TECHNOLOGY (TEC)




TEC 1001. Technical Drafting/(4).F;S.


Fundamentals of technical drafting including:
lettering, sketching, instrument and CAD
techniques, views and orthographic projection,
pictorial drawing, dimensions, sections, and
working drawings. Selected assignments from this
course will be appropriate for inclusion in
student portfolios. Lecture two hours, laboratory
two hours. (COMPUTER)




TEC 1003. Orientation to Graphic Arts/(1).F;S.


A survey of the graphic arts industry including
its developments past and present, printing
processes, products, graphic's impact on society
and various career opportunities.




TEC 1012. Graphic Communications I/(3).F;S.


This course is designed to be an introduction of
the printing processes. Emphasis will be placed on
concepts, principles and practices, reproduction
processes, materials, equipment, environmental
health and safety concerns. Laboratory activities
will include conventional and electronic copy
preparation, reproduction photography, offset
lithography, screen printing and bindery
operations. Lecture two hours, laboratory two
hours.




TEC 1017. Communications Technology/(3).S.


An introduction to the study of communication
systems, including: electronic data
communications; technical drawing and CADD;
optics; graphic production techniques;
photography; audio; and video. Classroom
presentations and activities will emphasize the
design, use and impacts of communication
technologies. Lecture two hours, laboratory two
hours. (COMPUTER)




TEC 1022. Technical Photography I/(3).F;S.


An introductory course in black and white
photography which will cover technical information
about cameras, films, printing, and processes.
Lecture two hours, laboratory two hours.
(NUMERICAL DATA)
(ND Prerequisite: Passing the math placement test
or successful completion of MAT 0010.)




TEC 1023. Introduction to Electronics/(3).F;S.


An introduction to electrical and electronic
circuits. Topics included are Ohm's law,
Kirchhoff's laws, power, DC circuits, network
theorems, and an introduction to AC circuits and
commonly used electronic components. Theory is
reinforced by experiments employing power
supplies, circuit components, analog and digital
meters, and the oscilloscope. Lecture two hours,
laboratory two hours. (NUMERICAL DATA) 
(ND Prerequisite: Passing the math placement test
or successful completion of MAT 0010.)




TEC 1123. AC/DC Circuit Analysis/(3).F;S.


An introduction to capacitance, magnetic circuits,
inductance and AC circuit analysis methods. Topics
included are transient behavior of currents and
voltages, electric and magnetic fields, magnetic
circuits, AC circuit analysis, resonance, and
network theorems. Theory is reinforced by
experiments employing signal generators, resistive
and reactive circuit components, meters, and the
oscilloscope. Lecture two hours, laboratory two
hours. Prerequisite: TEC 1023. Prerequisite or
Corequisite: MAT 1110. (NUMERICAL DATA)
(ND Prerequisite: Passing the math placement test
or successful completion of MAT 0010.)




TEC 2004. Introduction to Metals
Technology/(3).F;S.


Experience-centered exploration into the
sub-fields of metals technology with emphasis
given to both the unique and supportive roles the
metals industry plays in the total industrial
scheme. Specific areas to be covered are: the
nature and characteristics of metals, designing
metals for manufacturing and production, layout
techniques, bench metals, sheetmetal fabrication,
fastening techniques, foundry, forging and heat
treating. Lecture one hour, laboratory four hours.




TEC 2005. Wood Technology/(4).F;S.


Introduction to woodworking with wood and the
woods industry; care and use of basic woodworking
tools and machines; processes and techniques
involved in the planning, designing, jointing,
shaping, and finishing of wood materials in the
furniture industry. Lecture two hours, laboratory
four hours.




TEC 2008. Plastics Technology/(3).S.


Introduction to materials and processes of the
plastic industry. Laboratory experiences will
include a variety of techniques and procedures
utilizing these materials and processes. Lecture
two hours, laboratory two hours. (WRITING)




TEC 2011. Product Design/(4).F;S.


This is an introduction to product design and
problem solving techniques. Emphasis is given to
history of industrial design, methods for
communicating design ideas, systematic design,
product design specifications, corporate
strategies in planning product innovations,
fundamentals of materials and manufacturing
processes used in the mass production of consumer
products. Selected assignments from this course
will be appropriate for inclusion in student
portfolios. Lecture four hours. (WRITING)




TEC 2012. Production Techniques in Graphic
Arts/(3).S.


