Department of Engineering Technology
Main Departmental Office
Engineering Technology Building, 120
P.O. Box 310679
Denton, TX 76203-0679
(940) 565-2022
Fax: (940) 565-2666
E-mail: etec@unt.edu
Web site: www.etec.unt.edu
Albert B. Grubbs Jr., Chair
Faculty
Professors Grubbs, McNeill, Mirshams.
Associate Professors Foster, Kozak, Nasrazadani,
Plummer. Assistant Professors Parris, Stemprok.
Lecturers Anaya-Mihdawi, Baatarjav, Bittle, VanDerbeck.
Introduction
Engineering technology 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 (Engineering Technology Council,
1994). 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.
Departmental programs emphasize the application of theoretical concepts. Classes of carefully
coordinated laboratory experiences and lectures are utilized. 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.
Pre-engineering (ENGR)
The Department of Engineering Technology provides both advising and courses for students desiring
to transfer to other universities to complete degrees in engineering science. Students enrolling in
pre-engineering (ENGR) classes at UNT are encouraged to coordinate courses with the requirements of the institution
to be attended later.
Microsystems Engineering Technology (MIET)
The Department of Engineering Technology provides courses in the area of microelectronics
and semiconductor manufacturing. These MIET courses are provided to assist in the transfer of students
with associate degrees in microelectronics and to serve existing students interested in entry-level
professional employment in the semiconductor industry.
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 electronics engineering
technology, manufacturing engineering technology, mechanical engineering technology and nuclear
engineering technology. The nuclear engineering technology concentration presently is available at the TXU
Comanche Peak Steam Electric Station. The department offers a Master of Science with a major in
engineering technology.
Electronics Engineering Technology (ELET)
The electronics engineering technology concentration is designed to develop the technical and
personal knowledge and skill 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 courses 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.
The electronics engineering technology concentration is accredited by the Technology
Accreditation Commission of the Accreditation Board for Engineering and Technology [Accreditation Director
for Engineering Technology, Accreditation Board for Engineering and Technology, 111 Market Place,
Suite 1050, Baltimore, MD 21202; (410) 347-7700].
Manufacturing Engineering Technology (MFET)
The manufacturing engineering technology concentration prepares students for professional careers
in the manufacturing environment. Manufacturing engineering technologists apply scientific and
engineering knowledge and methods in support of engineering activities. While manufacturing engineering
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 engineering technology curriculum is that of factory automation. Graduates commonly
take positions in research and development, process specification and design, reliability/quality assurance
and tool design.
The manufacturing engineering technology concentration is accredited by the Technology
Accreditation Commission of the Accreditation Board for Engineering and Technology [Accreditation Director
for Engineering Technology, Accreditation Board for Engineering and Technology, 111 Market Place,
Suite 1050, Baltimore, MD 21202; (410) 347-7700].
Mechanical Engineering Technology (MEET)
The mechanical engineering technology 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 engineering technology concepts are used in all types of industry and are applied directly
to product and tool design and to 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 engineering technology.
The mechanical engineering technology concentration is accredited by the Technology
Accreditation Commission of the Accreditation Board for Engineering and Technology [Accreditation Director
for Engineering Technology, Accreditation Board for Engineering and Technology, 111 Market Place,
Suite 1050, Baltimore, MD 21202; (410) 347-7700].
Nuclear Engineering Technology (NUET)
The nuclear engineering technology concentration is designed to provide breadth of training for
operators and related technical personnel at the TXU Comanche Peak Steam Electric Station. The program has a
strong foundation in mathematics and science and adds nuclear engineering 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 TXU by stressing the fundamentals of underlying physical and engineering
principles behind many plant operating procedures.
The nuclear engineering technology concentration is accredited by the Technology
Accreditation Commission of the Accreditation Board for Engineering and Technology [Accreditation Director
for Engineering Technology, Accreditation Board for Engineering and Technology, 111 Market Place,
Suite 1050, Baltimore, MD 21202; (410) 347-7700].
