Capabilities built across power systems, embedded firmware, infrastructure modeling, simulation, and systems security. Everything here is backed by active hardware projects, live builds, or ongoing research.
Applied in Smart Grid Monitor, TARS, Infrastructure Lab, or active CIBR Lab research.
RMS Voltage/Current/Power Factor measurement with <3% error margin on ESP32. FFT-based Total Harmonic Distortion detection in sub-100ms. MATLAB load-flow simulations optimizing grid restoration by 22%.
PWM trip-logic for overcurrent protection maintaining stability within 10% of peak rated capacity. Active RC filtering reducing electrical noise (Vpp) by 35%. Bench-validated with digital oscilloscopes.
Power regulation system designed in SOLIDWORKS Electrical for 12V-to-6V DC-DC conversion. MATLAB cascade failure modeling across 7 infrastructure layers (500+ unique scenarios). PulseGrid AI simulation.
Multi-articulated walking robot with 9 metal-gear servos on 16-Channel PWM Driver. Python-driven gait automation. 11.1V 1300mAh LiPo power management with designed discharge rate regulation.
NERC CIP-compliant data transport with AES-128 + MQTT TLS 1.2. Network segmentation via pfSense and inter-VLAN routing. CompTIA Security+ — infrastructure security, secure protocols, identity management.
Analyzing 500+ human-AI interaction datasets for cognitive bias patterns. Building conversational AI for cybercrime victim support. OSINT research design on digital footprint exposure across social and data broker platforms.
The full scope of the engineering lane — what's active now, what's in progress, and what's building.
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Applied Edge
Tools used across casework, research, and active builds.
The TIG Foundation Plan — building the technical depth that makes everything else credible.
Targeting EE internships in power systems, embedded engineering, and infrastructure — with a security-hardening edge. Primary target window: Summer 2027. Open to conversations now.
