EE - Specific Courses I love to help students with:

Some of the courses I have helped electrician or EE students with so far include:

• Circuit theory:
  • Parallel & Serial Equivalent Combinations of Resistors, Capacitors and Inductors
  • Voltage Divider / Current Divider
  • Kirchoff's laws (KVL and KCL)
  • Thevenin's & Norton's equivalent circuit reduction
  • Delta-to-Wye(Y) / Wye(Y)-to-Delta network transformations
  • Single and 3-phase AC circuit analysis
  • Network transfer functions
  • Analysis of RC/RL/RLC circuits using differential equations/ Fourier transforms / Laplace Transforms / complex impedances
• Digital Electronics
  • Binary and base-n number systems and conversions
    
  • Boolean Algebra
  • Gate-Level Logic Circuit Analysis
    
  • Karnaugh maps
  • Truth tables
• Introduction to Microelectronics
  • Diode Equation
  • Analysis of Diode circuits
  • Diode-based Logic Gate implementation
  • Ebers-Moll transistor equations
  • Transistor Equivalent Circuits
  • Analysis and Design of common emitter/common base/common-collector BJT amplifiers
  • Analysis and Design of common source/ common drain/ common gate MOSFET amplifiers
  • Transistor amplifier feedback circuit analysis
  • Analysis of op-amp circuits (ideal and non-ideal op-amps)
  
  
  
  
  
• Signals & Systems:
  • Fourier transforms
  • Z-Transforms
  • Continuous and discrete-time signal and filter analysis
• Control systems theory (love the generality and power of this stuff!)
  • Transfer function analysis (important!)
  • Block diagram simplification (neat)
  • Mason's Rule (beautiful!)
  • Root-Locus diagrams (awesome!)
  • Routh-Hourwitz array (deep!)
  • Pole-Zero plots (Powerful!)
  • Nyquist Diagrams
  • Bode Plots
  • Phase-lead / Phase lag compensation