As Head of Firmware and Electrical at Boxbot, I lead a team responsible for the full development lifecycle of embedded systems for industrial automation. I oversee all aspects of firmware and electrical engineering, ensuring high performance and reliability while managing timelines, resources, and interdepartmental coordination

Led firmware and embedded systems development, focusing on delivering robust and scalable solutions for industrial applications. Oversaw the end-to-end firmware development process, from initial design through deployment, while managing a team to ensure efficient and high-quality outcomes. Key responsibilities and achievements included:Spearheading embedded development using Yocto, driving the creation of customized Linux distributions tailored to specific application needs.Leading full application development for embedded systems, ensuring seamless integration with hardware and meeting rigorous performance benchmarks.Collaborating with cross-functional teams to ensure alignment and effective project execution

In my role at PerceptiMed, I led multiple high-stakes projects within defined scopes, budgets, and timelines, focusing on firmware engineering, system reliability, and failure analysis. I designed and developed test rigs to streamline and standardize device testing, enhancing both accuracy and efficiency in the QA process. Additionally, I spearheaded FCC certifications for our products, ensuring compliance and accelerating market readiness. My collaboration with QA teams elevated edge device testing and deployment. At the same time, my in-depth performance analyses drove major product enhancements, including extending battery life from 6 to 14 months and securing a multi-million-dollar, long-term deal. These improvements also significantly reduced maintenance costs, strengthening product value and client satisfaction

In this role at Pacific Controls, I developed advanced role-based authentication algorithms for Human-Machine Interface (HMI) systems, ensuring secure access control across user levels. I developed Wi-Fi device drivers for the G2021ES using embedded C, integrating secure authentication and RS-232/RS-485 communication protocols to enhance system connectivity. Additionally, I worked extensively with J1939 CAN protocols for vehicle diagnostics, enabling real-time engine calibration and performance monitoring. I also integrated camera streaming capabilities for dashboard monitoring, providing truck drivers with time tracking and live diagnostics for safer, more efficient operations. My work on the HMI UI design led to a user-centric application with remote configuration capabilities, supporting advanced vehicle diagnostics and telematics for a streamlined, intuitive user experience.

As the Founder and Lead Hardware/Firmware Engineer at Marque Electronics, I co-founded this startup during college and delivered impactful solutions to the Government’s Forest Department in Andhra Pradesh. My role involved full-cycle development and implementation of microcontroller-based systems tailored to meet client visions and budgetary constraints. I spearheaded six major projects that significantly increased foot traffic to visitor centers and contributed to public engagement with forest resources. These projects have been operational for over a decade, a testament to their quality and lasting impact. My work focused not only on technical innovation but also on building strong client relationships, strategic project management, and cross-functional collaboration, consistently achieving outcomes that exceeded client expectations.