Leading global product and platform strategy for high-volume, AI-enabled inertial sensor platforms powering real-time inferencing across Tier-1 devices and ecosystems.

✔ Scaled a 50+ person cross-functional org delivering AI/ML-enabled inferencing platforms adopted by Tier-1 OEMs including Apple, Google, and Meta

✔ Generated over $500M+ in revenue and drove 10x ROI by optimizing platform investments for short- and long-term strategic alignment

✔ Defined and scaled edge AI platform strategy for activity detection and inferencing at the sensor level.

✔ Led initiatives improving yield, trust, and time-to-market via data-informed ML design predictability and defect reduction

✔ Advocated and built organizational culture focused on OKRs, transparency, and product ownership

Focus areas: AI/ML at the edge, cross-functional org leadership, platform scale, compliance, systems thinking.

Drove end-to-end product execution and go-to-market for MEMS microphones and sensing platforms deployed at global scale.

✔ Built and scaled a cross-functional org of 40+ across 4 countries.

✔ Delivered $250M+ in revenue through high-complexity, fabless product cycles.

✔ Introduced execution frameworks for manufacturability, cost, and risk mitigation.

✔ Partnered with Tier-1 partners to define platform specs and product adoption.

✔ Established technical review systems and maturity metrics for global foundry operations.

Led product and engineering initiatives for TDK’s inertial sensor portfolios and managed performance by tracking KPIs, market adoption, volume metrics, and financial performance. Owner of MEMS product portfolio validation cycle, commercialization activities, customer engagement, and performance risk management. Partnered with business stakeholders to define sensor requirements and create roadmaps. Ensured alignment of product standards across Engineering, Marketing, and Operations to ensure effective product launches.

Developed optimization processes and techniques to improve the reliability of MEMS device designs by 95%. Simulated and experimentally analyzed the effects of impulsive/shock inputs on MEMS devices and led troubleshooting efforts to identify and resolve accelerated life test (ALT) failures. Developed innovative solutions to resolve stiction due to plastic deformation and humidity that were implementable in mass production and met the ALT target performance metrics for exposed MEMS actuators.

Led the technology transfer as part of an asset acquisition to close a $55M deal by delivering a promising business case for a licensing program around existing MEMS and imaging IP. Defined product partner ecosystem and business investment strategy to enable a successful licensing structure for Tessera’s imaging portfolio.

Managed all engineering activities to qualify 32 kHz MEMS resonator design for production, including modeling, testing, and troubleshooting. Identified key aspects of the sensor package impacting sensor frequency variation due to package stress. Generated product validation cycle plans in close coordination with cross-functional teams. Successfully defined next gen sensor development roadmap to meet performance while maintaining product costs that depended on die size, foundry, packaging, testing, and R&D.