Breadcrumb
The Paul M. Rady Department of Mechanical Engineering offers a wide range of upper-level courses designed to increase students’ knowledge and allow them to pursue more advanced career opportunities. View the Mechanical Engineering Graduate and Elective Courses guide to view full descriptions of our current courses.
- 4000-level courses are open to mechanical engineering undergraduate juniors and seniors.
- 5000-level are open to engineering graduate students and mechanical engineering undergraduate juniors and seniors.
- 6000-level and above courses are recommended for graduate students.
Fall 2024 Course Offerings
Classes indicated with the symbol are approved for the Biomedical Engineering minor.
Classes indicated with the symbol are approved for the Energy Engineering minor.
MCEN 4032/5032: Sustainable Energy
MCEN 4115/5115: Mechatronics 1
MCEN 4127/5127: Biomedical Ultrasound
MCEN 4131/5131 Air Pollution Control Engineering
MCEN 4138/5138: Feedback Control
MCEN 4141/5141: Indoor Air Pollution
MCEN 4151/5151: Flow Visualization
MCEN 4157/5157: Modeling of Human Movement
MCEN 4174/5174: Failure of Engineering Materials
MCEN 4195/5195: Bioinspired Robotics
MCEN 4/5228-001: Thermal Systems Analysis and Innovation
MCEN 4/5228-002: Surface Forces in Biology
MCEN 4/5228-003: Regenerative Biology and Tissue Repair
MCEN 4/5228-004: Machine Learning in Mechanical Engineering
MCEN 4/5228-007: Continuum Mechanics
MCEN 4/5228-009: Membrane Technologies
MCEN 4115/5115: Mechatronics 1
MCEN 4127/5127: Biomedical Ultrasound
MCEN 4131/5131 Air Pollution Control Engineering
MCEN 4138/5138: Feedback Control
MCEN 4141/5141: Indoor Air Pollution
MCEN 4151/5151: Flow Visualization
MCEN 4157/5157: Modeling of Human Movement
MCEN 4174/5174: Failure of Engineering Materials
MCEN 4195/5195: Bioinspired Robotics
MCEN 4/5228-001: Thermal Systems Analysis and Innovation
MCEN 4/5228-002: Surface Forces in Biology
MCEN 4/5228-003: Regenerative Biology and Tissue Repair
MCEN 4/5228-004: Machine Learning in Mechanical Engineering
MCEN 4/5228-007: Continuum Mechanics
MCEN 4/5228-009: Membrane Technologies
MCEN 4/5228-100: Design of Chocolate (also available Summer 24)
MCEN 4/5228-200: Practical Electronics
MCEN 4/5193 Design of Coffee
MCEN 4/5299 Household Energy Systems
MCEN 4291/5291: PBL in Rural Schools
MCEN 5020: Methods of Engineering Analysis
MCEN 5021: Intro to Fluid Dynamics
MCEN 5023: Solid Mechanics
MCEN 5044: Mechanical Behavior of Materials
MCEN 5055: Advanced Product Design (priority goes to MS Design Track students, but students can submit an Intent to Enroll to be considered)
MCEN 5030: Intro to Research
MCEN 5161: Aerosols
MCEN 5228-012: Energy Materials Characterization
MCEN 5448: Linear Systems
MCEN 5636: Micro-Electro-Mechanical Systems
MCEN 4/5228-200: Practical Electronics
MCEN 4/5193 Design of Coffee
MCEN 4/5299 Household Energy Systems
MCEN 4291/5291: PBL in Rural Schools
MCEN 5020: Methods of Engineering Analysis
MCEN 5021: Intro to Fluid Dynamics
MCEN 5023: Solid Mechanics
MCEN 5044: Mechanical Behavior of Materials
MCEN 5055: Advanced Product Design (priority goes to MS Design Track students, but students can submit an Intent to Enroll to be considered)
MCEN 5030: Intro to Research
MCEN 5161: Aerosols
MCEN 5228-012: Energy Materials Characterization
MCEN 5448: Linear Systems
MCEN 5636: Micro-Electro-Mechanical Systems
Spring 2024 Course Offerings
Classes indicated with the symbol are approved for the Biomedical Engineering minor.
Classes indicated with the symbol are approved for the Energy Engineering minor.
MCEN 4012/5012 Renewable Fuels, Fuel Cells and Internal Combustion Engines
MCEN 4113/5113 Mechanics of Cancer
MCEN 4117/5117 Anatomy and Physiology
MCEN 4125/5125 Optimal Design
MCEN 4133/5133 Intro to Tissue Biomechanics
MCEN 4135/5135 Wind Energy and Wind Turbine Design
MCEN 4138/5138 Feedback Control
MCEN 4171/5171 Biofluids on the Micro Scale
MCEN 4173/5173 Finite Element Analysis
MCEN 4193/5193 Design of Coffee
MCEN 4195/5195 Bioinspired Robotics
MCEN 4228/5228-003 Fluid Mechanics in the Human Body
MCEN 4228/5228-006 Thin Film Materials
MCEN 4228/5228-011 Mechanics of Snow
MCEN 4113/5113 Mechanics of Cancer
MCEN 4117/5117 Anatomy and Physiology
MCEN 4125/5125 Optimal Design
MCEN 4133/5133 Intro to Tissue Biomechanics
MCEN 4135/5135 Wind Energy and Wind Turbine Design
MCEN 4138/5138 Feedback Control
MCEN 4171/5171 Biofluids on the Micro Scale
MCEN 4173/5173 Finite Element Analysis
MCEN 4193/5193 Design of Coffee
MCEN 4195/5195 Bioinspired Robotics
MCEN 4228/5228-003 Fluid Mechanics in the Human Body
MCEN 4228/5228-006 Thin Film Materials
MCEN 4228/5228-011 Mechanics of Snow
MCEN 4228/5228-100 Mechatronics 2
MCEN 4228/5228-801 Design for Inclusion (application required)
MCEN 4231/5231 Computational Fluid Dynamics
MCEN 4238 Design for Community
MCEN 4279/5279 Aesthetics in Design
MCEN 4291/5291 Project Based Learning in Rural Schools (see flyer)
MCEN 5022 Classical Thermodynamics
MCEN 5024 Materials Chemistry and Structures
MCEN 5042 Heat Transfer
MCEN 5045 Design for Manufacturability
MCEN 5055 Advanced Product Design (priority goes to MS Design Track students, but students can submit an Intent to Enroll to be considered)
MCEN 5228-005 Fracture Mechanics
MCEN 5228-007 Advanced Dynamics
MCEN 5298 Introduction to Polymers
MCEN 4228/5228-801 Design for Inclusion (application required)
MCEN 4231/5231 Computational Fluid Dynamics
MCEN 4238 Design for Community
MCEN 4279/5279 Aesthetics in Design
MCEN 4291/5291 Project Based Learning in Rural Schools (see flyer)
MCEN 5022 Classical Thermodynamics
MCEN 5024 Materials Chemistry and Structures
MCEN 5042 Heat Transfer
MCEN 5045 Design for Manufacturability
MCEN 5055 Advanced Product Design (priority goes to MS Design Track students, but students can submit an Intent to Enroll to be considered)
MCEN 5228-005 Fracture Mechanics
MCEN 5228-007 Advanced Dynamics
MCEN 5298 Introduction to Polymers