Bachelor of Science in Engineering Technology (html 4-year plans)
Degree Requirements
1. Hours Required and General/College Requirements:
A minimum of 132 semester hours, of which 42 must be advanced, and fulfillment of degree requirements for the Bachelor of Science degree
as specified in the "General University Requirements
" in the Academics section of this catalog and the College of Arts and Sciences requirements, except for foreign language.
2. Major Requirements: 69-70 hours from one of four concentrations listed below, chosen with the advice
of an academic adviser within the department.
(70 Hours): ELET 1700, 1710, 1720, 2720, 2740, 2750, 3700, 3750, 3760, 3770, 4720, 4770, and 4790;
ENGR 2220; MEET 3660; MFET 4190; CSCI 1110; MATH 3310; plus 5 advanced hours of technical options; MATH 3310,
Differential Equations I.
(69 Hours): MFET 1220, 2110, 2450, 3250, 3520, 4190, 4200, 4210, 4230 and 4250; ENGR 1280, 2220, 3260 and 3960;
MEET 2940, 3650 and 3660; ELET 3970; MGMT 3830; MSCI 2710; CSCI 1110; plus 4 hours of technical options.
(69 Hours): MEET 2940, 3650, 3940, 3990, 4050, 4350 and 4800; ENGR 1280, 2220, 2520, 3260 and 3960; MFET 1220,
2110, 2450, 4190, 4200 and 4210; ELET 3970; CSCI 1110; MSCI 2710; plus 5 advanced hours of technical options.
(69 Hours): NUET 3910, 3920, 3930, 4050, 4930 and 4990; ENGR 2220 and 3960; ELET 3970, 4940 and 4950; MEET 3940
and 3990; MFET 4190; MATH 1680; PHYS 3010 and 3030; CSCI 1110; plus 9 hours of technical options and 3 hours of
technical options approved by adviser.
3. 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. A minimum of 12 semester hours of mathematics is required.
4. Minor: Optional.
5. Electives: See four-year plan.
6. Other Requirements:
a. GNET 1030 and 2060 (may be used to satisfy the Communications requirement of the Arts and
Sciences degree requirements).
b. PHYS 1710/1730 and 2220/2240 and CHEM 1410/1430 must be taken to satisfy the laboratory
science requirement of the Arts and Sciences degree requirements.
c. ENGL 2700 is required instead of ENGL 1320.
d. A 2.5 GPA is required for engineering technology courses in the area of concentration.
e. Courses taken to satisfy the technical options in each concentration must be approved by the
academic adviser.
Minor in Engineering Technology
(18 hours)
Students wishing to pursue a minor field of study in engineering technology should consult with
the under-graduate adviser of the concentration they select.
Electronics Engineering Technology
- ELET 2720
- ELET 2750
- ELET 3750
- ELET 3970
- ENGR 3960
General Technology
Choose 18 semester hours (6 advanced) with approval of engineering technology department chair.
Manufacturing Engineering Technology
- ENGR 1280
- MFET 1220
- MFET 2110
- MFET 4210
- MFET 4230
Mechanical Engineering Technology
- ENGR 1280
- ENGR 2220
- ENGR 3260
- MEET 2940
- MEET 3650
- MFET 1220
Microsystems Engineering Technology
- MIET 1500
- MIET 2530
- MIET 4540
- MIET 4550
Choose 6 semester hours from the following with approval of departmental adviser:
- MFET 3510
- MFET 3520
- MFET 4510
- MIET 3530
- MIET 4520
- MSCI 2710
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.
All Courses of Instruction are located in one section at the back of this catalog.
The "Course and Subject Guide," found in the Courses of Instruction section of this book, serves as
a table of contents and provides quick access to subject areas and prefixes.
BS in Engineering Technology
Following is one suggested four-year degree plan. Students are encouraged to see their adviser each
semester for help with program decisions and enrollment. Students are responsible for meeting all course
prerequisites. *See the University Core Curriculum section of this catalog for approved list of course options.** See
Arts and Sciences degree requirements section of this catalog for approved list of course options.