Theory and application of different production
techniques in photo offset lithography and
auxiliary areas. The course will operate in the
same manner as a commercial print shop. Lecture
one hour, laboratory four hours.




TEC 2022. Technical Photography II/(3).S.


A continuation of Technical Photography I that
covers advanced black and white photographic
processes and will cover control systems for
exposure and development, the zone system,
sensitometry, and lighting. Lecture two hours,
laboratory two hours. Prerequisite: TEC 1022 or
permission of instructor. (NUMERICAL DATA)
(ND Prerequisite: Passing the math placement test
or successful completion of MAT 0010.)




TEC 2029. Society and Technology/(3).F;S.


This course is designed to provide students with
an understanding of the symbiotic relationship
between technology and society. Examples of these
relationships will be taken from historical
accounts and from analyses of contemporary
societies both in industrialized and non-
industrialized countries. Lecture three hours.
(WRITING; MULTI-CULTURAL; CROSS-DISCIPLINARY)
(CORE: SOCIAL SCIENCES)




TEC 2032. History of Photography/(3).F.


This course examines photography in a historical
context from the beginning of the 19th century
through mid 20th century. This comprehensive study
of the technical and creative evolution of
photography will feature significant individuals,
their styles and corresponding historical events.
Emphasis shall be placed on the development of
photography in relation to developments in
science, technology, society, the arts and
politics. Lecture three hours.
(CROSS-DISCIPLINARY)




TEC 2043. Introductory Digital Electronics/(3).S.


An introduction to number systems and codes,
Boolean algebra and combinational logic circuits,
integrated circuits and logic families,
flip-flops, computing circuits, counters and
registers. Topics included are switching function
reduction and Karnaugh maps, integrated circuit
specifications, circuit analysis, logic circuit
and sequential machine design. Theory is
reinforced by laboratory experiments where logic
circuits, sequential machines, etc. are
constructed and evaluated. Lecture two hours,
laboratory two hours. Prerequisite: TEC 1123.
(NUMERICAL DATA) 
(ND Prerequisite: Passing the math placement test
or successful completion of MAT 0010.)




TEC 2102. Electronic Prepress/(3).F;S.


This course is designed to introduce the student
to digital imaging as it relates directly to the
printing industry. Specific topics include
hardware, software, input and output devices,
image generation, processing, proofing, storage
and transfer technologies. Emphasis will be placed
on understanding the total production process from
computer to press. Lecture two hours, laboratory
two hours. Prerequisite: TEC 1012. (COMPUTER)




TEC 2108. Introduction to Power and Energy
Technology/(3).F;S.


An introduction to the study of sources,
conversion, controlling, transmitting, and using
power and energy. Emphasis will be placed on
external, internal and electrical power and energy
converters. Lecture two hours, laboratory two
hours. (WRITING)




TEC 2112. Substrates and Inks/(3).S.


This course is designed to introduce the student
to printing inks and substrates. Topics will
include manufacturing processes, testing
procedures, runnability/printability, drying
systems and the interrelationship that exists
between substrates and inks. Lecture two hours,
laboratory one hour.




TEC 2116. Ceramic Technology/(3).F;S.


Exploratory experiences with ceramic materials
that emphasize the application and forming
processes for industrial use. Specific areas
covered are: materials, construction, jiggering,
slip casting, molding, tech. glazing, kilns, and
firing tech. Lecture two hours, laboratory two
hours.




TEC 2188. Transportation Systems and
Devices/(3).F.


A study of the history and development of
transportation systems and devices and the impact
of transportation technologies on society. The
student will explore the function, characteristics
and structure of land, air, water and space
transportation systems. Lecture two hours,
laboratory two hours. (SPEAKING)




TEC 2201. Design Drawing/(3).F;S.


This course will introduce basic drawing
principles and techniques as important tools for
visual thinking and communication of design ideas.
The primary emphasis will be on freehand sketching
for quick ideation during problem solving, though
experimentation with different media will be
encouraged.




TEC 2422. Large Format Photography/(3).F.


This course will introduce the student to making
photographs with the 4x5 view camera. This is a
major tool of the professional photographer and
the following information will be covered: the
view camera and its basic parts, basic view camera
operations, advanced view camera controls, and
materials, processes, and accessories associated
with the view camera. TEC photography majors
should have sufficient knowledge and understanding
to utilize exposure and development controls for
b/w films (TEC 2022). A primary concern in this
course will be visual advantages of the view
camera. The goal will be a portfolio which
demonstrates your technical and visual awareness.
Lecture, critique, three hours. Prerequisites: TEC
1022 and 2022.




