As the Team Lead in Hardware R&D for a medical device designed to monitor vitals during angioplasty procedures, we own the hardware lifecycle, ensuring continuous improvements and regulatory compliance. I lead a cross-functional team responsible for the device’s sustenance, focusing on qualifying hardware changes, conducting impact assessments, and validating through rigorous testing protocols. This work ensures no negative impact on performance or regulatory adherence while maintaining compliance with industry standards and documentation.In a previous project, I worked with one of the world’s leading tissue diagnostics companies, providing hardware sustenance for a series of diagnostic medical devices. I spearheaded component engineering and redesign efforts, addressing obsolescence by upgrading existing PCBs. My work also involved supporting standard testing and validating hardware improvements to meet evolving regulatory and quality requirements

In this role, I led the design and development of complex hardware systems for various applications, including water purification, oil and gas pipeline inspection, and industrial automation. Key projects include:Designed STM32-based boards for a water purification testing setup, incorporating advanced communication protocols like UART, RS485, Ethernet, USB, I2C, and SPI.Developed LoRa gateway and touch sensors, integrating data transmission over LTE.Designed camera modules using Xilinx Zynq7000 FPGA and Altera Cyclone V for industrial line scan cameras.Engineered low-power solutions and automated testing systems using BLE, GPS, and MEMS devices.My contributions led to the successful implementation of robust hardware systems and innovative solutions across various industries.

I was responsible for delivering interactive science experiences as part of the Science Express project, reaching diverse audiences, including students and teachers. I conducted hands-on activities, managed outreach programs, and facilitated educational workshops nationwide. I also hosted teacher orientation programs and contributed to logistics and crowd management for large-scale events.

As an Assistant Professor, I taught undergraduate and postgraduate courses in Electrical and Electronics Engineering. I guided final-year students through seminars and project work, coordinated academic assessments, and contributed to the institute's accreditation activities. I was also responsible for mentoring students and driving department initiatives.

Automate the working of a MITSUBISHI RV-E2 to solve a card puzzle with the help of an object recognition sensor, O2D220, from IFM and a laser safety scanner form SICK, with a SIEMENS S7-1200. During my research internship, I focused on process automation and optimization using cutting-edge robotics and industrial safety equipment. My work involved designing and testing automation solutions for improving industrial processes, contributing to advancements in automation technology.

In this role, I contributed to the electrification of Indian Railways, working on foundation and mast erection. I was involved in site surveys, store management, and ensuring project execution met the technical and safety standards required for large-scale infrastructure projects.