Department of Engineering Technology Main Departmental Office Engineering Technology Building, 106 P.O. Box 13198 Denton, TX 76203-6198 (817) 565-2022 Fax: (817) 565-2666 Albert B. Grubbs Jr., Chair Faculty Professors Grubbs, Jones, McNeill. Associate Professors Foster, Kozak, Plummer. Assistant Professors Cunagin, Hayes, Koonce, Watt, Wong. Lecturer Radman. Introduction Engineering technology, as defined by the Engineering Technology Council, is the profession in which a knowledge of mathematics and natural sciences gained by higher education, experience and practice is devoted primarily to the implementation and extension of existing technology for the benefit of humanity. The increasing technological aspects of all modern activities have led to the need for highly skilled persons to design, construct, install, maintain, manage, operate, produce and sell sophisticated technical systems and products. The departmental programs emphasize the application of theoretical concepts. Classes of carefully coordinated laboratory experiences and lectures are utilized. The courses emphasize theoretical concepts and principles for solutions applicable to modern technological problems. Students are prepared for rapidly changing life experiences with mathematics, science and general education. This preparation is designed to enable graduates to remain current, as well as advance, in their professional field. Programs of Study The department offers undergraduate and graduate programs in engineering technology. The Bachelor of Science in Engineering Technology is available with concentrations in construction, electronics, manufacturing, mechanical design and nuclear technology. The nuclear technology concentration is available only at the Texas Utilities Electric Comanche Peak Steam Electric Station. The department offers a Master of Science with a major in engineering technology. Bachelor of Science in Engineering Technology Degree Requirements Candidates for the Bachelor of Science must meet the following requirements. 1. Hours Required for the Degree: Completion of a minimum of 131 total semester hours; 42 must be advanced. 2. General University Requirements: See "General Degree Requirements" in the Academics section of this catalog. 3. College of Arts and Sciences Core Curriculum: Minimum 61 hours (includes requirements of University Core Curriculum). See "Arts and Sciences Core Curriculum" in the College of Arts and Sciences section of this catalog for specific core requirements and list of approved courses. See four-year plan for exact hours and modifications. 4. Major Requirements: 63-69 hours from one of five concentrations chosen with the advice of an academic adviser within the department. 5. Minor Requirements: The above major integrates the traditional major and minor requirements. No additional hours required for a minor. 6. Electives: Elective courses within each concentration must be approved by the student's academic adviser. 7. Other Course Requirements: MATH 1650, 1710 and 1720. Students registering for fall or spring semester must register for mathematics until the requirement has been satisfied, unless approved by the department chair. 8. Other Requirements: PHYS 1710/1730 and 2220/2240 and CHEM 1410/1430 and 1420/1440 must be taken to satisfy the laboratory science requirement of the Arts and Sciences Core. The English requirement is met by the following courses: ENGL 1310, 2700, 2210 and 2220. A 2.5 GPA is required for engineering technology courses in the area of concentration. DRED (Traffic Safety) courses may not be used to satisfy any portion of a degree in the College of Arts and Sciences. Construction Technology (CNET) The construction concentration is designed for those students interested in the pursuit of a professional career in construction and related industries. The program provides a broad knowledge of construction materials, equipment, building systems, procedures and energy-efficient construction. The study of construction methodology provides a sound basis for the pursuit of professional careers in various phases of the construction industry. The goal of the program is to provide qualified personnel for construction, management, supervision and design of residential and commercial projects. Technical managerial skills