02 — DETERMINISTIC CONTROL & SILICON FLOWS
Hardware
I design automotive-grade PCB architectures, write bare-metal driver code, and tape out digital controllers. Bringing determinism to safety-critical systems.
THE PHYSICAL SYSTEMS
Featured hardware work
SOLARMOBIL · ELECTRONICS HEAD
SolarMobil EV Electronics Architecture
Engineered safety-critical automotive electronics and deterministic FreeRTOS firmware on STM32H7 for a high-performance solar racing EV. Developed TouchGFX HMI driver interfaces, a sub-1GHz 1Hz RF telemetry engine, and cloud-based predictive telemetry databases with GIS and Solcast weather data fusion.
FreeRTOS
STM32H7
TouchGFX
Control Systems
C++
Telemetry
COREEL · ASIC & FPGA DESIGN
CoreEL RTL2GDSII Silicon Flow
Implemented high-speed CAN-bus and I2C controllers from RTL to GDSII. Designed logic in Verilog, built testbenches and ran verification using UVM (Universal Verification Methodology), performed Static Timing Analysis (STA), and completed timing closure and floorplanning on Xilinx Virtex-7 FPGAs using Vivado.
Verilog
UVM
Vivado
FPGA
ASIC Flow
STA
KROP AI · HARDWARE DESIGN
Krop AI Carrier Board & CV
Designed custom multi-layer carrier boards utilizing Nvidia Jetson Nano and ESP32 microcontrollers. Developed custom device drivers for camera sensors and sensory peripherals, implementing real-time low-latency computer vision classification models directly on edge hardware.
PCB Design
ESP32
Jetson
Peripherals
Computer Vision
Hardware
SYMBIONIC · BIOMEDICAL INSTRUMENTATION
Symbionic Physiological DAQ
Created a high-fidelity data acquisition system (DAQ) for capturing and pre-processing analog EMG and EEG physiological signals. Designed analog front-ends (AFEs), filters, and ADC interfaces, combining them with lightweight on-device machine learning classifiers for gesture control.
DAQ
EEG/EMG
Signal Processing
Edge AI
Schematic Design
SP ROBOTICS · LOGISTICS & IOT
SP Robotics Works Autonomous Logistics
Developed hardware configurations, motor drivers, and deterministic control code for autonomous warehouse logistics robots and search-and-rescue utility vehicles. Formulated low-power wireless sensor networks for smart residential and industrial IoT frameworks.
Robotics
IoT
Motor Drivers
Wireless Networks
Firmware
THE HARDWARE TOOLKIT
What I build with
Languages & Hardware Description
Systems & Embedded
EDA & PCB Design
THE CORE FOCUS
What I'm good at
HPC & Low-Latency
Architecting high-frequency, real-time systems using FreeRTOS, STM32, and Arm Cortex architectures for HFT and racing.
SoC Design
Experience with RTL design (Verilog), UVM verification, and ASIC design flows (STA, PPA, floorplanning).
Safety-Critical Systems
Designing deterministic task scheduling and high-performance sensor fusion for automotive applications.