Graduate Course Schedule

Odd Year
Spring	Fall
515 Energy Conversion 530 Machine Dynamics 531 Fundamentals of Mechanical Vibrations 541 Control Systems Design 544 Robot Design Controls and Applications 563 CAD/CAM	510 Heating Ventilating and Air Conditioning Systems 532 Vehicle Dynamics 550 Introduction to Computational Fluid Flow and Convection 562 Pressure Vessel Design
Spring	Fall
623 Applied Stress Analysis I 628 Mechanical Behavior of Materials 629 Nonlinear Engineering Problems 655 Micro- and Nano-Fluid Dynamics 661 Failure Analysis of Mechanical Systems 662 Microscale Heat and Mass Transfer 696 ST: Corrosion in Engineering 696 ST: Fundamentals of Composite Processing and Mechanics 696 ST: Structural Analysis of Tires I*	608 Thermodynamics 610 Dynamics of Viscous Flow 617 Radiation Heat Transfer 622 Continuum Mechanics 624 Fundamentals of Fracture Mechanics 631 Kinematic Design 633 Computational Modal Analysis of Structures 634 Advanced Dynamics of Rotary Machines 647 Neural/Fuzzy Control Systems 650 Tribology 660 Engineering Analysis 670 Integrated Flexible Manufacturing Systems 671 Fundamentals and Applications of MEMS 696 ST: Analysis of Manufacturing Systems 696 ST: Robot Design Control and Applications II 696 ST: Structural Analysis of Tires II*
Spring	Fall
704 FEA II 710 Dynamics of Viscous Flow II 719 Advanced Heat Transfer 763 Advanced Methods in Engineering Analysis	730 Vibrations of Continuous Systems

^*696 ST: Structural Analysis of Tires I, II are offered at Goodyear only

Even Year
Spring	Fall
516 Heat Transfer Processes 522 Experimental Stress Analysis 531 Fundamentals of Mechanical Vibrations 541 Control Systems Design	532 Vehicle Dynamics 543 Optimization Methods in Mechanical Engineering
Spring	Fall
600 Gas Dynamics 611 Computational Fluid Dynamics I 615 Conduction Heat Transfer 625 Analysis of Mechanical Components 627 Advanced Materials and Manufacturing Processes 635 Stress Waves in Solids and Fluids 646 Expert Systems in Controls and Manufacturing 664 Fundamentals of Crystallization and Solidification 672 Design of Micro- and Nano-scale Devices 693 Measurement Methods and Experimental Error 694 Deformation and Failure of Polymers and Soft Materials 696 ST: Bio-heat and Mass Transfer 696 ST: Industrial Experimentation 696 ST: Introduction to Systems Engineering 696 ST: Multi-scale and Multi-physics Models 696 ST: Structural Analysis of Tires I*	609 FEA I 616 Convection Heat Transfer 618 Boiling Heat Transfer Two Phase Flows 626 Fatigue of Engineering Materials 630 Vibrations of Discrete Systems 632 Reliability in Design 645 Process Identification Computer Control 658 Mechanical Behavior of Nanostructured Materials 663 Web-based Solid Modeling and E-manufacturing 696 ST: Combustion 696 ST: Magnetohydrodynamics 696 ST: Materials for Extreme Environments 696 ST: Six Sigma 696 ST: Structural Analysis of Tires II*
Spring	Fall
726 Nonlinear Continuum Mechanics	711 Computational Fluid Dynamics II

^*696 ST: Structural Analysis of Tires I, II are offered at Goodyear only