• Develop scalable manufacturing solutions for high-volume production, achieving yields exceeding 99% while maintaining cost efficiency and precision.• Collaborate across design, engineering, and operations teams to ensure all components meet Apple’s stringent quality standards, from prototyping to mass production.• Optimize advanced assembly processes, custom tooling, and automation systems, integrating cutting-edge technology for efficient, large-scale production.• Drive process improvements and quality control to deliver reliable, high-performing products used by millions globally, leveraging expertise in manufacturing scalability, automation, and precision engineering.

• Led the engineering design for manufacturability process development for one of the largest Positron Emission Tomography Detector (PETD) new product introductions of the past decade. Leveraged lean tools and technical expertise to reduce cycle time by 25% and developed new material handling methods to reduce defects.• Developed engineering process development ramp strategy for next generation Computed Tomography Detector (CTD) by collaborating with an international team on identifying and retiring risk and completing process failure mode and effects analysis (PFMEA).• Supported a global/cross functional team with an on-time design transfer and launch of the Discovery MI Gen 2 Digital PET/CT system by developing and qualifying a new product testing strategy on a limited time schedule.

• Collaborated with operations, engineering, and lean teams on ramp strategy to triple the production of R860 hospital ventilators during the onset of the COVID-19. Used technical expertise to identify and mitigate risks and remove bottlenecks in the manufacturing process.• Enabled $2M in increased liquidation opportunity at a bottleneck process by optimizing automated software process controls and upstream processes efficiencies

• Developed low voltage Transcranial Direct-Current Stimulation Systems (tDCS) in Revit.• Created CAD models for human tDCS mounting systems.• Developed signal processing logic for transcoding brain activity.

• Led weekly two-hour campus tours for prospective students and visiting school groups of up to 60+students.• Coordinated teams of ambassadors during major events on campus.• Planned on campus and off campus events.

• Designed locomotive test plans/steps.• Assisted the crew in optimizing engine power controls using C++.• Integrated on-board GPS and remote performance monitoring systems on older on-board locomotive computers.• Created a digital system for paint inventory tracking and management with SQL and Java.