FRESHMAN YEAR
FALL HOURS
ELET 1700, Circuit Analysis 4
ENGL 1310, College Writing I* 3
MATH 1650, Pre-Calculus 5
PSCI 1040, American Government* 3
Wellness* 3
Total 18
SOPHOMORE YEAR
FALL HOURS
CHEM 1410, General Chemistry** 3
CHEM 1430, General Chemistry Laboratory** 1
ELET 2720, Digital Logic 4
ELET 2740, Electronics II 4
MATH 1720, Calculus II 3
Humanities* 3
Total 18
JUNIOR YEAR
FALL HOURS
ELET 3700, Circuit Analysis III 3
ELET 3750, Digital Systems 4
ENGR 2220, Statics 3
HIST 2620, United States History Since 1865* 3
PHYS 2220, Electricity and Magnetism** 3
PHYS 2240, Laboratory in Wave Motion, Electricity, Magnetism and Optics**
1
Total 17
SENIOR YEAR
FALL HOURS
ELET 4770, High Frequency Systems II 4
GNET 1030, Technological Systems (may be used to satisfy the Social and Behavioral
Sciences requirement*) 3
MEET 3660, Applications in Thermal Sciences 3
Elective (advanced) 3
Literature** 3
Total 16
FRESHMAN YEAR
SPRING HOURS
CSCI 1110, Program Development 4
ELET 1710, Circuit Analysis II 4
ELET 1720, Electronics I 4
ENGL 2700, Technical Writing 3
MATH 1710, Calculus I 4
Total 19
SOPHOMORE YEAR
SPRING HOURS
ELET 2750, Introduction to Microprocessors 4
ENGL 2700, Technical Writing* 3
GNET 2060, Professional Presentations (may be used to satisfy Communication requirement*) 3
HIST 2610, United States History to 1865* 3
MATH 3310, Differential Equations 3
PHYS 1710, Mechanics 3
PHYS 1730, Laboratory in Mechanics 1
Total 20
JUNIOR YEAR
SPRING HOURS
ELET 3760, Design of DSA Systems 4
ELET 3770, High Frequency Systems I 4
ELET 4720, Control Systems 4
PSCI 1050, American Government* 3
Technical Option (advanced) 2
Total 17
SENIOR YEAR
SPRING HOURS
ELET 4790, Senior Design 2
MFET 4190, Quality Assurance 3
Cross-cultural, Diversity and Global Studies* 3
Visual and Performing Arts*
3
Technical Option (advanced) 3
Total 14
Actual degree plans may vary depending on availability of courses in a given semester. Some courses
may require prerequisites not listed.
BS in Engineering Technology
Following is one suggested four-year degree plan. Students are encouraged to see their adviser each
semester for help with program decisions and enrollment. Students are responsible for meeting all course
prerequisites. *See the University Core Curriculum section of this catalog for approved list of course options. ** See
Arts and Sciences degree requirements section of this catalog for approved list of course options.