TEC 2500. Independent Study/(1-4).F;S.


Approved contract is required.




TEC 2708. Construction Technology/(3).F.


This course will provide students with an
introduction to technical, economic and managerial
aspects of the construction industry. Primary
emphasis will be on the tools, materials,
processes and contemporary trends in residential
construction. Lecture one hour, laboratory four
hours.




TEC 2718. Residential Mechanical Systems/(3).F;S.


This course introduces students to the design and
installation of the mechanical systems in
buildings - water supply and waste, electrical,
and heating, ventilation and air conditioning
(HVAC). The course combines lectures on the theory
and code of these systems, as well as drawing
methods, with hands-on installation procedures.




TEC 2803. Introduction to Industrial Applications
of Computers/(3).F;S.


An introduction to industrial applications of
mainframe and microcomputers; to include BASIC
programming, an overview of machine codes,
input/output devices, and common industrial
applications such as computer-aided drafting (CAD)
and computer-aided manufacturing (CAM). Lecture
two hours, laboratory two hours. (COMPUTER;
WRITING)




TEC 3002. Introduction to Flexography/(3).F;S.


This course is designed to introduce students to
the principles and practices of the packaging
industry. The student will be introduced to the
flexographic and gravure printing processes.
Emphasis is placed on elements from artwork,
plates, cylinder imaging, inks and presses.
Lecture two hours, laboratory two hours.
Prerequisite: TEC 2102.




TEC 3004. Welding/(3).S.


This course covers information about welding
safety, equipment, materials, and applications of
arc, oxy-acetylene, and inert gas techniques to
include typical welding positions and welding
ferrous and nonferrous metals. Lecture two hours,
laboratory four hours.




TEC 3007. Fundamentals of Computer Numerical
Control/(3).F.


Underlying concepts, activities and processes used
in Computer Numerical Control/Computer Aided
Manufacturing. Students will use microcomputers,
CAD, CNC, and CAM software to program and operate
various machines used in manufacturing, as well as
utilize computers for other operations necessary
for a computer integrated manufacturing
environment. Lecture two hours, laboratory two
hours. (COMPUTER)




TEC 3009. Introduction to the Technology Teaching
Profession/(1).F.


An introduction to the professional roles and
responsibilities of Technology Education and Trade
and Industry teachers. Course expectations include
field experiences in regional Career and Technical
classrooms at the middle and high school levels.




TEC 3012. Graphic Communications II/(4).F;S.


This course is designed to be a continuation of
TEC 1012, Graphic Communications I. Emphasis will
be placed on theory and problem solving as well as
broadening skills in the areas of prepress,
offset, digital press and screen printing.
Additional areas include halftone theory and
quality control methods. Lecture two hours,
laboratory four hours. Prerequisite: TEC 1012.




TEC 3013. Electronic Communications/(3).S.


A study of modern electronic communications
systems. Topics included are the representation of
information by electronic signals, encoding,
modulation, multiplexing, bandwidth and the
transmission and reception of signals.
Additionally, an introduction to communications
media, modern networking, protocols, etc. is
presented. Theory is reinforced by laboratory
experiments. Lecture three hours, laboratory one
hour. Prerequisite: TEC 1123, MAT 1120.




TEC 3021. Architectural Standards and
Procedures/(3).F;S.


Introduction to and application of information
resources in architectural planning and
procedures. Lecture one hour, laboratory four
hours. Prerequisites: TEC 1001 and 2708, or
permission of instructor.




TEC 3022. Color Photography/(3).F.


An introductory course in color photography which
will cover technical information about color
theory, films, printing, and processes. Lecture
two hours, laboratory two hours. Prerequisite: TEC
1022 or permission of instructor. (WRITING;
NUMERICAL DATA)
(ND Prerequisite: Passing the math placement test
or successful completion of MAT 0010.)




TEC 3025. Advanced Wood Technology/(4).F;S.


Advanced machine tool operations, furniture
construction, and a study of general materials
used in the furniture industry. Lecture two hours,
laboratory four hours. Prerequisite: TEC 2005.




TEC 3039. Materials/(3).S.