acquired in the program provide for numerous professional opportunities. BS in Engineering Technology Following is one suggested arrangement of courses distributed over four years. BS in Engineering Technology Concentration in Construction Technology FRESHMAN YEAR FALL HOURS ENGL 1310, College Writing I 3 CNET 1160, Construction Methods and Materials I{1} 4 MATH 1650, Pre-Calculus{2} 5 CHEM 1410, General Chemistry 3 CHEM 1430, General Chemistry Laboratory 1 Total 16 SPRING HOURS ENGL 2210, World Literature 3 HIST 2610, United States History to 1865{3} 3 CNET 2160, Construction Methods and Materials II 4 MATH 1710, Calculus I 4 CHEM 1420, General Chemistry 3 CHEM 1440, General Chemistry Laboratory 1 Total 18 SOPHOMORE YEAR FALL HOURS ENGL 2220, World Literature 3 MATH 1720, Calculus II 3 CNET 2170, Plane Surveying 4 CNET 2300, Architectural Drawing 3 CNET 3120, Environmental Control Systems 3 COMM 2040, Public Speaking 3 Total 19 SPRING HOURS ENGL 2700, Technical Writing 3 PSCI 1040, American Government 3 PHED 1000, Scientific Principles and Practices of Health-Related Fitness, or DANC 1100, Stress Reduction through Movement 2-3 CNET 2220, Technical Statics 3 CSCI 1110, Program Development 3 PHYS 1710, Mechanics 3 PHYS 1730, Laboratory in Mechanics 1 Total 18-19 JUNIOR YEAR FALL HOURS MDET 3330, Computer-Aided Design 4 CNET 3150, Construction Contract Documents 3 CNET 3420, Industrial Materials Testing 4 MFET 3940, Fluid Mechanics Applications 3 PSCI 1050, American Government 3 Total 17 SPRING HOURS PHYS 2220, Electricity and Magnetism 3 PHYS 2240, Laboratory in Wave Motion, Electricity, Magnetism and Optics 1 CNET 3410, Occupational Safety and Liability 3 CNET 3160, Construction Cost Estimating 3 MGMT 3820, Principles of Management 3 CNET Option{4} 3 Total 16 SENIOR YEAR FALL HOURS ELET 3960, Network Analysis 3 CNET 4130, Construction Cost Estimating II 3 CNET 3190, Construction Scheduling 3 CNET 4170, Construction Management 3 Understanding of Ideas and Values{5}* 3 CNET Option{4} 3 Total 18 SPRING HOURS CNET 3350, Advanced Architectural Drawing 3 ECON 1110, Principles of Macroeconomics 3 CNET 4180, Problems in Project Management 3 Visual and Performing Arts{6}* 3 Understanding of Ideas and Values{5}* 3 HIST 2620, United States History Since 1865{3} 3 Total 18 Total Minimum Hours Required: 131 Note: Some courses may require prerequisites not listed in the above plan. {1} 2.5 GPA is required for Engineering Technology courses in the area of concentration. {2} Students should consult the Department of Mathematics for proper placement into the appropriate level before beginning their mathematics program. {3} Advanced American/Texas History courses may be substituted to help meet the 42 advanced hours degree requirement. {4} Selected, with approval of departmental adviser, from additional math and science requirements. {5} Understanding of Ideas and Values: One course per group from any two of Groups I, II, III. See "University Core Curriculum Requirements" in the Academics section of this catalog for a list of approved courses. {6} See "University Core Curriculum Requirements" in the Academics section of this catalog for a list of approved Visual and Performing Arts courses. Note: ART 1300, 2350 may not be used to satisfy both the Visual and Performing Arts requirement and the Understanding of Ideas and Values, Group II Requirement. * Taking courses in the core at the advanced level will aid the student in reaching the 42 advanced hours necessary for graduation. The student is responsible for reaching 42 advanced hours. See your faculty adviser each semester for help in program decisions and preparation for enrollment. Electronics Technology (ELET) The electronics concentration is designed to develop the technical and personal skills necessary to compete successfully in today's electronics industry. The program builds on a strong foundation in mathematics and science and includes courses in network analysis, linear electronics, digital electronics, communication systems and control systems. Computer utilization is an integral part of all electronics courses and most include a laboratory to provide the necessary hands-on experience for an applied program of study. The student's technical background is further enhanced by taking selected courses from