FRESHMAN YEAR
FALL HOURS
CHEM 1410, General Chemistry** 3
CHEM 1430, General Chemistry Laboratory** 1
ENGL 1310, College Writing I* 3
ENGR 1280, Engineering Graphics 3
MATH 1650, Pre-Calculus 5
Total 15
SOPHOMORE YEAR
FALL HOURS
CSCI 1110, Introduction to Computer Science 4
ENGR 2220, Statics 3
GNET 2060, Professional Presentations (may be used to satisfy Communication requirement*) 3
MATH 1720, Calculus II 3
MFET 2110, Machining Principles and Processes 4
Literature** 3
Total 20
JUNIOR YEAR
FALL HOURS
ENGR 3260, Mechanics of Materials 3
ENGR 3960, Electrical Circuit Analysis 4
HIST 2610, United States History to 1865* 3
MEET 3660, Thermal Sciences Applications 3
MSCI 2710, Data Description and Analysis with Spreadsheets
3
Total 16
SENIOR YEAR
FALL HOURS
MFET 3250, Plastics Materials and Processes 3
MFET 3520, Soldering, Brazing and Adhesive Bonding 3
MFET 4200, Engineering Cost Analysis 2
MFET 4230, CNC Programs and Operation 4
PSCI 1040, American Government* 3
Total 15
FRESHMAN YEAR
SPRING HOURS
ENGL 2700, Technical Writing* 3
MATH 1710, Calculus I 4
MFET 1220, Manufacturing Processes and
Materials 4
PHYS 1710, Mechanics** 3
PHYS 1730, Laboratory in Mechanics** 1
Total 15
SOPHOMORE YEAR
SPRING HOURS
MEET 2940, Fluid Power Applications 2
MFET 2450, Engineering Materials 3
PHYS 2220, Electricity and Magnetism** 3
PHYS 2240, Laboratory in Wave Motion, Electricity, Magnetism and Optics** 1
Humanities* 3
Wellness* 3
Total 15
JUNIOR YEAR
SPRING HOURS
ELET 3970, Electronic Devices and Controls 3
GNET 1030, Technological Systems (may be used to satisfy Social and Behavioral Sciences requirement*) 3
HIST 2620, United States History Since 1865* 3
MEET 3650, Design of Mechanical Components 3
MFET 4210, CAD/CAM System Operations 3
MGMT 3830, Operations Management 3
Total 18
SENIOR YEAR
SPRING HOURS
MFET 4190, Quality Assurance 3
MFET 4250, Senior Manufacturing Design 2
PSCI 1050, American Government* 3
Cross-cultural, Diversity and Global Studies* 3
Technical Option (advanced) 4
Visual and Performing Arts* 3
Total 18
Actual degree plans may vary depending on availability of courses in a given semester. Some courses
may require prerequisites not listed.
BS in Engineering Technology
Following is one suggested four-year degree plan. Students are encouraged to see their adviser each
semester for help with program decisions and enrollment. Students are responsible for meeting all course
prerequisites. *See the University Core Curriculum section of this catalog for approved list of course options. ** See
Arts and Sciences degree requirements section of this catalog for approved list of course options.
FRESHMAN YEAR
FALL HOURS
CHEM 1410, General Chemistry 3
CHEM 1430, General Chemistry Laboratory 1
ENGL 1310, College Writing I* 3
ENGR 1280, Engineering Graphics 3
MATH 1650, Pre-Calculus 5
Total 15
Sophomore year
FALL HOURS
CSCI 1110, Introduction to Computer Science 4
ENGR 2220, Statics 3
GNET 2060, Professional Presentations (may be used to satisy Communication requirement*) 3
MATH 1720, Calculus II 3
MFET 2110, Machining Principles and Processes
4
Total 17
JUNIOR YEAR
FALL HOURS
ENGR 3260, Mechanics of Materials 3
ENGR 3960, Electrical Circuit Analysis 4
HIST 2610, United States History to 1865* 3
MEET 3940, Fluid Mechanics Applications 3
MSCI 2710, Data Description and Analysis with Spreadsheets
3
Total 16
SENIOR YEAR
FALL HOURS
GNET 1030, Technological Systems (may be used to satisfy Social and Behvioral Sciences
requirement*) 3
MEET 4050, Industrial Design 3
MEET 4350, Heat Transfer Applications 3
MFET 4200, Engineering Cost Analysis 2
PSCI 1040, American Government* 3
Total 14
FRESHMAN YEAR
SPRING HOURS
ENGL 2700, Technical Writing* 3
MATH 1710, Calculus I 4
MFET 1220, Manufacturing Processes and Materials 4
PHYS 1710, Mechanics** 3
PHYS 1730, Laboratory in Mechanics** 1
Technical Option (advanced) 2
Total 17
SOPHOMORE YEAR
SPRING HOURS
ENGR 2520, Dynamics 3
MEET 2940, Fluid Power Applications 2
MFET 2450, Engineering Materials 3
PHYS 2220, Electricity and Magnetism** 3
PHYS 2240, Laboratory in Wave Motion, Electricity, Magnetism and Optics** 1
Cross-cultural, Diversity and Global Studies* 3
Literature ** 3
Total 18
JUNIOR YEAR
SPRING HOURS
ELET 3970, Electronic Devices and Controls 3
HIST 2620, United States History Since 1865* 3
MEET 3650, Design of Mechanical Components 3
MEET 3990, Thermodynamics 3
MFET 4210, CAD/CAM System Operations 3
Humanities* 3
Total 18
SENIOR YEAR
SPRING HOURS
MEET 4800, Senior Mechanical Design Project 2
MFET 4190, Quality Assurance 3
PSCI 1050, American Government* 3
Technical Option (advanced) 3
Visual and Performing Arts* 3
Wellness* 3
Total 17
Actual degree plans may vary depending on availability of courses in a given semester. Some courses
may require prerequisites not listed.
