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Pursuing intensive training in logic design, Verilog programming, and RISC-V processor architecture. Designing and simulating hardware modules including multiplexers, adders, multipliers, and flip-flops. Developing in-order and out-of-order pipelines, optimizing memory hierarchies and cache performance, and implementing control logic for processors. Applying theoretical knowledge to practical RTL and system-level designs, enhancing problem-solving and analytical skills. Collaborating in a lab setting to execute complex digital design projects, demonstrating strong critical thinking and teamwork.

Participated in an intensive eight-week technical program focused on semiconductor fundamentals and advanced VLSI technologies. Developed industry-relevant skills in hardware design to support a direct transition into digital circuit design and RTL engineering. Created RTL code and performed comprehensive functional verification utilizing Verilator and Yosys. Executed physical design, floor planning, and design rule checks (DRC) using the OpenLane flow.

Executed electrical equipment maintenance, circuit design, and technical troubleshooting across large-scale industrial projects. Integrated sensor networks (RTD, Proximity, Loadcell) and pneumatic systems into Siemens PLC-driven automated control loops. Redesigned winch panel controls with Variable Frequency Drives (VFDs), achieving a 30% reduction in fuel consumption. Designed conveyor and cement feeding pump panels, saving ₹6 Lakhs compared to standard market procurement costs. Implemented an automatic lighting system in the workplace, reducing manpower requirements by up to 3%. Developed a solar electric vehicle for material and human transportation, reducing transit time and increasing productivity by up to 25%.