At Amazon’s Ring & Blink division, I help drive the mechanical development of high-volume connected camera systems—hardware built at global scale to deliver reliable, accessible home security to millions of customers worldwide. My work spans early-stage mechanical architecture through mass production readiness, integrating structural, thermal, and optomechanical systems into durable, manufacturable products.

As part of the core product engineering team, I collaborate across electrical, reliability, and manufacturing disciplines to align system performance with design and production goals. This includes optimizing component layout, sealing, and material strategy to achieve IP65-level environmental resilience and consistent field performance. I work closely with cross-functional teams and external partners across China, Taiwan, and Vietnam, ensuring DFM, DFA, and DFx principles are applied effectively across the supply chain.

Beyond design, I lead initiatives focused on manufacturability and cost efficiency—partnering with operations and suppliers to streamline tooling, improve yield, and execute value-engineering programs that have achieved measurable reductions in assembly defects and BOM cost. I also contribute to validation strategy, guiding environmental, mechanical, and reliability testing frameworks to ensure each product meets long-term durability and performance targets.

Through these programs, I’ve strengthened Blink’s ability to scale mechanical quality, manufacturing precision, and cross-site collaboration—contributing to Amazon’s broader mission of building hardware ecosystems that are simple, secure, and sustainable at global scale.