The structure, characteristics, testing, and
application of typical industrial materials. This
course also includes the examination of strength
of materials as it applies to manufacturing and
production techniques. Lecture two hours,
laboratory two hours.




TEC 3053. Electronic Troubleshooting
Techniques/(3).F.


A study of the methods used to locate faulty
components and other sources of equipment failure
in modern electronic systems. Topics included are
functional analysis, diagnostics, performance
verification, and repair methods. Lecture one
hour, laboratory three hours. Prerequisites: TEC
2033, 2043. (COMPUTER)




TEC 3054. Metals Technology/(3).F of odd years.


An indepth, experience-centered examination of
metal processing techniques. This course
concentrates on advanced machine and non-machine
metal manufacturing techniques. Emphasis will be
placed on individual problem solving. Lecture one
hour, laboratory three hours. Prerequisite: TEC
2004.




TEC 3111. Portfolio Development/(3).F;S.


As students prepare for careers in a design field
they should be aware of the importance of having a
strong portfolio when looking for a job. The
portfolio is one of the primary means of
communication to show what one can do, and how one
thinks or goes about solving a problem. This
course will lead the students into the process of
building their portfolios to a level that will
allow them to be able to begin to compete for the
jobs that are out there.




TEC 3113. Administering Desktop Operating
Systems/(3).F.


This course provides students with experience in
installation, configuration, troubleshooting, and
administration of desktop operating systems. A
wide variety of topics will be covered, including:
installation techniques, storage management,
hardware, security, and printers. Lecture two
hours, laboratory two hours. Prerequisite: TEC
2803.




TEC 3133. Server Based Operating Systems/(3).S.


This course provides students with experience in
installation, configuration, troubleshooting, and
administration of server based operating systems.
A wide variety of topics will be covered,
including: storage management, network hardware,
network protocols, and network printers. Lecture
two hours, laboratory two hours.




TEC 3153. Advanced Electronic Troubleshooting
Techniques/(3).S.


This course is a continuation of TEC 3053,
Electronic Troubleshooting Techniques. A study of
the methods used to locate faulty components and
other sources of equipment failure in modern
electronic systems. Topics included are functional
analysis, diagnostic, performance verification,
and repair methods. Lecture one hour, laboratory
three hours. Prerequisite: TEC 3053.




TEC 3422. Studio Photography/(3).F.


An introductory course to studio photography that
covers studio lighting and large format cameras
for industrial/product and portrait photography.
Lecture two hours, laboratory two hours.
Prerequisite: TEC 3022, or permission of
instructor. (NUMERICAL DATA) (ND Prerequisite:
Passing the math placement test or successful
completion of MAT 0010.)




TEC 3500. Independent Study/(1-4).F;S.


Approved contract is required.




TEC 3520. Instructional Assistance/(1).F;S.


A supervised experience in the instructional
process on the university level through direct
participation in a classroom situation. Grading
will be on a satisfactory/unsatisfactory basis
only. Prerequisite: junior or senior standing. May
be repeated for a total credit of three semester
hours. Approved contract is required.




TEC 3530-3549. Selected Topics/(1-4).On Demand.




TEC 3551. Technical Assistant/(1).F;S.


A supervised, meaningful, planned and evaluated
laboratory assistant experience. Students enrolled
within this course will act as instructional aides
within various graphic arts and imaging technology
courses. Prerequisite: Junior or senior standing.




TEC 3607. Electro/Mechanical Systems/(3).F.


A study of mechanical systems and controls used in
industry today. Basic mechanical, electrical,
hydraulic, and pneumatic systems and their
components will be included in the classroom
activities. Lecture two hours, laboratory two
hours.




TEC 3622. Graphic Communications Seminar/(1).F;S.


This course involves the development of the
mechanics of being a professional in the graphic
arts industry. Specific topics include resumes,
cover letters, interviewing, presentation
techniques and report writing. Prerequisite:
Junior standing. (WRITING)




TEC 3702. Electronic Imaging/(3).S.


An introduction to the concepts, processes, and
hardware which are fundamental in creating,
editing, and displaying electronic images. To
include: image editing, blending, photo realism,
animation, color separation, and file conversion.
Lecture two hours, laboratory two hours.
Prerequisite: any introductory computer course.




TEC 3718. Construction Estimating/(3).F;S.


