• Lead end-to-end hardware development for complex mechanical robotic systems, from concept to production.• Define and implement technical requirements based on product and customer needs, ensuring alignment with business objectives.• Architect electrical systems including power distribution, control, and safety for innovative robotic solutions.• Design and optimize interconnect networks for power, sensor, and data transmission, enhancing system integration and functionality.• Collaborate with cross-functional teams to drive product innovation and meet project milestones.• Successfully transitioned product designs from prototype to production, ensuring smooth field installation and operation.

• Built up Sustaining Engineering team from scratch to scale – developed working process for information and data flow, field data analysis, testing methodologies, hiring and development of engineers• Identified failure modes across product line to effectively fix them through design and testing improvements and effectively reducing the RMA rate for Motive hardware products

• Served as the lead EE contact to Embedded Firmware and Product Management teams • Developed electronic prototypes to provide proof of concept for new business opportunities• Device and system integration for a network of Motive devices to work as an effective IOT ecosystem - Logistics & Tracking, AI Camera & Dashcam, Rear-view camera & surveillance • Electrical architecture, system interconnects, RF co-existence, component test and characterization, schematic and layout review• Electrical EMI test and debug – ensure passing compliance certifications – LTE, FCC• Building HW for SaaS in the transportation, logistics and fleet management

• Concept to architecture, ensuring reliability and safety in electrical systems for a wide array of consumer electronics products• Defining and enable the capturing of product metrics to ensure continued growth in understanding customer use cases• Conducted DFMEA, PCB schematic and layout review and Hardware System Integration to identify and mitigate risks• Optimized features and enhanced design robustness, considering cost optimization and field data analysis• Performed failure analysis on reliability, safety

• Product application support for buck boost chargers and PMICs and ensuring successful design ins in high volume products like Chromebook and Pixel• Software application for Battery Charger IC: definition, debug and delivery• Design, bring-up, debug and validation of evaluation board for buck boost charger• System integration, validation, Failure Analysis, design analysis and applications• Generation of technical application notes, white papers, system representative documents and presentations

• Specify the requirements for the next generation buck boost chargers and PMICs• System integration, validation, Failure Analysis, design analysis and applications• Design, bring-up, debug and validation of evaluation board for buck boost charger• Software application development for Battery Charger IC: definition, debug and delivery• Generation of technical application notes, white papers, system representative documents, sales support and presentation

• Customer interaction to develop and implement customized digital logics for industrial plants which included RTL circuits, C programming and electrical layout.• Designed switching logics for the process control and automation of industrial plants- PLC, DCS