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Mar 10, 2025
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2024-2025 Undergraduate and Graduate Catalog [ARCHIVED CATALOG]
ABM - BSME Mechanical Engineering / MSE Mechanical Engineering Concentration
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 Return to: Programs of Study
The Accelerated Bachelor’s / Master’s (ABM) plan of study in Mechanical Engineering, BSME and the Mechanical Engineering Concentration, MSE allows highly qualified students to graduate with both a BSME and an MSE in Mechanical Engineering Concentration in five years. To be eligible, students must demonstrate broad academic achievement and the capacity to work at the graduate level.
Admission, Application, and Grade, Credit & Time Requirements are outlined in the University’s policy.
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Admission and Application Requirements
Students must meet the Admission, Application, & Grade, Credit, and Time Requirements oulined in the University’s ABM Policy. In addition to the University’s ABM Admission Requirements students must: - have Mechanical Engineering, BSME (any concentration) declared as their primary major
Advising
During their senior year, students admitted to the ABM plan of study will be advised jointly by an Undergraduate Advisor and the Graduate Coordinator. The undergraduate degree graduation timeline for each student will be determined collaboratively with the student, Undergraduate Advisor, Graduate Coordinator, and Department Head. Following undergraduate degree completion, students will be advised by the Graduate Coordinator only. Course Requirements
Program Requirements for the BSME in Mechanical Engineering Mechanical Engineering, BSME Mechanical Engineering, BSME, Autonomous and Robotic Systems Concentration Mechanical Engineering, BSME, Sustainable Energy Systems Concentration Program Requirements for the MSE in Mechanical Engineering Concentration Engineering, MSE, Mechanical Engineering Concentration Approved ABM Courses Upon ABM admission and successful completion, the following graduate‐level courses are approved to satisfy both the BSME and MSE Mechanical Engineering Concentration degree requirements as outlined below. No more than 9 graduate credit hours may be double counted toward the requirements of both degrees. 9 credit hours may be selected from the following Undergraduate Senior Year Technical Electives: Choose 9 credit hours from the following: - ENGR 400G - Advanced Engineering Methods Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - ENGR 430G - Introduction to Solar Energy System Design Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - ENGR 431G - Utility-Scale Solar Energy System Design Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - ENGR 432G - Modeling and Simulation of Solar Energy Systems Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - ENGR 480G - Applied Machine Learning Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - ENGR 481G - Internet-of-Things Design and Applications Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - MCHE 463G - Computer-Aided Manufacturing I Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - MCHE 464G - Computer-Aided Manufacturing II Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - MCHE 465G - Combustion Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - MCHE 466G - Environmental Engineering Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - MCHE 474G - Control Systems Design Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - MCHE 477G - Advanced Computer-Aided Design Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - MCHE 478G - Finite Element Analysis Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - MCHE 480G - Composite Materials Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - MCHE 485G - Mechanical Vibrations Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - MCHE 488G - Biomechanics I Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - MCHE 489G - Robot Dynamics and Control Credit Hours: 3
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses) - ENGR 5XX
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses)
- ENGR 6XX
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses)
- MCHE 5XX
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses)
- MCHE 6XX
(Satisfies UGRD Sr Yr requirement: 3 cr hrs in Technical Electives)
(Satisfies GRAD requirement: 3 cr hrs in MCHE or ENGR courses)
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Return to: Programs of Study
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