeling operations, skinning operations, data base management; introduction to engineering analysis. Prerequisite: IET 457. IET 459 Computer-Aided Design Engineering Analysis 3(2-2) D Development and production of computer-generated graphical images for advanced finite element models, setting of load and thermal constraints; introduction to mechanism analysis. Prerequisites: IET 458. IET 465 Plastics Production Processes 3(1-4) D A study of the production of plastic materials and products involving experiences in injection, extrusion, compression, transfer and rotational molding, thermoforming, welding, and fiber-reinforced plastics. Prerequisite: IET 365 or equivalent. IET 475 Metallurgy and Materials Testing 3(2-2) Sp The study of physical metallurgy and material testing as they relate to metallic materials. IET 477 Computer-Assisted Numerical Control Programming 3(3-0) Sp Processes and techniques to produce and use programs for NC machines with main frame computer assistance in programming. Prerequisite: IET 377. IET 483 Automotive Electrical Systems 3(2-2) F Fundamentals and principles of servicing and repairing automotive electrical systems including the ignition, starting, charging, lighting, and electrical accessories systems. IET 485 Fuels and Lubricants 3(2-2) Sp A study of automotive fuels and fuel systems, engine emissions, and lubricants using and engine dynamometer and various ASTM fuel and lubricant testing procedures. Prerequisites: IET 385. IET 486 Automotive Testing 3(1-4) D A course designed to promote automotive-related testing and diagnostic procedures. Includes mechanical systems, electronic/electrical, fuel and lubricant ASIM tests. Prerequisites: IET 382, 483, 485. IET 492 Interfacing with Programmable Devices 3(2-2) F Theory and use of 4-through 32-bit microprocessing systems including system design, hardware configuration. 1/0 interfacing, filmware development and programming. Prerequisite: IET 394. IET 494 Data Acquisition and Control 3(2-2) F A comprehensive study of transducers, signal conditioning, multiplexers, A/D and D/A converters, control devices and speech synthesis/recognition. Prerequisite: IET 392. IET 497 Special Studies 1-6(Spec) D IET 499 Industrial Projects Capstone 3(1-4) The integration of appropriate methods, procedures, and techniques for the analysis of industrial projects and implementation of solutions via a team approach. Prerequisites: Senior standing with a declared B.S.E.T. major; or instructor approval. IET 500 Production Concepts 3(3-0) F, Sp Comprehensive review of current factors which influence productivity. Emphasis is placed on the integration of people, methods, machines, materials, and management. Prerequisite: Twelve IET credit hours. IET 501 Application of Industrial Management Principles 3(3-0) Sp A study of industrial management as a process of coordination that exhibits different patterns depending on the manager's level in the organization and functional responsibilities. Prerequisite: Twelve IET credit hours. IET 502 Computer Applications in Industry 3(3-0) Sp General/special purpose, digital/analog computer applications in industry and automation with emphasis on input/output devices and process control. Prerequisite: Twelve IET credit hours. IET 511 Arts and Crafts 2(1-2) F, Sp Advanced study in plastics, leather, art-metal, wood, and other craft areas. Prerequisite: IET 111 or 232. IET 524 Technology and Environment 3(3-0) F A study of the relationship between technology and environment. A systems approach is utilized to examine the optimization of technology within environmental constraints. Prerequisite: Twelve IET credit hours. IET 525 Hazardous Materials Technology 3(3-0) The course covers hazardous materials and related health, safety, and regulatory issues for persons conducting, supervising, and managing field activities. Prerequisites: IET 327; CHM 120 or CHM 131; junior or senior standing; or permission of instructor. IET 526 Industrial Ergonomics 3(2-2) The study of human characteristics, capacities and limitations for the design of productive, safe, and comfortable work spaces, tools, equipment, tasks, and facilities. Prerequisites: IET 327; or senior/graduate standing and permission of instructor. IET 527 Industrial Safety Management 3(3-0) D A comprehensive study of safety management systems and their implication related to accident cost analysis and to programs which comply with state and federal standards. Prerequisite: IET 327 or permission of instructor. IET 532 Careers and Technology for Children 3(2-2) F, Sp Developing interdisciplinary instructional units, manipulatives, and pedagogy to provide K-12 students with meaningful career awareness, exploration, and preparation experiences utilizing industrial materials, tools, and processes. Prerequisite: Junior, senior or graduate status in teacher education; or permission of instructor. IET 534 Design and Construction of Teaching Aids 2(1-2) Sp Workshop for planning and constructing three-dimensional teaching aids and devices in various curriculum areas of the elementary and secondary grades. Prerequisite: Senior status or permission of instructor. IET 543 Production Printing Methods 3(2-2) An overview of electronic prepress methods relating to the Macintosh computer environment. Prerequisites: IET 143, 