Blood Donor

Bachelor of Technology - BTech

Master of Technology (M.Tech.)

* Designed MODBUS RTU–TCP protocol converters and IoT gateways for industrial automation systems, deployed across several factories. * Built digital twins with HIL (Hardware-in-Loop) simulation platforms integrating PLCs, VFDs, SCADA systems with Openmodelica simulation tool resulting in reduced testing and training cost and time for clients and providing hazard proof operator training system. * Contributed to VR-based industrial training labs using Unity 3D and Python, enabling immersive operator training for graduate students and faculty trainees with an easy to use interface. * Developed firmware for UAV control (hexacopter, co-bot solutions) with real-time safety features. * Contributed to OpenModelica an open source simulation tool. * Mentored junior engineers in protocol design, debugging, and embedded best practices, strengthening the in-house R&D capability.

Systems Engineer (Instrumentation and Controls)

* Developed Wi-SUN and 6LoWPAN mesh networks enabling secure and scalable AMI (Advanced Metering Infrastructure) across thousands of smart meters. * Integrated DLMS/COSEM and MODBUS protocols for smart energy meters, enabling interoperability with large-scale utility backends. * Worked closely with deployment teams to debug and resolve real-time field issues, ensuring high network uptime across distributed deployments. * Produced technical documentation (protocol guides, API references) to support future scalability and knowledge transfer.

Senior Firmware Engineer

* Designed and deployed firmware for educational robotics kits, adopted by 100+ universities across India. * Developed MATLAB-based vision systems for real-time manufacturing inspection, improving defect detection rates. * Delivered hands-on workshops and training programs for engineering students, driving robotics adoption in academics.

Research Engineer

* Engineered firmware for 60kW DC fast EV chargers compliant with ISO-15118, DIN SPEC 70121, and OCPP 1.6. * Led full EMI/EMC certification process with iCAT, ensuring global compliance standards for charger deployments. * Developed secure communication stacks for vehicle-charger-CMS communication. * Reduced integration time by 30% by introducing modular firmware architecture and reusable code libraries. * Authored comprehensive system documentation (state diagrams, message sequence charts, test reports), improving maintainability and certification readiness.

* Leading firmware development for next-gen liquid cooled EV batteries and rapid chargers, leading a cross-functional team of engineers (firmware, test, validation). * Architected and delivered two high-power BMS variants, scaling Clean Electric’s product line into 2W and 3W commercial EV segments. * Added FOTA functionality to existing product line to reduce time and cost of maintenance. * Directed architecture design, task delegation, and technical reviews, ensuring adherence to clean code principles. * Reduced time to market by designing modular solutions that can be reused for similar product lines.

Firmware Lead

Firmware Lead at Clean Electric

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