With 10+ years of hands-on expertise bringing medical devices, industrial IoT systems, and smart infrastructure from concepts to production-ready multilayer PCBs, firmware, and cloud integrations.
I am a hands-on engineer and technology consultant with a decade of expertise in hardware product development. From architecture planning, component sourcing, schematic capture, multi-layer PCB layout conforming to DFM/DFA/EMI/EMC parameters, to writing optimized bare-metal and RTOS firmware (C/C++), I manage the entire product lifecycle.
My career includes building robust test automation for surgical medical devices, implementing PLC controls for industrial environments, deploying GPS/GPRS IoT tracking solutions, and creating Kerala's first interactive musical metro stairs. I translate complex physical problems into optimized digital designs that scale seamlessly.
View Client Presentation ProfileAdvising on medical device test automation architectures and industrial IoT implementations, specializing in bridging hardware with software workflows.
Contract-based engineering lead executing safety-critical radiation instrumentation and industrial furnace systems for the Department of Atomic Energy.
Progressed from technical consulting to heading the hardware engineering department, overseeing conceptualization, design validation, manufacturing, and cloud connectivity.
Owned hardware development for commercial telematics and IoT tracking applications, taking concepts from bare protoboards to mass manufacturing.
Designed cellular telematics modules and firmware matching AIS140 transport standards.
Completed an intensive, hands-on rapid prototyping program. Developed expertise in 3D printing, laser cutting, CNC machining, custom board fabrication (milling/soldering), and interactive systems integration. Mastered the process of "How to Make Almost Anything".
View Fab Academy ProfileGained fundamental theoretical and practical knowledge in analog/digital circuit design, signal processing, and telecommunications. Completed major projects including constructing a custom 3D printer from scratch and designing a smart gas stove controller with safety sensors.
An inspection of hardware, firmware, and mechanical systems delivered across medical, nuclear, industrial IoT, and interactive art domains.
Automated testing system for high-frequency electrosurgical generators. Controls values via serial, captures measurements via camera OCR, and logs values in Excel.
Multi-channel distributed temperature reading controller for industrial furnaces. Links to Linux embedded processors over Modbus communication.
Kerala's first interactive musical stairs installation at Kochi Metro. Custom optical array detects movement and triggers synthesizer audio and LED arrays.
Low-power micro telematics unit matching AIS140 standards. Ultra-low sleep modes provide 30-day standby tracking on a single charge.
Automatic gate controller with obstacle safety monitoring, RF remote controls, WiFi-switch trigger, and vehicle approach detections.
Industrial-grade large-format 3D printer featuring auto-calibration, heated enclosure chambers, and dual-extrusion hardware configurations.
Whether you need technical consulting, a custom multilayer PCB layout designed, embedded C/C++ firmware written, or test automation engineered, feel free to reach out.
Kochi, Kerala, India