other engineering technology concentrations. The development of technical communication and presentation skills is a requirement throughout the curriculum. BS in Engineering Technology Following is one suggested arrangement of courses distributed over four years. BS in Engineering Technology Concentration in Electronics Technology FRESHMAN YEAR FALL HOURS ELET 1700, Circuit Analysis I{1} 4 MATH 1650, Pre-Calculus{2} 5 ENGL 1310, College Writing I 3 PSCI 1040, American Government 3 PHED 1000, Scientific Principles and Practices of Health-Related Fitness, or DANC 1100, Stress Reduction through Movement 2-3 Total 17-18 SPRING HOURS ELET 1710, Circuit Analysis II 4 ENGL 2210, World Literature 3 MATH 1710, Calculus I 4 ELET 1720, Electronics I 4 CSCI 1110, Program Development 3 Total 18 SOPHOMORE YEAR FALL HOURS ELET 2720, Digital Logic 4 ELET 2740, Electronics II 3 MATH 1720, Calculus II 3 ENGL 2220, World Literature 3 CHEM 1420, General Chemistry 3 CHEM 1430, General Chemistry Laboratory 1 Total 17 SPRING HOURS ELET 2750, Introduction to Microprocessors 4 ELET 2770, PC Board Design and Fabrication 2 PSCI 1050, American Government 3 CHEM 1420, General Chemistry 3 CHEM 1440, General Chemistry Laboratory 1 ENGL 2700, Technical Writing 3 Total 16 JUNIOR YEAR FALL HOURS ELET 3700, Circuit Analysis III 3 ELET 3750, Digital Systems 4 HIST 2610, United States History to 1865{1} 3 PHYS 1710, Mechanics 3 PHYS 1730, Laboratory in Mechanics 1 ELET Option{4} 3 Total 17 SPRING HOURS ELET 3770, High Frequency Systems I 4 ELET 4720, Control Systems 4 CNET 2220, Technical Statics 3 PHYS 2220, Electricity and Magnetism 3 PHYS 2240, Laboratory in Wave Motion, Electricity, Magnetism and Optics 1 HIST 2620, United States History Since 1865{3} 3 Total 18 SENIOR YEAR FALL HOURS ELET 4770, High Frequency Systems II 4 ECON 1110, Principles of Macroeconomics 3 MDET 3330, Computer-Aided Design I 4 Understanding of Ideas and Values{5}* 3 ELET Option{4} 3 Total 17 SPRING HOURS ELET 4790, Senior Design 2 MFET 4190, Quality Assurance 3 ELET Option{4} 2 Understanding of Ideas and Values{5}* 3 Visual and Performing Arts{6}* 3 COMM 2040, Public Speaking 3 Total 16 Total Minimum Hours Required: 131 Note: Some courses may require prerequisites not listed in above plan. {1} 2.5 GPA is required for Engineering Technology courses in the area of concentration. {2} Students should consult the Department of Mathematics for proper placement into the appropriate level before beginning their mathematics program. {3} Advanced American/Texas History courses may be substituted to help meet the 42 advanced hours degree requirement. {4} Selected, with approval of departmental adviser, from additional math and science requirements. {5} Understanding of Ideas and Values: One course per group from any two of Groups I, II, III. See "University Core Curriculum Requirements" in the Academics section of this catalog for a list of approved courses. {6} See "University Core Curriculum Requirements" in the Academics section of this catalog for a list of approved Visual and Performing Arts courses. Note: ART 1300, 2350 may not be used to satisfy both the Visual and Performing Arts requirement and the Understanding of Ideas and Values, Group II Requirement. * Taking courses in the core at the advanced level will aid the student in reaching the 42 advanced hours necessary for graduation. The student is responsible for reaching 42 advanced hours. See your faculty adviser each semester for help in program decisions and preparation for enrollment. Manufacturing Technology (MFET) The manufacturing concentration prepares students for professional careers in the manufacturing environment. Manufacturing technologists apply scientific and engineering knowledge and methods in support of engineering activities. While manufacturing technologists share much of the mathematics and science background of engineers, their academic preparation tends to emphasize technical skills and applications resulting in a practical orientation. The major thrust of the manufacturing curriculum is that of factory automation. Graduates commonly take positions in research and development, process specification and design, reliability/quality assurance and tool design. BS in Engineering Technology Following is one suggested arrangement of