As a Systems Engineer at Inogen, I specialize in the development of advanced electro-mechanical systems for portable oxygen concentrators, playing a key role in delivering a market-leading medical device. My contributions include:• Pneumatic Manifold Optimization: Redesigned manifold systems, achieving over a 6% increase in first pass yield.• Control Algorithm Development: Created sophisticated algorithms that enhance performance, reduce power consumption, and extend product lifespan.• Testing System Implementation: Established a life test system that identified critical vendor process issues, leading to a yield improvement of over 1%.• Regulatory Success: Authored design specifications and verification protocols that facilitated successful FDA 510(k) clearances for two medical devices.• Innovative Project Leadership: Led teams in developing a modular device that integrates oxygen therapy with ventilation assistance and a connected stationary concentrator, aligning with our Digital Health strategy.

At Cree, I managed the development of next-generation lighting systems, including the award-winning Arcadia skylight luminaire showcased at LightFair International 2018. Key achievements include:• Cross-Functional Collaboration: Co-authored marketing and product requirement documents that streamlined the product development process.• Failure Analysis Expertise: Conducted thorough process and design FMEAs to proactively address potential design issues and ensure successful prototypes.

I developed comprehensive design guides and application notes for LED components, creating an extensive online resource library. Additionally, I launched "TEMPO Services," an innovative customer support program that provided in-depth system design evaluations and performance testing.

I played a pivotal role in developing industry-leading LED packaging processes, including the initial high-powered surface mount device (SMD) branded as XLamp®. My efforts in process optimization led to significant improvements in throughput and efficiency.