Reality Lab - Smart Glasses

ME218A - Smart Product Design Fundamentals

ME218B - Smart Product Design Applications

ME218C - Smart Product Design Practice

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• Developed an estimation method for sliding contact resistance in high-voltage applications, through numerical analysis, simulations, testing fixture design, and experiments on the existing contact design.

• Identified the root cause of an issue under investigation since 2019 by analyzing thousands of field failure data points, narrowing down seven potential failure sources, and developing a DOE to investigate key factors.

• Designed,Oked tooling and managed timelines for eight Cybertruck interior soft trim components.

• The design accommodated for car’s body’s tolerance variation and ensured best customer experiences.

• Led in-factory failure analysis and design validation for iPhone 14, 15, and future models, addressing issues related to water ingress, antenna signal, mechanical reliability, and operator installation.

• Saved $0.03 per unit by enabling and ramping a novel microphone cowling snap design, achieving target yield by developing a robust SOP in collaboration with contract manufacturer engineers and assembly operators.

• Analyzed the iPhone 14 back glass-to-housing assembly process, using data analysis to detect trends and identify critical features contributing to gap inconsistency, driving quality improvements.