Basics of optimization
Linear Algebra Preliminaries
Basics of Quantum Computing
Basics of Quantum Programming
Quantum Fourier Transform and Phase Estimation
HHL
VQLS
VQE
QAOA
Distributed Quantum Computing
Investment in Generation and Transmission Facilities
Transmission Expansion Planning
Generation Expansion Planning
Generation & Transmission Expansion Planning
Investment in Production Capacity
Overview of power systems operation, planning, security, and economics
Basics of optimization
Economic dispatch
Power flow and optimal power flow
Unit commitment
Security-constrained unit commitment
Bi-level and robust optimization
Introduction to reliability
Basic probability theory
Application of the binomial distribution
Network modeling and evaluation of simple systems
Network modeling and evaluation of complex systems
Probability distributions in reliability evaluation
Distribution systems reliability—basic techniques and radial networks
Reliability of substations and switching stations
Single-line diagram
Transmission line model
AC and DC power flow
Reactive and active power compensation
Linear sensitivity factors
Contingency analysis
Available transfer capacity
Conventional power generation issues
Introduction to renewable energies (e.g., biomass, hydro, wave, geothermal, wind, and solar)
Design of photovoltaic microgrid generation station
Microgrid wind energy systems
Energy storage systems
Introduction to electric power systems
Power system structure and operation
DC and AC systems
Single-phase and three-phase systems
Magnetic circuits
Electromechanical energy conversion