courses distributed over four years. BS in Engineering Technology Concentration in Manufacturing Technology FRESHMAN YEAR FALL HOURS ENGL 1310, College Writing I 3 MATH 1650, Pre-Calculus{1} 5 CHEM 1410, General Chemistry 3 CHEM 1430, General Chemistry Laboratory 1 CSCI 1110, Program Development 3 MFET 1220, Manufacturing Processes and Materials{2} 3 Total 18 SPRING HOURS ENGL 2210, World Literature 3 MATH 1710, Calculus I 4 CHEM 1420, General Chemistry 3 CHEM 1440, General Chemistry Laboratory 1 MDET 1280, Engineering Graphics 3 ECON 1110, Principles of Macroecronomics 3 Total 17 SOPHOMORE YEAR FALL HOURS ENGL 2220, World Literature 3 MATH 1720, Calculus II 3 PHYS 1710, Mechanics 3 PHYS 1730, Laboratory in Mechanics 1 HIST 2610, United States History to 1865{3} 3 MFET 2360, Welding and Adhesive Bond 3 PSCI 1040, American Government 3 Total 19 SPRING HOURS ENGL 2700, Technical Writing 3 PHYS 2220, Electricity and Magnetism 3 PHYS 2240, Laboratory in Wave Motion, Electricity, Magnetism and Optics 1 COMM 2040, Public Speaking 3 CNET 2220, Technical Statics 3 HIST 2620, United States History Since 1865{3} 3 PSCI 1050, American Government 3 Total 19 JUNIOR YEAR FALL HOURS MATH 1780, Introduction to Statistical Analysis 3 MFET 3110, Machining Principles and Processes 4 MFET 3220, Strength of Materials 3 ELET 3960, Network Analysis 3 MDET 3330, Computer-Aided Design I 4 Total 17 SPRING HOURS MFET 4190, Quality Assurance 3 MFET 3250, Plastic Materials and Processes 4 ELET 3970, Electronic Devices and Controls 4 MFET 4210, CAD/CAM System Operations 4 Visual and Performing Arts4* 3 Total 18 SENIOR YEAR FALL HOURS PHED 1000, Scientific Principles and Practices of Health-Related Fitness, or DANC 1100, Stress Reduction Through Movement 2-3 Understanding of Ideas and Values{5}* 3 MFET Option{6} 3 MGMT 3830, Operations Management 3 MFET 4230, CNC Programs and Operation 4 MFET 3940, Fluid Mechanics Applications 3 Total 18-19 SPRING HOURS MFET 4200, Engineering Cost Analysis 2 MFET 4250, Senior Manufacturing Design 2 CNET 3410, Occupational Safety and Liability 3 MDET 3950, Thermodynamics and Heat Transfer 3 Understanding of Ideas and Values{5}* 3 MFET Option{6} 2 Total 15 Total Minimum Hours Required: 131 Note: Some courses may require prerequisites not listed in the above plan. {1} Students should consult the Department of Mathematics for proper placement into the appropriate level before beginning their mathematics program. {2} 2.5 GPA is required for Engineering Technology courses in the area of concentration. {3} Advanced American/Texas History courses may be substituted to help meet the 42 advanced hours degree requirement. {4} See "University Core Curriculum Requirements" in the Academics section of this catalog for a list of approved Visual and Performing Arts courses. Note: ART 1300, 2350 may not be used to satisfy both the Visual and Performing Arts requirement and the Understanding of Ideas and Values, Group II Requirement. {5} Understanding of Ideas and Values: One course per group from any two of Groups I, II, III. See "University Core Curriculum Requirements" in the Academics section of this catalog for a list of approved courses. {6} Selected, with approval of departmental adviser, from additional math and science requirements in concentration. * Taking courses in the core at the advanced level will aid the student in reaching the 42 advanced hours necessary for graduation. The student is responsible for reaching 42 advanced hours. See your faculty adviser each semester for help in program decisions and preparation for enrollment. Mechanical Design Technology (MDET) The mechanical design concentration is built upon a strong foundation of science, mathematics and technical course work designed to meet the diverse needs of the mechanical designer. Mechanical design technology concepts are used in all types of industry and are applied directly to product design, and produce the tools for that product, and assist in the manufacturing process. Courses in computer-aided design, product design and development, manufacturing processes and materials, strength of materials and quality assurance provide the student with a broad range of applications for the pursuit of a career in mechanical design. The curriculum is among the most comprehensive of technical