Experienced System Software Validation Engineer with a strong focus on power management and domain ownership. Proven success in leading complex projects from initial boot to customer delivery, with expertise in validation, debugging, and cross-functional collaboration.
Tools: WinDbg, Acute Travel Logic Analyser,MemTest, Oscilloscope (MSO/DSO),Solar, ISCT, PTAT, SoCwatch, WhitePearl, Modern Standby Sleep Study, ETL traces, MATLAB, ,Simulink,Xilinx Vivado,ModelSim,Arduino IDE, RaspberryPi
Programming: Python 30, C ,VHDL, Verilog, HDL, Javascript, TypeScript
Built a smart hub to control IoT simulator via Web pages using the HTTP & MQTT protocol which is supported by a Spring Boot application to provide RESTful services for the frontend
Autonomous emergency alert system, centered on IoT core with ArduinoUNO, RaspberryPI, variety of sensors, GPS module. The alert notification is transmitted via AWS cloud platform.
Implemented different Clock Gating techniques to reduce power at the RTL design and conducted formal verification to verify the modification and also performed the synthesis and power estimation
It is a 32 bit MIPS processor implemented in VHDL and synthesized with the Xilinx Vivado program, based on the 5 stage pipeline.
WSE Superstar Award
WSE Innovation Award