This course will provide students with the
opportunity to explore and develop estimating
skills used in the construction industry. Students
will have the opportunity to learn how to estimate
unit costs for building components, how to do
take-offs, and how to prepare an overall project
bid. They will prepare estimates using
self-developed computer spreadsheets and will have
the opportunity to learn how to use cost
estimating software. Prerequisites: TEC 2708 or
permission of instructor, and basic knowledge of
computer word processing, Internet procedures, and
spreadsheets. (NUMERICAL DATA; COMPUTER) 
(ND Prerequisite: Passing the math placement test
or successful completion of MAT 0010.)




TEC 3772. Print Production Analysis and
Control/(3).F;S.


The study of systems and techniques used for
identification of printing production standards,
cost estimating, production scheduling, production
planning, materials flow, teamwork,
problem-solving techniques and management's role
in creating quality environments. Prerequisite:
Junior standing.




TEC 3803. Network Administration/(3).F.


Students in this course will be given the
opportunity to learn basic strategies to manage,
monitor, configure, and troubleshoot network
services. Data security and integrity, and user
management will be the main emphasis of the
discussions. Lecture two hours, laboratory two
hours. Prerequisite: TEC 3133.




TEC 3807. Safety/(3).S.


The study and application of maintenance and
safety procedures that relate to manufacturing.
Classroom/laboratory problems will include units
on state and national safety regulations
pertaining to manufacturing, preventive-emergency
problems that include: shafts, bearings, belts and
pulleys, sharpening and grinding, electrical and
mechanical problems. Lecture two hours, laboratory
two hours.




TEC 4093. Senior Design and Fabrication
Project/(3).S.


A course in research and development of electronic
systems. System design and integration will be
emphasized. With the guidance of the instructor,
students will identify a need, and develop an
appropriate design. The design will be implemented
and evaluated using modern components and
subsystems. Lecture one hour, laboratory three
hours. Prerequisites: TEC 3003, 3023.




TEC 4103. Leadership in Technical Settings/(3).S.


This course provides an introduction to the nature
of leadership in technical settings. Special
emphasis is on behavior of individuals and groups
in organizations. Students will begin to develop
their own views of leadership based on theory,
research, and experience. Lecture three hours.




TEC 4407. Production Planning and Control/(3).F.


An applied study of process planning and
production control systems used in modern
manufacturing. To include such topies as:
production planning, automation, time and motion
study, order control, flow control and quality
control, and plant layout. Lecture two hours,
laboratory two hours. (SPEAKING)




TEC 4422. Product Photography/(3).F.


This advanced course will emphasize the tools and
techniques of the professional photographer.
Studio lighting, large format cameras, and color
transparencies will be primarily used, and the
student is expected to have working knowledge of
these. Assignments will be expected to be
completed to professional standards. Lecture,
critique, three hours. Prerequisites: TEC 2422,
3022, and 3422.




TEC 4432. Photographic Portfolio/(3).S.


This senior level course is designed for the major
in Industrial Technology with a concentration in
Technical Photography. This course will prepare
the graduating senior to apply for employment in
the field of professional photography or admission
to graduate school. Topics covered will include
letters of introduction, resumes, portfolio
production and presentation, preparing exhibits
and web pages. Lecture, critique, three hours.
Prerequisite: TEC 4422 or permission of
instructor.
 



TEC 4512. Advanced Electronic Imaging/Cross
Media/(3).F;S.


This course addresses advanced concepts and
practices pertaining to digital electronic
imaging. To include: advanced techniques such as
color management, image adjustment, scanning,
color correction, masking, edge selection, and
special effects. Lecture two hours, laboratory two
hours. Prerequisite: TEC 3702. [Dual-listed with
TEC 5512.]




TEC 4550. Color Reproduction/(3).F;S.


This course is designed to further the student's
understanding of color reproduction as it relates
to printing. Emphasis is placed on digital image
creation, editing, color theory, quality control,
production variables, densitometry, tone
reproduction, color correction, gray balance and
proofing materials. Prerequisites: TEC 3002, 4591.
[Dual-listed with TEC 5550.]




TEC 4555. Contemporary Industrial Finishing/(2).On
Demand.


Care and maintenance of finishing equipment;
selection and use of spray equipment; preparation
of the surface to be finished, staining and
filling undercoating, top coating, oil finishes,
application of simple and synthetic finishes.
Lecture one hour, laboratory two hours.
Prerequisite: TEC 2005. [Dual-listed with TEC
5555.]




