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departments / schools<br />
IET — Manufacturing Specialization<br />
MET 11800 Applied Mechanics: Statics<br />
MET 21100 Applied Strength of Materials<br />
MET 28500 Computer Numerical Control Applications<br />
MET 35500 Automation I<br />
MET 46100 Computer Integrated Design and Manufacturing<br />
5. General Education Electives (6 credits)<br />
A. At least one general education elective must be from humanities: art &<br />
design, communication, English, foreign language, music, philosophy, or<br />
appropriate interdisciplinary humanities courses. This course must be one<br />
of the courses that the Faculty Senate has approved to meet the Critical<br />
Appreciation for the Arts and Works of Human Expression general education<br />
requirement. Electives not allowed are any instrument or vocal courses.<br />
B. The other general education elective may be from humanities (listed in A<br />
above) or from social sciences: anthropology, economics, ethnic studies,<br />
geography, political science, psychology, sociology, women’s studies or<br />
appropriate interdisciplinary social science courses. This course must be one<br />
of the courses that the Faculty Senate has approved to meet the HowPeople<br />
Function in Society general education requirement.<br />
Note: In order toqualify for the IET B.S. degree a student must attain a grade of “C” or better in all IET courses.<br />
Industrial Engineering Technology<br />
IET SPECIALIZATIONS<br />
1. BS IET – Quality Specialization<br />
IET 27200 Job Evaluation<br />
IET 31100 International Quality Standards<br />
IET 41100 Applications of Lean SixSigma Methodologies<br />
TECH 2 - Technology Courses<br />
OLS 1 - Organizational Leadership& Supervision Course<br />
2. BS IET – Manufacturing Specialization<br />
MET 11800 Applied Mechanics Statics<br />
MET 21100 Applied Strength of Materials<br />
MET 28500 Computer Numerical Control Applications<br />
MET 35500 Automation I<br />
MET 46100 Computer Integrated Design and Manufacturing<br />
Bachelor of Science, Mechatronics<br />
Engineering Technology (MTB)<br />
The following are the Program Educational Objectives for the Baccalaureate<br />
degree in Mechatronics Engineering Technology (MTB):<br />
Program Educational Objective 1:<br />
The program will prepare graduates that are prepared for successful careers in the<br />
areas associated with the fabrication, testing, documentation, operation, sales, and<br />
maintenance of basic automated mechatronic (electro-mechanical) systems.<br />
Program Educational Objective 2:<br />
The program will prepare graduates that advance in their careers and continue<br />
their professional development.<br />
Program Educational Objective 3:<br />
The program will prepare graduates that understand the overall human context in<br />
which engineering technology activities take place. Adapting to the growing need<br />
for trained engineering technologists within the high speed packaging industry is<br />
the emphasis of the bachelor’s degree program in Mechatronics Engineering Technology.<br />
The program combines mechanical design, manufacturing and electrical<br />
control within a foundational context of packaging machinery. The degree is also<br />
very valuable in other industrial areas as well, such as the automotive industry.<br />
Students in this program benefit from internships offered by local packaging<br />
industries and are very mobile with career opportunities available nationwide.<br />
Bachelor of Science Degree in Mechatronics Engineering Technology<br />
provides knowledge in:<br />
Computer Hardware & Electric Circuits<br />
Manufacturing Processes<br />
Strength of Materials<br />
Electrical Power & Machinery<br />
Process Control<br />
Machine Elements, Machine Design<br />
Programmable Logic Controllers<br />
Industrial Programming & Networking<br />
Dynamics, Mechanism Kinematics<br />
Fluid Power & Fluid Mechanics<br />
Power Electronics, Digital Applications<br />
Heat Transfer<br />
Computer Numerical Control<br />
Computer Aided Design & Manufacturing<br />
Production Design & Specifications<br />
Career Opportunities:<br />
Technical Services<br />
Machine Designer<br />
Packaging Engineer<br />
Automation Specialist<br />
Human/Machine Interface (HMI)<br />
Programmer<br />
Controls Specialist<br />
Motion Control Programmer<br />
Bachelor of Science, Mechatronics<br />
Engineering Technology<br />
(128/130 credits)<br />
1. Communication<br />
ENGL 10400 English Comp. I<br />
ENGL 22000 Technical Report Writing<br />
COM 11400 Fund. of Speech Comm.<br />
2. Science and Mathematics<br />
Science:<br />
PHYS 22000 General Physics I<br />
Math:<br />
MA 15900 Pre-Calculus<br />
MA 21900 Calculus for Technology I<br />
MA 22200 Calculus for Technology II<br />
3. Major Requirements<br />
ECET 10200 Electrical Circuits I<br />
ECET 10900 Digital Fundamentals<br />
ECET 11000 Computer Architecture<br />
ECET 15200 Electrical Circuits II<br />
ECET 21200 Electric Power and Machinery<br />
ECET 21700 Introduction to Process Control<br />
ECET 26200 Programmable Logic Controllers<br />
ECET 31200 Power Electronics<br />
ECET 33000 Industrial Programming & Networking<br />
ECET 36200 Process Control<br />
ECET 46200 Advanced Process Control<br />
ET 10000 Freshman Experience<br />
ET 15100 Internship<br />
ET 25200 Internship<br />
ET 49500 Senior Project Survey<br />
ET 49700 Senior Project<br />
IET 30800 Project Management<br />
MET 10000 Production Drawing & CAD<br />
142 | departments / schools
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