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Plasma/Quantum Electronics and Optics Courses

Major Work

Plasma

• EE 396K-19 Plasma Processing of Semiconductors I
  
• EE 396K-20 Plasma Processing of Semiconductors II
  
• PHY 380L Plasma Physics I
  
• PHY 380M Plasma Physics II
  
• PHY 391S Seminar in Plasma Physics
  
• PHY 391U Seminar in Plasma Theory

Quantum Electronics

• EE 396K-1 Metal Oxide Semiconductor Devices
  
• EE 396K-2 Semiconductor Physics
  
• EE 396K-8 VLSI Fabrication Techniques
  
• EE 396K-13 Magnetic Materials
  
• EE 396K-21 Submicron Device Physics and Technology
  
• EE 396K-22 Semiconductor Microlithography
  
• EE 396K-23 Semiconductor Heterostructures
  
• EE 396K-25 Organic and Polymer Semiconductors
  
• EE 396K-26 Microelectronic Machining (MEMS)
  
• EE 396K-27 Charge Transport in Organic Semiconductors
  
• EE 396K Microwave Devices
  
• EE 396V Magnetic/Electronic Properties Transition Metals
  
• EE 396V Introduction Solid State Properties Materials
  
• EE 396V Semiconductor Nanostructures
  
• PHY 392T Solid State Physics: Electronic Property Materials
  
• ME 386Q Nanomaterials

Optics

• EE 383P-1 Fourier Optics
  
• EE 383P-6 Optoelectronic Devices
  
• EE 383P-8 Optical Communications
  
• EE 383P Semiconductor Lasers
  
• EE 396P Optoelectronic Interconnects
  
• EE 385J-16 Laser-Tissue Interaction: Optical
  
• EE 385J-23 Optical Spectroscopy
  
• EE 385J-28 Noninvasive Optical Tomography
  
• PHY 395K Nonlinear Optics and Lasers
  

Supporting Work

• EE 383L Electromagnetic Field Theory
  
• EE 383V Computational Electromagnetics
  
• EE 383V Radar Principles
  
• EE 392K Antenna Theory and Practice
  
• PHY 386K Physics of Sensors
  
• M 383C Methods of Applied Mathematics
  
• M 383G Numerical Treatment of Differential Equations
  
• CAM 381M Methods of Mathematical Physics
  

Upper Division Courses Which May Be Counted in Masters Degree

• PHY 373 Modern Physics II: Quantum Mechanics
  
• PHY 375S Introduction Solid State Physics