TEC 4557. Manufacturing Production
Techniques/(3).S.


The design, development, and mass production of a
manufactured product. To include market survey,
design selection, prototype construction,
development of jibs and fixtures, implementation
of process planning and control systems, and the
actual production of a product. Lecture one hour,
laboratory four hours. (SPEAKING) [Dual-listed
with TEC 5557.]




TEC 4558. Digital Printing/(3).F;S.


This course allows students the opportunity to
explore digital printing applications such as
short-run color and variable data printing.
Students will study digital workflows, file
preparation, data management, preflighting,
digital front-end systems, press operation and
routine maintenance. Lecture two hours, laboratory
four hours. Prerequisite: TEC 3702. [Dual-listed
with TEC 5558.]




TEC 4565. Applied Furniture Design and
Construction/(4).S.


The study of traditional and contemporary
furniture, and its importance, design, and
construction procedures. The student may design
and construct a piece of traditional or
contemporary furniture. Lecture two hours,
laboratory four hours. Prerequisite: TEC 3025.
[Dual-listed with TEC 5565.]




TEC 4566. Advanced Flexographic Printing
Methods/(3).F;S.


This course addresses advanced concepts and
practices pertaining to the flexographic printing
process. To include: advanced techniques such as
multi-color spot and process color printing,
quality control, corrugated board, image
distortion, die calculations, and coatings.
Lecture two hours, laboratory two hours.
Prerequisite: TEC 3012. [Dual-listed with TEC
5566.]




TEC 4572. Production Management/(3).S.


Practical management techniques and experience in 
the areas of sales, finance and high, middle, and
lower level personnel management in an active
printing production facility. This course will be
taught concurrently with TEC 2012 Production
Techniques in Graphic Arts. Lecture one hour,
laboratory four hours. Prerequisite: TEC 2012.




TEC 4573. Control System Technology/(3).S.


A detailed study of the architecture of modern
programmable control systems. The course will
include computation, machine representation of
information, storage structures, buses,
input/output interfacing, peripheral devices, and
instruction codes. Theory to be reinforced by
hands on experience. Some theory and practical
experience in Programmable Logic Controllers (PLC)
will be introduced. Lecture two hours, laboratory
two hours. Prerequisite: TEC 4563 or equivalent.
[Dual-listed with TEC 5573.]




TEC 4576. Production Techniques in Industrial
Crafts/(3).F.


An analysis of functional design and production
methods used in industrial crafts. Individual
projects designed to employ various technical and
mechanical methods of production to leather,
ceramic, metals and combination of these craft
materials. Lecture two hours, laboratory two
hours. Prerequisites: TEC 2106, 2116, 2126 or
permission of instructor.




TEC 4591. Advanced Offset Printing
Methods/(3).F;S.


This course is designed to build on the basics
covered in Graphic Communications I and Graphic
Communications II and Electronic Prepress and
Electronic Imaging. Students will gain experience
in advanced techniques in electronic prepress,
halftones, duotones, process color, process
stripping and process press work. The class will
meet for two hours of theory and four hours of
laboratory. Prerequisites: TEC 3012 and 3702.
[Dual-listed with TEC 5591.]




TEC 4592. Advanced Screen Process
Printing/(3).F;S.


Advanced laboratory practice in transfer and
direct photographic screen printing with emphasis
on multicolor printing, cylinder printing and
finishing techniques. Lecture one hour, laboratory
four hours. Prerequisite: TEC 3012. [Dual-listed
with TEC 5592.]




TEC 4596. Design and Material Development for
Industrial Crafts/(3).F.


An analysis of the development processing, and
finishing techniques used for ceramics, leather,
and non-metal materials. Emphasis is on
exploratory problems and the application of these
materials to the design of industrial craft
products. Lecture two hours, laboratory two hours.
Prerequisites: TEC 2106, 2116, 2126 or permission
of the instructor.




TEC 4601. Advanced Computer-Aided Drafting and
Design/(3).F;S.


In-depth exploration in technical illustration and
modeling as performed with Advanced CADD software.
Units will include: layout and construction
methods, perspective, and finished illustration
techniques appropriate to CADD. Lecture two hours,
laboratory two hours. Prerequisite: TEC 1001 or
permission of the instructor. (COMPUTER)




TEC 4608. Renewable Electricity
Technology/(3).F;S.


