Manufacturing Engineering (BS)
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Variable Credit Max
Major Academic Plan
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Program Requirements
Students must have a minimum of 123 total hours (including major, GE, and Religion hours) to graduate with this major.
Requirement 1 —Complete 11 Courses
course - Modern Manufacturing 3.0
course - Material Removal 3.0
course - Computer-Aided Manufacturing 3.0
course - Manufacturing Leadership 1.0
course - Metals Processes 4.0
course - Industrial Automation 3.0
course - Quality Systems 3.0
course - Plastics Materials &Processing 3.0
course - Lean Mfg & Sys Des 3.0
course - Data Analysis 3.0
course - Senior Seminar 1.0
Requirement 2 —Complete 1 hour
course - Academic Internship - You may take up to 3.0 credit hours 0.5v
Requirement 3 —Complete 2 Options
Supporting courses:
Requirement 3.1 — Complete 11 Courses
course - Principles of Biology 3.0
course - Engineering Mechanics-Statics 3.0
course - Engr Mechanics - Mechanics of Materials 3.0
course - Gen College Chem 1+Lab Integr 4.0
course - Calculus 1 4.0
course - Materials Science 3.0
course - Engineering Graphics 3.0
course - Intro to Newtonian Mechanics 3.0
course - Intro to Stat Data Analysis 3.0
course - Innovation 1.0
course - Technical Communication 3.0
Requirement 3.2 — Complete 1 of 2 Courses
course - How to Program 3.0
course - Intro to Computer Science 3.0
Requirement 4 — Complete 3 of 10 Courses
Technical Elective courses:
course - MFG Electronics & Microsystems 3.0
course - Design for X 3.0
course - Tool Design 3.0
course - Intro to SMART Manufacturing 3.0
course - Instrumentation for MFGEN 3.0
MFGEN 440 - Six Sigma 3.0 - This course is no longer available.
course - Intro to Composites 3.0
course - Innovation & Entrepreneurship 3.0
course - Mfg Systems & Simulation 3.0
course - Foundations Global Leadership 3.0
Requirement 5 — Complete 12 hours
Math, Science, and Statistics supporting courses:
course - General College Chemistry 2 3.0
course - Organic Chemistry 1 - Majors 3.0
course - Industrial Organic Chemistry 3.0
course - Calculus 2 4.0
course - Elementary Linear Algebra 2.0
course - Computational Linear Algebra 1.0
course - Ordinary Differential Equation 3.0
course - Intro to Waves, Optics, Thermo 3.0
course - Bayesian Reliability 3.0
course - Stat Methods for Research 1 3.0
course - Stat Methods for Research 2 3.0
Requirement 6 — Complete 2 Courses
course - Integrated Prodct&Proc Desgn 1 3.0
course - Product Dev 2 - Capstone 3.0
Requirement 7 — Obtain confirmation from your advisement center that you have completed the following:
Complete department packet and exit interview.