349. IET 551 Coordination in Vocational Education 3(3-0) D Duties, problems, and techniques used in organizing and supervising cooperative education programs, partially designed to meet state certification requirements. Identical to BIS 451. Credit may not be earned in more than one of these courses. Prerequisite: A signed authorization. IET 561 Light Frame Construction Workshop 3(0-6) D A workshop on estimating, scheduling, building codes, and construction techniques for frame buildings. Prerequisites: IET 361. IET 567 Construction Safety 3(3-0) A comprehensive study of construction safety standards, practices, and procedures. Prerequisites: IET 361 or permission of instructor. IET 576 Industrial Automation 3(2-2) A study of electro mechanical devices, industrial robotics, programmable logic controllers (PLCs), and automated work cell designs. Prerequisites: IET 375; MTH 132 or 136; CPS 150 or 180; or permission of the instructor. IET 591 Construction Management 3(3-0) A comprehensive study of construction management standards, practices, and procedures with emphasis on the legal aspects of the private, federal, and state construction industries. Prerequisites: IET 361, 561; or permission of instructor. IET 592 Electronics Technology 2(1-2) F, Sp For individuals who wish to upgrade their electricity-electronic knowledge. Emphasis is placed on individual problems. Prerequisite: Twelve credit hours in electronics. IET 594 Research and Development Electronics 3(1-4) D An instructor approved project for individuals who wish to pursue a specialized interest integrating concepts from previous courses. Prerequisite: Twelve credit hours in electronics. IET 597 Special Studies 1-6(Spec) D For complete 600 and 700 level course descriptions consult the current Graduate Bulletin. IET 602 Current Concepts of Industrial Education 2(2-0) D For teachers and administrators who are interested in the role of industrial education. Problems and controversial issues are discussed. IET 619 Continuing Registration for Final Research Project 1(1-0) IET 625 Industrial Internship 2-6(Spec) F,Sp Experience in industry covering its general functions and/or specific experiences in a technical area. Prerequisite: Departmental permission. CR/NC only. IET 633 Seminar: Industrial Education 3(3-0) D Review current philosophies, concepts, and trends in industrial education programs related to career awareness, exploration, and preparation opportunities for students, including those with special needs. IET 635 Curriculum Development: Industrial Education 3(3-0) D Develop curriculum and instructional materials designed to maximize teaching effectiveness, enhance cooperative teaching relationships, and individualize instruction for all students including those with special needs. IET 636 Leadership Internship 2-6(Spec) F,Sp Supervised professional experiences in association with successful practitioners in a given area or field. Prerequisite: Coordinator's permission. CR/NC only. IET 694 Problems in Management and Technology 1-6 (Spec) F,Sp Individual investigation and research in industrial management or technology. Emphasis is placed on acquisition of knowledge and/or skills. CR/NC only. IET 695 Independent Study 2-6(Spec) F,Sp,Su Individual investigation and research in an area of industrial education. Prerequisite: Departmental permission. CR/NC only. IET 697 Special Studies 1-6(Spec) D IET 733 Practicum: Industrial Education/Special Education 3(Spec) D Cooperative involvement of industrial education and special education teachers in exploring career awareness, exploration, and preparation programs for all students, including those with special needs. Prerequisites: IET 633, IET 635, SPE elective, and permission of the professor. IET 735 Internship: Industrial Education/Special Education 3(Spec) D Creating, implementing, and evaluating career education components of industrial education programs designed to prepare students, including those with special needs, for employment Prerequisites: IET 633, IET 635, SPE elective, and permission of the professor. IET 790 Industrial Research and Development Methods 3(3-0) F,Sp A study of research and development methods used to investigate problems related to technological developments in production, communication, transportation, and energy systems. Prerequisite: 9 credit hours of IET 500 level or above courses or permission of instructor. IET 791 Independent Research 2-6(Spec) F,Sp,Su Prerequisites: EDU 581 or EDU 660 or equivalent and departmental permission. CR/NC only. IET 798 Thesis 1-6(Spec) F,Sp,Su Prerequisites: EDU 581 or EDU 660 or equivalent and approval of advisor. CR/NC only. Courses approved for offering in a distance delivery format are the following: IET 363 Building Code Enforcement 3(3-0) IET 368 International Residential Code 3(3-0) Credit Limitation. Courses numbered IET 597, 625, 636, 694, 695, and 697 are subject to graduate credit limitation under the policy covering unspecified content or variable credit. A maximum of one-third of the semester hours applied toward the Masters degree may be taken in courses of unspecified content and/or variable credit hours (excluding thesis and field study). Distance Learning Courses. Courses in the department approved for offering in a distance learning format include: IET 368.