This course will introduce students to the basic
concepts, tools, techniques and materials needed
to design and construct systems that convert
solar, wind and hydro resources into electricity.
Students will learn how to measure these renewable
resources and estimate the power that could be
produced from them. They will learn how to design
and construct complete renewable electricity
systems and become familiar with many contemporary
products used in renewable electricity systems.
The course will include classroom and "hands on"
design, construction and possibly some field trip
experiences outside of class. Lecture two hours,
laboratory two hours. [Dual-listed with TEC 5608.]




TEC 4618. Sustainable Building Design and
Construction/(3).F;S.


This course will introduce students to
sustainability issues related to building
technology and will explore a variety of
solutions. Students will learn how to design
energy and material efficient buildings that get
the majority of their power from the sun. The
course will explore a variety of alternative
building materials and techniques such as straw
bale, adobe, log post and beam, stress skin panel
and geodesics. Other topics to be discussed will
include site selection, sustainable community
design, water conservation, composting and
recycling systems, waste reduction and indoor air
quality problems and solutions. [Dual-listed with
TEC 5618.]




TEC 4619. Curriculum Development in Career and
Technology Education/(3).SS.


Planning and development of teacher- and student-
directed activities that align with state
curriculum models. Students will create
instructional videos and a variety of computer-
generated instructional materials for use in
technology education and other career and
technical education programs. Emphasis is also
placed on assessment strategies and on locating,
evaluating, and revising existing instructional
materials including computer-based materials.
Lecture three hours. [Dual-listed with TEC 5619.]




TEC 4622. Current Trends in Graphic
Communications/(2).F;S.


This course is designed to emphasize current
trends, technical movements and problems as they
relate to the future of the printing industry.
Classes will focus on group discussions related to
these and other current issues. Students will be
required to refer to academic experiences,
internship experiences and library skills to
participate in discussions. Prerequisite: Senior
standing. Lecture two hours. (WRITING; SPEAKING)
[Dual-listed with TEC 5622.]




TEC 4628. Solar Thermal Energy Technology/(3).F;S.


This course will introduce students to the basic
concepts, tools, materials and techniques needed
to convert solar energy into heat. Specific
technologies to be studied include solar cookers,
solar dryers, solar water heaters, solar water
pasteurization/distillation, solar
greenhouses/coldframes, and some house heating
systems. Students will develop skills in the use
of tools, materials, and processes which
effectively and efficiently capture and convert
the sun's energy into thermal energy. The course
will include traditional classroom and "hands on"
design, construction and testing activities.
Lecture two hours, laboratory two hours.
[Dual-listed with TEC 5628.]




TEC 4629. Organization and Management of Career
and Technology Education/(3).S.


Instruction and laboratory experiences in the
organization and management of technology
education programs, including: selection and
sources of equipment and supplies; facility
planning; safety organization and management
concerns; scheduling; student evaluation; and
discipline. Computer applications incorporated
throughout. Lecture three hours. (WRITING;
COMPUTER) [Dual-listed with TEC 5629.]




TEC 4638. Contemporary Problems in Appropriate
Technology/(3).S.


This course is designed to provide students with
an overview of contemporary problems facing the
Appropriate Technology movement such as affordable
and efficient alternative energy systems, small
scale production systems, waste management and
recycling, bioregional development, community and
shelter design and technology transfer
methodology. Each student will have the
opportunity to explore in-depth a problem of their
choosing and will be given guidance in the
identification, definition and analysis of their
chosen problem. Both library research and
prototype or model construction will be required.
Lecture three hours. Prerequisite: TEC 4608 or
permission of the instructor. (WRITING; SPEAKING) 
[Dual-listed with TEC 5638.]




TEC 4639. Career and Technical Student
Organizations/(3).On Demand.


An in-depth study of career and technical student
organizations (CTSOs) and how to organize and
manage a local chapter. Related activities such as
service learning, establishing an advisory board,
and career planning will also be covered. Lecture
three hours. [Dual-listed with TEC 5639.]




TEC 4649. Cooperative Vocational and Industrial
Education/(3).S.


Organization and administration of a cooperative
program for vocational or interdisciplinary areas.
Included are locating and maintaining training
stations and developing training plans. Lecture
three hours.




TEC 4660. Instructional Strategies in Career and
Technology Education/(3).F.


