| NOTE: |
Academic Credits - The number of academic credits for each course
is the number of credits earned in one semester with successful completion
of that course.
Prerequisite and Corequisite - “Prerequisite” means that
the listed course[s] must be successfully completed with the indicated grade.
A “corequisite” may be taken in the same semester. |
| Course
# |
Course
Description |
Credits |
|
Jump to:
|
MIT |
Credits
|
| IDS 120 |
Building Maintenance
-- Prerequisites: None. Includes carpentry basics, power
tool and hand tool safety and use, framing, trim, hanging doors and
windows, installing cabinets and counter tops, screen repair, lock
replacement, cutting keys, drywall basics, painting, basic masonry,
an overview of floor and wall coverings, environmental concerns
such as lead-based paint, asbestos and radon, and basic
architectural blueprint reading. 2 lecture hours; 2 lab
hours.
|
3
|
| |
|
| IDS 122 |
General Maintenance
-- Prerequisites: None. Corequisite: MIT 113. Covers
maintenance scheduling, record keeping, budgeting, preventative
maintenance, plumbing basics [fixture repair and replacement,
piping, basic plumbing code, etc.], major appliance installation
and repair, swimming pool care, landscape management, chemical
usage and storage, MSDS files, ADA compliance and safety and
liability topics. 2 lecture hours; 2 lab hours.
|
3
|
| |
|
| MIT
102 |
Introduction to
Print Reading -- Prerequisites: "C" or better in MAT
044 or assessment/waiver. Provides an introduction to reading
and interpreting machine shop symbols, welding blueprints and
working drawings used in trades and crafts. Focuses on dimension,
shape, fabrication and assembly. Applies basic mathematics to the
solution of print and performance problems. 2 lecture hours; 2 lab
hours. |
3
|
| |
|
| MIT 103 |
Motors and Motor
Controls -- Prerequisite: MIT 113. This course is
designed to give each student a general understanding of common
types of electric motors, extending from the small shaded pole fan
motors to the large three-phase motors. The student will receive an
education in motor theory, magnetism and how it affects motor
rotation. Motor starting components and protective devices for
motor slippage, how they are wired to obtain different speeds, and
how capacitors affect a motor circuit will be included. 2 lecture
hours; 2 lab hours. |
3
|
| |
|
| MIT 104 |
Fluid Power
Basics -- Corequisites: "C" or better in MAT 050 or
assessment/waiver or MIT program chair approval. Introduces the
student to fluid power principles and components. Teaches basic
circuit design, symbols and schematic diagrams to build a
foundation for career work in fluid power technology. 2 lecture
hours; 2 lab hours. |
3
|
| |
|
| MIT
106 |
Introduction to
the Workplace and Safety -- Prerequisites: None.
Introduces basic safety instruction including OSHA requirements and
other concerns [MSDS, confined space, lock out/tag out, zero energy
state, hazardous materials, storage of flammable materials, storage
of fuel gas and high pressure gas cylinders, portable powered tool
safety, hand tool safety, record keeping, training, employer
enforcement of safety regulations, with to know, etc.]. Includes an
introduction to measuring instruments, hand tools, portable powered
tools, and procedures that are pertinent to the mix of specialties
on the campus. Lab projects will be designed to reinforce safety
procedures and develop competency levels in using the measuring
instruments, hand tools, portable powered tools, and procedures
that are pertinent to the mix of specialties on the campus. Lab
projects will be designed to reinforce safety procedures and
develop competency levels in using the measuring instruments, hand
tools and portable powered tools introduced in the course. 2
lecture hours; 2 lab hours.
|
3
|
| |
|
| MIT 113 |
Basic Electricity --
Corequisites: "C" or better in MAT 050 or assessment/waiver.
Studies electrical laws and principles pertaining to DC and AC
circuits. Includes current, voltage, resistance, power, inductance,
capacitance, and transformers. Stresses the use of standard
electrical tests, electrical equipment and troubleshooting
procedures. Safety procedures and practices are emphasized. 2
lecture hours; 2 lab hours. |
3
|
| |
|
| MIT 114 |
Introductory
Welding -- Prerequisites: None. Provides basic
skills and fundamental knowledge in oxyacetylene welding, cutting
and brazing, shield metal arc welding, gas metal arc welding and
gas tungsten arc welding. This course is designed for beginning
welders, auto service and body technicians, and individuals in the
HVAC industry. Emphasizes safe practices in oxyacetylene and arc
welding processes. 1 lecture hour; 4 lab hours. |
3
|
| |
|
| MIT 120 |
Metallurgy
Fundamentals -- Prerequisites: None. Studies the
fundamentals of thermodynamics and reactions occurring in metals
subjected to various kinds of heat treatment. Includes
classification and properties of metals, chemical and physical
metallurgy, theory of alloys, heat treatment principles as applied
to ferrous and nonferrous materials, tests to determine uses, heat
treatment for steels, special steels, and cast iron, powder
metallurgy, and use of gas and electric furnaces and their
controls. 2 lecture hours; 2 lab hours.
|
3
|
| |
|
| MIT 205 |
Programmable
Controllers I -- Prerequisites: MIT 113, TEC 104 or MIT
program chair approval. Introduces the basic theory, operation
and programming of programmable logic controllers. Demonstrates
programming examples, set-up examples and troubleshooting, as well
as PLC timing, counting, arithmetic, logic and sequencers. 2
lecture hours; 2 lab hours.
|
3
|
| |
|
| MIT 206 |
Programmable
Controllers II -- Prerequisites: MIT 205 or MIT program
chair approval.. Serves as an introduction to the field of
industrial controls. Students will learn the principles of control
and how they are applied to a production system to achieve
automation. Systems included in the courses are stepper motors,
programmable logic controllers, microprocessors, computers and
feedback systems. Emphasis is placed on programmable logic
controllers and the local area network. 2 lecture hours; 2 lab
hours.
|
3
|
| |
|
| MIT
260 |
Problem Solving
and Teamwork -- Prerequisites: Completion of 45 credits
toward degree including, ENG 111, MAT 111 or assessment/waiver.
Covers critical thinking skills, collection and analyzing data, and
quality control overview, teamwork, problem solving and decision
making techniques as they apply to a technological environment. As
a capstone course for the Manufacturing and Industrial Technology
program, this course is designed to reinforce and apply the
knowledge and skills learned in previous communication, mathematics
and technical courses and foster team and individual skills through
experiments, case studies, problem solving projects, and a writing
project. 2 lecture hours; 2 lab hours. |
3
|
| |
|
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