About Me


I hold a PhD in Power Engineering from Missouri University of Science and Technology (2020). I was a Power Engineering and Utilities Industry Manager at MathWorks, with past roles including Staff Power Electronics Engineer at Lunar Energy. I also did a postdoc at Illinois Institute of Technology, focusing on SYNDEM microgrid control. My thesis involved advanced control algorithms for grid-forming inverters, and I have several years of prior industry experience in Electrical Engineering.

Skills


  • 11+ years work experience as Application Engineer in Industrial Research and Development (R&D)
  • 3+ years hands on plan, perform and simulate Control Algorithms (Linear, Model-Based, Passivity-Based and Nonlinear Control) in PIL/HIL test-bench (Processor/Hardware-in-the-Loop (DSP, FPGA, LabVIEW and OPAL-RT))
  • 3+ years experience in developing models, algorithms, simulations and firmware code to implement, test and troubleshoot in high accuracy converter designs applied in Grid Forming Inverters in DERs (Distributed Energy Resources)
  • 1 year experience in specification, design, analysis and development of controls for advanced high power 3-phase converters (480V - up to 20MW) SYNDEM® microgrid in different case studies in grid-connected and isolated modes of operation
  • 1 year experience in specification, design, analysis and development of controls and firmware for a Multi-Level Flying Cap DCDC converter interfacing a PV System in Lunar Energy


Some of my skills are

Opal RT (Real-Time System Simulation)

70%

Xilinx System Generator/ZedBoard

50%

MATLAB/SIMULINK

70%

Altium Designer and PCB Prototyping

50%

PLECS/Processor-in-the-Loop/coding

70%

GitHub Version Control/GitHub Pages

60%

Embedded C, C++, Qt (Cross-Platform Software)

50%

Python/OOP/Functional Programming/Jupyter

50%

Hardware-in-the-Loop (DSP, FPGA)

50%

ARM STM32 Microcontroller/STM32 Nucleo-64/STM32F407G/STM32CubeIDE

50%

Infineon AURIX-TC397

50%

Control System (Linear, Nonlinear, Model-Based, Passivity-Based, Adaptive, Optimal)

80%

Power Electronics (DC/DC and DC/AC coverters) Simulation, Design and Control Implementation

70%