Courses
Graduate course outlines
Special Topic Graduate Courses
- MECH 580 A01 – A01 Robotics CRN 30650 - Outline
- MECH 580 A04 Experimental Techniques and Uncertainty CRN 30653 - Outline
- MECH 580 – A05 Microfluidics for Biomedical Engineering and Energy Applications CRN 30654 Outline
BME Special Topic Graduate Courses
- BME500: Medical Device and System Design for Clinical Engineers - Outline
- BME501: Biosensors and Imaging for Medical Device Design - Outline
- BME510: Bioprinting and 3D Printing Human Body Parts - Outline
Required Graduate Courses
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Master Students |
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PhD Students |
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MECH 601 - Advanced Eng. Analysis or |
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PhD Students |
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M.Eng. Students |
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PhD Students |
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PhD Students |
Graduate Courses Offered in Combination with 4th Year Technical Electives
- MECH 410/520 - Computer Aided Design
- MECH 411/524 - Planning and Control of Prod. Systems
- MECH 420/563 - Finite Element Applications
- MECH 421/504 - Mechanical Vibrations
- MECH 423/575 - Engineering Ceramics
- MECH 430/580 - Robotics
- MECH 443/541 - Advanced Thermodynamics
- MECH 444/547 - Wind Power Systems
- MECH 445/543 - Cryogenic Engineering
- MECH 446/546 - Introduction to Ocean Engineering
- MECH 447/542 - Energy Systems
- MECH 449/549 - Fuel Cell Technology
- MECH 450C/580 -Hydrodynamic Principles in Naval Architecture
- MECH 450D -Engineering Optimization
- MECH 450E/580 -Advanced Fluid Mechanics
- MECH 450E/580 - Additive Manufacturing and Machining of Advanced Materials
- MECH 450F/580 - Microfluidics for Biom. and Energy App
- MECH 458/554 - Mechatronics
- MECH 459/558 - Fundamentals of Hybrid Vehicles
- MECH 460/521 - Computer Aided Manufacture
- MECH 466/555 - Microelectromechanical Systems
- MECH 472/576 - Electron Microscopy
- MECH 473/573 - Ferrous and Non-Ferrous Metals
- MECH 475/538 - Aircraft Design
- MECH 481/515 - Bio Materials & Tissue Engineering
- MECH 483/510 - Mechanics & Energy Conversion for Living Cells
- MECH 485/580 - Mechanism and Manipulator Synthesis
- MECH 492/540 - Transport Phenomena
- MECH 495/535 - Computational Fluid Dynamics & Heat Transfer