Crafting intelligent systems through hardware, software, and pure curiosity
⚡ Powered by coffee, circuits, and curiosity ⚡
I'm passionate about exploring the frontiers of mathematics, physics, and electronic systems. My journey is driven by a deep curiosity for how things work at the fundamental level, from circuit design to computational problem-solving.
Currently, I'm focused on strengthening my expertise in hardware architecture, embedded systems, and AI/ML applications in real-world scenarios. I believe the future lies at the intersection of hardware and software innovation.
Beyond engineering, I'm an avid photographer who captures moments that tell unique stories. Photography is my creative outlet for connecting with the world.
Designing and analyzing electronic circuits
Mathematical foundations for systems
Building intelligent robotic systems
Computational problem-solving with AI
An innovative robotic arm system controlled through hand gestures and computer vision, demonstrating real-time signal processing and robotics integration.
View on GitHubMachine learning system for automated classification and sorting of electronic components, combining computer vision with embedded systems.
View on GitHubDesign and implementation of a high-efficiency four-switch bidirectional DC-DC converter enabling controlled power flow between a solar PV source and battery storage. Includes MPPT-based energy optimization and detailed Simulink modeling for performance validation under dynamic load conditions.
View Research RepoML-based intrusion detection system for automotive CAN networks. Integrates GNNs, Transformers, and classical ML models with a Streamlit dashboard for real-time anomaly monitoring.
View Research RepoA structured, comprehensive reference and development guide for advanced digital power control using the STM32 NUCLEO-G474RE. Explores control algorithms on STM32 using high-resolution timers and ADC-based sensing. Work in progress.
View on GitHubReal-time embedded power quality analyser on STM32G474RE (Cortex-M4, 170 MHz). Measures voltage, current, harmonics to 10th order, THD, power factor every 100 ms using Chirp Z-Transform — 20× finer than direct FFT. Results streamed to OLED and Python dashboard over UART.
View on GitHubInterested in collaborating on projects or just want to talk about electronics and robotics? Reach out.