Course Projects

• Graduate Course
  • Analyzed data-driven modeling of a grid-connected PV system (MATLAB/Simulink, Python)
  • Applied power flow iterative solvers (PowerWorld/MATLAB) ∗ Performed finite element analysis of three-phase induction motor (C, C++, OpenMP,CUDA)
  • Parallelized high-performance linear algebra (C, OpenMP, MPI, CUDA)
  • Formulated supervised and unsupervised learning algorithms (R, Python)
  • HELICS co-simulation for fast frequency support in isolated microgrid systems (Python)
• Under Graduate Project
  • Designed a smart energy billing meter system for residential building (C, C++, Arduino UNO)