programs, which allows for a unique combination of knowledge. BS in Engineering Technology Following is one suggested arrangement of courses distributed over four years. BS in Engineering Technology Concentration in Mechanical Design Technology FRESHMAN YEAR FALL HOURS ENGL 1310, College Writing I 3 MATH 1650, Pre-Calculus{1} 5 CHEM 1410, General Chemistry 3 CHEM 1430, General Chemistry Laboratory 1 CSCI 1110, Program Development 3 MDET 1280, Engineering Graphics{2} 3 Total 18 SPRING HOURS ENGL 2210, World Literature 3 MATH 1710, Calculus I 4 ECON 1110, Principles of Macroeconomics 3 PHYS 1710, Mechanics 3 PHYS 1730, Laboratory in Mechanics 1 MFET 1220, Manufacturing Processes and Materials 3 Total 17 SOPHOMORE YEAR FALL HOURS ENGL 2220, World Literature 3 MATH 1720, Calculus II 3 CHEM 1420, General Chemistry 3 CHEM 1440, General Chemistry Laboratory 1 COMM 2040, Public Speaking 3 MDET 1410, Descriptive Geometrical Drawing 3 CNET 2220, Technical Statics 3 Total 19 SPRING HOURS ENGL 2700, Technical Writing 3 MATH 1780, Introduction to Statistical Analysis 3 PHYS 2220, Electricity and Magnetism 3 PHYS 2240, Laboratory in Wave Motion, Electricity, Magnetism and Optics 1 MDET Option{3} 3 MDET 2520, Dynamics 3 Total 16 JUNIOR YEAR FALL HOURS PSCI 1040, American Government 3 MDET 3330, Computer-Aided Design I 4 MFET 3220, Strength of Materials 3 MFET 3940, Fluid Mechanics Applications 3 Total 17 SPRING HOURS HIST 2610, United States History to 1865{4} 3 Visual and Performing Arts{5}* 3 Understanding of Ideas and Values{6}* 3 MDET 3380, Machine Drawing 3 MDET 3650, Design of Mechanical Components 3 MDET 3950, Thermodynamics and Heat Transfer 3 Total 18 SENIOR YEAR FALL HOURS PSCI 1050, American Government 3 PHED 1000, Scientific Principles and Practices of Health-Related Fitness, or DANC 1100, Stress Reduction Through Movement 2-3 ELET 3960, Network Analysis 3 MDET 3050, Engineering Design Fundamentals 3 MDET 4330, Computer-Aided Design II 4 Technical Specialty{7} 3 Total 18-19 SPRING HOURS HIST 2620, United States History Since 1865{4} 3 Understanding of Ideas and Values{6}* 3 ELET 3970, Electronic Devices and Controls 4 MDET 4050, Industrial Design 3 MDET 4800, Senior Mechanical Design Project 2 MDET Option{3} 2 Total 17 Total Minimum Hours Required: 131 Note: Some courses may require prerequisites not listed in the above plan. {1} Students should consult the Department of Mathematics for proper placement into the appropriate level before beginning their mathematics program. {2} 2.5 GPA is required for Engineering Technology courses in the area of concentration. {3} Selected, with approval of departmental adviser, from additional math and science requirements. {4} Advanced American/Texas History courses may be substituted to help meet the 42 advanced hours degree requirement. {5} See "University Core Curriculum Requirements" in the Academics section of this catalog for a list of approved Visual and Performing Arts courses. Note: ART 1300, 2350 may not be used to satisfy both the Visual and Performing Arts requirement and the Understanding of Ideas and Values, Group II requirement. {6} Understanding of Ideas and Values: One course per group from any two of Groups I, II, III. See "University Core Curriculum Requirements" in the Academics section of this catalog for a list of approved courses. {7} Approval of adviser required. * Taking courses in the core at the advanced level will aid the student in reaching the 42 advanced hours necessary for graduation. The student is responsible for reaching 42 advanced hours. See your faculty adviser each semester for help in program decisions and preparation for enrollment. Nuclear Technology (NUET) The nuclear technology concentration is designed to provide a breadth of training for the operators and related technical personnel at the Texas Utilities Electric (TUE) Comanche Peak Steam Electric Station. The program has a strong foundation in mathematics and science and adds nuclear principles ranging from materials science to reactor design. Courses in fluid mechanics, thermodynamics, electrical circuit theory, electric power generation and automatic control systems augment the curriculum. The program enhances the reactor operator training provided by TUE by stressing the fundamentals of underlying physical and