M.S. Electrical Engineering student at NJIT
Electrical EngineerPower · Embedded · Signal Processing
Who / what
I am building depth in power systems, embedded electronics, and signal processing through executable engineering studies. My work starts with physical assumptions and ends with results that can be reproduced, tested, and challenged.
My computer-science background supports the analysis, but software is the instrument—not the portfolio subject. Each case study distinguishes simulated results, analytical calculations, automated tests, design-stage work, and physical validation that has not yet occurred.
Two recruiter paths
Power engineering portfolio
Power-distribution design, distributed-energy control, and transmission reliability studies built around traceable assumptions and reproducible analysis.
Circuits, instrumentation, and DSP portfolio
Mixed-signal acquisition, embedded interfaces, and physics-grounded signal analysis with explicit boundaries between simulation, software verification, and physical testing.
Education
New Jersey Institute of Technology
In progress
Graduate study supporting focused work in power, embedded electronics, and signal analysis.
Caldwell University
May 2025
A software and research foundation now applied to reproducible engineering analysis, automation, and verification.
Capabilities
Load flow, short circuit, N−1 analysis, distribution sizing
Microgrid dispatch, battery modeling, optimization, scenario analysis
Mixed-signal architecture, acquisition, USB/SPI, embedded C
Filtering, FFT, envelope analysis, event detection, testbenches
Engineering analysis tools include Python, pandapower, SciPy, NumPy, pandas, Matplotlib, C, CMake, Excel, and technical-report workflows.