EEE 6512 (Nanoscale Device Modeling and Simulation Techniques)

• #  EEE 6512: Lecture Handout 01: Origin of Quantum Mechanics and Schrodinger Equation
  
• #  EEE 6512: Lecture Handout 02: TISE and Postulates of QM
  
• #  EEE 6512: Lecture Handout 03: Finite Difference Method/ Review of Band Structure
  
• #  EEE 6512: Lecture Handout 04: Density of States
  
• #  EEE 6512: Lecture Handout 05: Schrodinger-Poisson Solver for Device Analysis
  
• #  EEE 6512: Lecture Handout 06: Time Independent Perturbation Theory
  
• #  EEE 6512: Lecture Handout 07: NEGF Based Simulation for I-V Analysis
  
• #  EEE 6512: Lecture Handout 08: Density Functional Theory (DFT) Simulation
  
• #  EEE 6512: Lecture Handout 09: Introduction to Molecular Dynamics
  

EEE 307 (Electrical Properties of Materials)

• #  EEE 307: Lecture Handout 01: Crystal Structure
  
• #  EEE 307: Lecture Handout 02: Electrical Conduction in Solids
  
• #  EEE 307: Lecture Handout 03: Introduction to Quantum Mechanics
  
• #  EEE 307: Lecture Handout 04: Band Theory and Carrier Statistics
  
• #  EEE 307: Lecture Handout 05: Dielectric Properties
  
• #  EEE 307: Lecture Handout 06: Magnetic Properties
  

EEE 313 (Solid State Devices)

• #  EEE 313: Lecture Handout 01: Semiconductors in Equilibrium
  
• #  EEE 313: Lecture Handout 02: Carrier Transport Process
  
• #  EEE 313: Lecture Handout 03: Excess Carriers, Generation, Recombination
  
• #  EEE 313: Lecture Handout 04: PN Junction Electrostatics
  
• #  EEE 313: Lecture Handout 05: PN Junction Diode & MS Contacts
  
• #  EEE 313: Lecture Handout 06: BJT
  
• #  EEE 313: Lecture Handout 07: MOSFET
  

Class Test Mark/ Announcements

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