BS in Engineering Technology
Following is one suggested four-year degree plan. Students are encouraged to see their adviser each
semester for help with program decisions and enrollment. Students are responsible for meeting all course
prerequisites. *See the University Core Curriculum section of this catalog for approved list of course options.
** See Arts and Sciences degree requirements section of this catalog for approved list of course options.
FRESHMAN YEAR
FALL HOURS
CSCI 1110, Program Development 4
ENGL 1310, College Writing I* 3
HIST 2610, United States History to 1865* 3
MATH 1650, Pre-Calculus 5
PSCI 1040, American Government* 3
Total 18
SOPHOMORE YEAR
FALL HOURS
GNET 1030, Technological Systems (may be used to satisfy Social and Behavioral Sciences
requirement*) 3
MATH 1680, Elementary Probability andStatistics 3
MATH 1720, Calculus II 3
PHYS 1710, Mechanics** 3
PHYS 1730, Laboratory in Mechanics** 1
Humanities* 3
Total 16
JUNIOR YEAR
FALL HOURS
ENGR 3960, Electrical Circuit Analysis 4
NUET 3910, Principles of Nuclear Technology 3
PHYS 2220, Electricity and Magnetism** 3
PHYS 2240, Laboratory in Wave Motion, Electricity, Magnetism and Optics** 1
Technical Option 3
Wellness* 3
Total 17
SENIOR YEAR
FALL HOURS
ELET 4950, Automatic Control System 4
MFET 3940, Fluid Mechanics Applications 3
NUET 3930, Radiation Biology and Safety 4
NUET 4050, Nuclear Reactor Theory 3
Technical Option 3
Total 17
FRESHMAN YEAR
SPRING HOURS
CHEM 1410, General Chemistry** 3
CHEM 1430, General Chemistry Laboratory** 1
HIST 2620, United States History Since 1865* 3
MATH 1710, Calculus I 4
Literature** 3
Technical Option 2
Total 16
SOPHOMORE YEAR
SPRING HOURS
ENGL 2700, Technical Writing* 3
ENGR 2220, Statics 3
GNET 2060, Professional Presentations (may be used to satisfy the Communication requirement*) 3
MFET 4190, Quality Assurance 3
PSCI 1050, American Government* 3
Total 15
JUNIOR YEAR
SPRING HOURS
ELET 3970, Electronic Devices and Controls 3
MEET 3990, Applied Thermodynamics 3
NUET 3920, Nuclear Instrumentation and Measurement 4
PHYS 3010, Modern Physics 3
PHYS 3030, Laboratory in Modern Physics 1
Cross-cultural, Diversity and Global Studies*
3
Total 17
SENIOR YEAR
SPRING HOURS
ELET 4940, Electrical Power Generation and Transmission 3
NUET 4930, Reactor Engineering Design and Operation 4
NUET 4990, Senior Design Project 2
Technical Option 4
Visual and Performing Arts* 3
Total 16
Actual degree plans may vary depending on availability of courses in a given semester. Some courses
may require prerequisites not listed.