The study of instructional strategies appropriate
for use in trade and industry (grades 9-12) and
technology education (grades K-12) classrooms.
Class discussions will focus on learning theory,
design-based instruction, and standards-based
instructional planning. Students will prepare
lesson plans, prepare and deliver presentations
and demonstrations, and engage in K-12
classroom-based observations. Lecture three hours.
(SPEAKING) [Dual-listed with TEC 5660.]




TEC 4667. Housing and Home Furnishings
Seminar/(3).F;S.


A seminar structured to prepare managers and
leaders for careers in industry with emphasis
being on housing and home furnishings. A highly
interactive, open course with limited enrollment
and guest speakers. The course includes an all day
trip to the High Point furniture market.




TEC 4701. Junior Design Studio/(4).F;S.


This course will begin the more intensive
development of a design process methodology for
the design student. Communication of this process
will be a primary focus through the documentation
and presentation of all work throughout the
semester. Students will have a series of design
projects providing opportunities to explore
various materials and processes, as well as
addressing contemporary design issues and design
theory. Potential projects may include furniture
design, exhibit design, improving the ergonomics
of existing products, and package design. Lecture
two hours, laboratory two hours. Prerequisites:
TEC 3702, and declared major in Industrial
Technology, Industrial Drafting and Design, or
Industrial Technology with a concentration in
Furniture Studies with 60 semester hours
completed.




TEC 4708. Building Science/(3).F;S.


This course introduces students to the complex
ways in which buildings actually interact with
their environment. Particular issues include how
moisture problems occur, how to protect building
occupants from poor health due to indoor air
quality, how to prevent building durability
problems, and how to provide more energy efficient
and comfortable buildings for clients. The course
shows students how to use diagnostic equipment,
such as blower doors, duct leakage testing
devices, indoor air quality measurement devices,
and air flow detection equipment. The course also
emphasizes translating technical materials into
concise written reports, as well as comprehensive
written reports. Prerequisite: TEC 2708 or
permission of instructor. (WRITING;
CROSS-DISCIPLINARY; NUMERICAL DATA) 
(ND Prerequisite: Passing the math placement test
or successful completion of MAT 0010.) 
[Dual-listed with TEC 5708.]




TEC 4718. Construction Management/(3).F;S.


This course will introduce students to the
mechanics of starting and managing a construction
business. Organizational structures, required
licenses, taxes, codes, permits, advertising,
personnel management, customer relations,
scheduling, accounting, insurance and financing
will be addressed. Special attention will be given
to the use of computer software, such as
spreadsheets and scheduling programs, for
construction management activities. Prerequisites:
TEC 2708 or permission of instructor, and basic
knowledge of computer word processing, Internet
procedures, and spreadsheets. (NUMERICAL DATA;
COMPUTER) (ND Prerequisite: Passing the math
placement test or successful completion of MAT
0010.) [Dual-listed with TEC 5718.]




TEC 4721. Commercial Building Design/(3).F;S.


This is an advanced level course exploring the
broad field of architectural building design. It
investigates the details of buildings, from
structural elements to decorative components.
Students have the opportunity to learn a variety
of design development techniques, including manual
drafting, sketching and rendering, computer-aided
drafting and design (CADD), and model building.
Required course projects include a full set of
construction drawings for a commercial building
using CADD software, as well as a rendering and
model of the building. Prerequisite: TEC 3021.
(COMPUTER) [Dual-listed with TEC 5721.]




TEC 4801. Senior Design Studio I/(5).F.


The first semester of the Senior Design Studio
will place higher expectations on the student's
design process, as developed in the Junior Studio.
Projects will be research oriented, and
documentation of the development of design ideas
will be paramount for successful completion of the
semester. Design research as it can be applied to
their upcoming senior design projects will be the
focus toward the end of the semester. The subjects
of design culture, the materiality of objects,
product semantics and user-centered design are
among the range of research topics and points of
discussion. Lecture two hours, laboratory three
hours. Prerequisite: TEC 4701. 




TEC 4802. Senior Design Studio II/(5).S.


The second semester of the Senior Design Studio
will look at professional practice in the field of
Industrial Design, professional ethics, the kinds
of jobs available, and opportunities for continued
education. A senior design project will be the
primary focus of the semester, with the student
using the research skills developed during the
first semester. Passing a portfolio review is a
requirement of this course. Lecture two hours,
laboratory three hours. Prerequisite: TEC 4801.




TEC 4900. Internship/(3-12).F;S.


Graded on S/U basis. (WRITING)