ME EN Technical Elective Options
Technical electives are the final phase of undergraduate education in Mechanical Engineering. Considerable latitude is allowed in the selection of technical electives. The objectives of the technical electives are to synthesize the knowledge and skills acquired in required ME EN courses and to broaden the student’s knowledge in other related technical areas.
To see a list of approved courses outside Mechanical Engineering, click here.
Technical Elective Requirements
- Twelve technical elective credit hours are required.
- All technical electives must be:
- Upper division courses (3000-5999);
- Taken for a letter grade (except ME EN 5910 Co-op and ME EN 5930 Undergraduate Research);
- Satisfactorily completed with a C or better (B or higher to be used for an emphasis).
- Six of the twelve technical elective credits must be completed with lecture-based 5000-level courses within the Mechanical Engineering department, excluding ME EN 4999, 5910, 5930 and 5950. This requirement is waived for students pursuing the Data Science Emphasis or Computer Science Minor. These students can complete all 12 technical elective credits from the list of approved courses outside of Mechanical Engineering.)
- Each of the nontraditional ME courses (ME EN 4999, 5910, 5930, 5950) are capped at 3 credit hours each.
- No more than 6 credits total may be taken from the following course numbers: ME EN 4999, 5910, 5930, 5950, plus the below lists of non-ME technical elective courses.
Co-op, Design, & Research Options
Technical elective credit may be earned for co-op, design, and research experiences through the following courses:
- ME EN 4999 – Honors Thesis/Project
- ME EN 5910 – Cooperative Education/Internship– Apply here
- ME EN 5930 – Undergraduate Research– Apply here
- ME EN 5950 – Independent Study– Apply here
These courses allow the student to have experiences not normally available in regularly scheduled classes.
Design, Ergonomics, Manufacturing & Systems Group
Course
|
Title
|
F24
|
S25
|
Su25
|
F25
|
S26
|
Su26
|
---|---|---|---|---|---|---|---|
ME EN 5000 | Engineering Law and Contracts | F25 | |||||
ME EN 5010 | Principles of Manufacturing Processes | S26 | |||||
ME EN 5011 | Additive Manufacturing | F24 | F25 | ||||
ME EN 5035 | Design of Experiments | S25 | S25 | ||||
ME EN 5050 | Fundamentals of Micromachining Processes | F24 | S25 | F25 | S26 | ||
ME EN 5051 | Microsensors | F25 | |||||
ME EN 5053 | Microactuators | S25 | S26 | ||||
ME EN 5055 | Microsystems Design and Characterization | S25 | S26 | ||||
ME EN 5060 | Sustainable Product and Processes | S25 | |||||
ME EN 5070 | Electromechanical Energy Harvesting | F24 | |||||
ME EN 5100 | Ergonomics | F24 | F25 | ||||
ME EN 5110 | Introduction to Industrial Safety | S26 | |||||
ME EN 5130 | Design Implications for Human-Machine Systems | F25 | |||||
ME EN 5150 | Product Safety & Engineering Ethics | F24 | F25 | ||||
ME EN 5160 | Fund of Systems Engineering | F24 | F25 | ||||
ME EN 5166 | Model-Based Systems Engineering | F24 | F25 | ||||
ME EN 5170 | Systems Eng and Integration | S25 | S26 | ||||
ME EN 5181 | Systems Definition and Modeling | S26 | |||||
ME EN 5182 | Design of Production and Service Systems | ||||||
ME EN 5183 | Discrete Event Systems Simulation | F24 | F25 | ||||
ME EN 5184 | Operations Research for Systems | S25 | F25 | ||||
ME EN 5185 | Data Analytics for Engineers | F24 | S26 | ||||
ME EN 5186 | Engineering Economic Analysis | Su25 | Su26 | ||||
ME EN 5730 | Microfluidic Chip Design and Fabrication | F24 |
Robotics and Controls Group
Course
|
Title
|
F24
|
S25
|
Su25
|
F25
|
S26
|
Su26
|
---|---|---|---|---|---|---|---|
ME EN 5200 | Classical Control Systems | F24 | F25 | ||||
ME EN 5205 | System Dynamics | F24 | F25 | ||||
ME EN 5210 | Linear Control Systems/State Space Control | S25 | S25 | ||||
ME EN 5220 | Robotics | F24 | F26 | ||||
ME EN 5230 | Introduction to Robot Control | S25 | S26 | ||||
ME EN 6240 | Advanced Mechatronics (instructor consent needed) | S25 | S26 | ||||
ME EN 5250 | Object-Oriented Programming for Interactive Systems | F24 | F25 |
Solid Mechanics Group
Course
|
Title
|
F24
|
S25
|
Su25
|
F25
|
S26
|
Su26
|
---|---|---|---|---|---|---|---|
ME EN 5300 | Advanced Mechanics of Materials | S25 | S26 | ||||
ME EN 5400 | Vibrations | F24 | F25 | ||||
ME EN 5410 | Intermediate Dynamics | S26 | |||||
ME EN 5500 | Engineering Elasticity | F25 | |||||
ME EN 5510 | Applied Finite Element Analysis | F24 | Su25 | F25 | Su26 | ||
ME EN 5515 | Theory of Linear Finite Element Method | F24 | F25 | ||||
ME EN 5520 | Mechanics of Composite Materials | S25 | S26 | ||||
ME EN 5530 | Introduction to Continuum Mechanics | F24 | F25 | ||||
ME EN 5535 | Intro to Biomechanics/Biomechanics I | F24 | F25 | ||||
ME EN 5540 | Biomechanics II (Soft Tissue Mechanics) | S25 | S26 |
Thermal Fluids and Energy Systems Group
Course
|
Title
|
F24
|
S25
|
Su25
|
F25
|
S26
|
Su26
|
---|---|---|---|---|---|---|---|
ME EN 5600 | Intermediate Thermodynamics | S25 | S26 | ||||
ME EN 5630 | Nanoscale Heat Transfer | F25 | |||||
ME EN 5650 | Intermediate Heat Transfer | F24 | F25 | ||||
ME EN 5700 | Intermediate Fluid Dynamics | F24 | F25 | ||||
ME EN 5710 | Aerodynamics | F24 | F25 | ||||
ME EN 5740 | Wind Energy | S25 | |||||
ME EN 5790 | Energy System Analysis | S25 | |||||
ME EN 5800 | Sustainable Energy Engineering | F24 | F25 | ||||
ME EN 5810 | Thermal Systems Design | ||||||
ME EN 5820 | Thermal Environmental Engineering (HVAC) | S26 | |||||
ME EN 5830 | Aerospace Propulsion | S25 | S26 |