engineering principles behind many plant operating procedures. BS in Engineering Technology Following is one suggested arrangement of courses distributed over four years. BS in Engineering Technology Concentration in Nuclear Technology FRESHMAN YEAR FALL HOURS ENGL 1310, College Writing I 3 MATH 1650, Pre-Calculus{1} 5 PSCI 1040, American Government 3 CSCI 1110, Program Development 3 HIST 2610, United States History to 1865{2} 3 Total 17 SPRING HOURS ENGL 2210, World Literature 3 MATH 1710, Calculus I 4 CHEM 1410, General Chemistry 3 CHEM 1430, General Chemistry Laboratory 1 HIST 2620, United States History Since 1865{2} 3 ECON 1110, Principles of Macroeconomics 3 Total 17 SOPHOMORE YEAR FALL HOURS ENGL 2220, World Literature 3 MATH 1720, Calculus II 3 CHEM 1420, General Chemistry 3 CHEM 1440, General Chemistry Laboratory 1 Understanding of Ideas and Values{3}* 3 PSCI 1050, American Government 3 Total 16 SPRING HOURS ENGL 2700, Technical Writing 3 PHYS 1710, Mechanics 3 PHYS 1730, Laboratory in Mechanics 1 COMM 2040, Public Speaking 3 CNET 2220, Technical Statics{4} 3 MATH 1780, Introduction to Statistical Analysis 3 Total 16 JUNIOR YEAR FALL HOURS PHYS 2220, Electricity and Magnetism 3 PHYS 2240, Laboratory in Wave Motion, Electricity, Magnetism and Optics 1 NUET 3910, Principles of Nuclear Technology 3 CNET 3420, Industrial Materials Testing 3 ELET 3960, Network Analysis 3 PHED 1000, Scientific Principles and Practices of Health-Related Fitness, or DANC 1100, Stress Reduction through Movement 2-3 Total 15-16 SPRING HOURS MFET 4190, Quality Assurance 3 NUET 3920, Nuclear Instrumentation and Measurement 4 ELET 3970, Electronic Devices and Controls 4 PHYS 3010, Modern Physics 3 PHYS 3030, Laboratory in Modern Physics 1 MDET 3950, Thermodynamics and Heat Transfer 3 Total 18 SENIOR YEAR FALL HOURS NUET 3930, Radiation Biology and Safety 4 PHYS 4050, Nuclear Reactor Theory 3 NUET Option{5} 3 ELET 4950, Automatic Control System 4 MFET 3940, Fluid Mechanics Applications 3 Total 17 SPRING HOURS NUET 4930, Reactor Engineering Design and Operation 4 NUET 4990, Senior Design Project 2 ELET 4940, Electrical Power Generation and Transmission 3 Understanding of Ideas and Values{3}* 3 NUET Option{5} 3 Visual and Performing Arts{6} 3 Total 18 Total Minimum Hours Required: 131 Note: Some courses may require prerequisites not listed in the above plan. {1} Students should consult the Department of Mathematics for proper placement into the appropriate level before beginning their mathematics program. {2} Advanced American/Texas History courses may be substituted to help meet the 42 advanced hours degree requirement. {3} Understanding of Ideas and Values: One course per group from any two of Groups I, II, III. See "University Core Curriculum Requirements" in the Academics section of this catalog for a list of approved courses. {4} 2.5 GPA is required for Engineering Technology courses in the area of concentration. {5} Selected, with approval of departmental adviser, from additional NUET requirements. {6} See "University Core Curriculum Requirements" in the Academics section of this catalog for the list of approved Visual and Performing Arts courses. Note: ART 1300, 2350 may not be used to satisfy both the Visual and Performing Arts requirement and the Understanding of Ideas and Values, Group II Requirement. * Taking courses in the core at the advanced level will aid the student in reaching the 42 advanced hours necessary for graduation. The student is responsible for reaching 42 advanced hours. See your faculty adviser each semester for help in program decisions and preparation for enrollment. Minor in Engineering Technology Students wishing to pursue a minor field of study in engineering technology should consult with the undergraduate adviser of the concentration they select. Graduate Degrees The Master of Science with a major in engineering technology is available at the graduate level. Prospective students should consult with the graduate departmental adviser prior to initial enrollment. Scholarships The department offers scholarships designated specifically for studies in engineering technology. For further information, inquire in the departmental office. Courses of Instruction All Courses of Instruction are located in one section at the back of this catalog.