Mechanical, Industrial, and Nuclear Engineering Subjects
MECHANICAL, INDUSTRIAL AND NUCLEAR ENGINEERING
Subjects covered.
| Undergraduate | Graduate |
| Mechanical | Mechanical |
| Control theory | Acoustics |
| Energy convection | CAD/CAM |
| Energy producing engines, devices | Control systems |
| Fluid mechanics | Dynamics |
| Kinematics and dynamics of machines | Engineering design |
| Manufacturing engineering | Energy conservation |
| Mechanical component design | Finite element analysis |
| Mechanical systems | Finite element methods |
| Mechanical vibration | Fluid mechanics |
| Mechanics | Heat transfer |
| Product and machine design | Kinematics |
| Production engineering | Robotics |
| Thermal / fluid systems | Solar energy |
| Thermodynamics | Thermodynamics |
| Vibrations, digital signal processing | |
| Industrial | Industrial |
| CAD/CAM | Active control, active vibration control |
| Chemical process safety | Analytical methods |
| Cost estimation | Chemical process safety |
| Engineering administration | Computerization in engineering |
| Engineering economics | Dynamic systems |
| Engineering statistics | Engineering administration |
| Facilities design | Ergonomics/human factors |
| Fire protection engineering | Fire protection engineering |
| Hazard analysis, identification | Hazard analysis and identification |
| Human factors | Industrial hygiene |
| Industrial hygiene | Maintainability engineering |
| Management information systems | Modal analysis |
| Manufacturing processes, planning | Modeling and simulation |
| Mathematical modeling | Occupational safety and health |
| Occupational safety and health | Operations research |
| Operations research | Product liability |
| Quality engineering, management | Production/manufacturing |
| Risk analysis, communication, management | Quality engineering and management |
| Safety: analysis, management, and reliability | Risk analysis, communication and management |
| Simulation of real systems | Safety analysis and management |
| Software safety | Software safety |
| System safety | System safety |
| Work measurement | |
| Nuclear | Nuclear |
| Alternative energy systems | Applied nuclear science |
| Bioassay measurements | Bioassay measurements |
| Environmental radioactivity | Environmental radioactivity |
| Fusion | Health physics |
| Health physics | Medical applicatinos of nuclear science |
| Medical health physics | Medical health physics |
| Metabolism of radionuclides | Medical physics |
| Natural radiation environment | Metabolism of radionuclides |
| Naturally occurring radioactive material | Natural radiation environment |
| Nuclear fuel cycles | Naturally occurring radioactive materials |
| Nuclear physics | Nuclear fusion |
| Nuclear reactor theory and design | Nuclear reactor engineering |
| Power engineering | Nuclear safety |
| Radiation dosimetry, measurement, shielding/design, instrumentation | Radiation dosimetry, effects, measurement, shielding, instrumentation |
| Radiobiology | Radiological environmental assessment |
| Radon monitoring | Reactor fuel design |
| Whole body counting | Thermal analysis |
| Two-phase flow/boiling heat transfer | |
| Whole body counting |
Degrees granted. The department offers the B.S. in Mechanical and Nuclear Engineering, and the M.S. and Ph. D. degrees in Mechanical, Industrial, and Nuclear Engineering and Health Physics.
Research focus.
Dorothy Byers
January 26, 2007
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