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    Columbia Campus
   
 
  Mar 17, 2025
 
2015-2016 Graduate Studies Bulletin 
  
2015-2016 Graduate Studies Bulletin [Archived Catalog]

Course Descriptions


 
   •  ELCT 531 - Digital Control Systems|
   •  ELCT 540 - Nanotechnology|
   •  ELCT 551 - Power Systems Design and Analysis|
   •  ELCT 553 - Electromechanical Energy Conversion|
   •  ELCT 561 - Advanced Electromagnetics|
   •  ELCT 562 - Wireless Communications|
   •  ELCT 563 - Semiconductor Electronic Devices|
   •  ELCT 564 - RF Circuit Design for Wireless Communications|
   •  ELCT 566 - Semiconductor Optoelectronics|
   •  ELCT 572 - Power Electronics|
   •  ELCT 573 - High Speed Digital Systems|
   •  ELCT 574 - Semiconductor Materials and Device Characterization|
   •  ELCT 575 - Advanced Electronics|
   •  ELCT 580 - Audio Engineering|
   •  ELCT 581 - Physics of Semiconductor Devices|
   •  ELCT 582 - Semiconductor Laboratory|
   •  ELCT 751 - Advanced Power Systems Analysis|
   •  ELCT 752 - Power System Grounding and Transients|
   •  ELCT 753 - Electrical Drives|
   •  ELCT 761 - Fundamental Electromagnetics|
   •  ELCT 762 - Signal Integrity for High Speed Circuits|
   •  ELCT 763 - Semiconductor Device Modeling and Simulation|
   •  ELCT 766 - Solid-State Lighting|
   •  ELCT 771 - Optical Communications: Devices and Systems|
   •  ELCT 772 - Advanced Power Electronics|
   •  ELCT 774 - Advanced Semiconductor Characterization.|
   •  ELCT 780 - Semiconductor Physics|
   •  ELCT 782 - Power Semiconductor Devices|
   •  ELCT 797 - Research|
   •  ELCT 799 - Thesis Preparation.|
   •  ELCT 837 - Modern Control Theory|
   •  ELCT 838 - Optimal Control and Estimation|
   •  ELCT 861 - Advances in Electromagnetics|
   •  ELCT 862 - Antennas and Radiation|
   •  ELCT 863 - Computational Electromagnetics|
   •  ELCT 864 - Microwave Devices and Circuits|
   •  ELCT 865 - Signal Integrity on System Bus Technology|
   •  ELCT 870 - Computing Methods for System Simulation|
   •  ELCT 871 - Advances in Semiconductor Devices|
   •  ELCT 874 - Advanced Semiconductor Materials|
   •  ELCT 882 - High-Speed Semiconductor Devices|
   •  ELCT 883 - Power Systems Stability and Control|
   •  ELCT 891 - Selected Topics in Electrical Engineering|
   •  ELCT 897 - Directed Individual Study|
   •  ELCT 899 - Dissertation Preparation|
   •  EMCH 501 - Engineering Analysis I|
   •  EMCH 502 - Engineering Analysis II|
   •  EMCH 507 - Computer-Aided Design|
   •  EMCH 508 - Finite Element Analysis in Mechanical Engineering|
   •  EMCH 509 - Computer-Aided Manufacturing|
   •  EMCH 516 - Control Theory in Mechanical Engineering|
   •  EMCH 520 - Technology Planning|
   •  EMCH 521 - Concurrent Engineering|
   •  EMCH 522 - Design for Manufacture and Assembly|
   •  EMCH 527 - Design of Mechanical Systems|
   •  EMCH 528 - Product Safety Engineering|
   •  EMCH 529 - Sustainable Design and Development|
   •  EMCH 532 - Intermediate Dynamics|
   •  EMCH 535 - Robotics in Mechanical Engineering|
   •  EMCH 544 - Compressible Fluid Flow|
   •  EMCH 551 - Nuclear Energy in the Hydrogen Economy|
   •  EMCH 552 - Introduction to Nuclear Engineering|
   •  EMCH 553 - The Nuclear Fuel Cycle|
   •  EMCH 554 - Intermediate Heat Transfer|
   •  EMCH 555 - Instrumentation for Nuclear Engineering|
   •  EMCH 555L - Nuclear Instrumentation Laboratory|
   •  EMCH 556 - Introduction to Risk Analysis and Reactor Safety|
   •  EMCH 557 - Introduction to Radiation Shielding and Sources|
   •  EMCH 558 - Introduction to Nuclear Reactor Systems|
   •  EMCH 560 - Intermediate Fluid Mechanics|
   •  EMCH 561 - Current Topics in Mechanical Engineering|
   •  EMCH 562 - Micro/nanofluidics and Lab-on-a-Chip|
   •  EMCH 567 - Bio Nano/Micro Electro-Mechanical Systems|
   •  EMCH 571 - Mechanical Behavior of Materials|
   •  EMCH 572 - Physical Metallurgy|
   •  EMCH 573 - Introduction to Nuclear Materials|
   •  EMCH 575 - Adaptive Materials and Smart Structures|
   •  EMCH 576 - Fundamentals and Applications of Fuel Cells|
   •  EMCH 577 - Aerospace Structures I|
   •  EMCH 578 - Introduction to Aerodynamics|
   •  EMCH 580 - Mechanics of Solid Biomaterials|
   •  EMCH 584 - Advanced Mechanics of Materials|
   •  EMCH 585 - Introduction to Composite Materials|
   •  EMCH 586 - Experimental Stress Analysis|
   •  EMCH 592 - Introduction to Combustion|
   •  EMCH 594 - Solar Heating|
   •  EMCH 597 - Thermal Environmental Engineering|
   •  EMCH 701 - Methods of Engineering Analysis|
   •  EMCH 708 - Computer-Aided Product Design and Analysis.|
   •  EMCH 717 - Advanced Finite Element Methods|
   •  EMCH 721 - Aeroelasticity|
   •  EMCH 722 - Plasticity|
   •  EMCH 727 - Advanced Mechanical Design|
   •  EMCH 732 - Advanced Dynamics of Machinery|
   •  EMCH 741 - Viscous and Turbulent Flow|
   •  EMCH 742 - Advanced Gas Dynamics|
   •  EMCH 743 - Aircraft and Rocket Propulsion|
   •  EMCH 744 - Aerodynamics & Flight Mechanics|
   •  EMCH 751 - Advanced Heat Transfer|
   •  EMCH 752 - Thermal Radiation Heat Transfer|
 

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