Create a cosmetic mirror that adapts to the user, eliminating bending, strain, and awkward posture
Elevate daily beauty routines through soft, adjustable lighting and intuitive interaction
Express premium quality through metallic finishes, refined proportions, and precise surface detailing
Balance function and elegance so the product feels both purposeful and beautifully crafted
Provide reasonable margins for the business to be successful
RESPONSIBILITIES
Owned mechanical design and system architecture for a luxury, adjustable cosmetic mirror
Developed and refined telescopic height-adjustment and multi-axis pivot mechanisms
Integrated mechanical, electrical, and lighting subsystems into a cohesive product
Prototyped, tested, and documented designs through production readiness
Led client-facing discussions to define and negotiate requirements, align on technical tradeoffs, and communicate development progress
RESULTS
Product will be available for sale in February 2026 Product Website
Successfully aligned client vision, technical feasibility, and user experience through iterative development and clear decision-making
Advanced the product from concept through functional prototypes to pre-sale readiness
Established a strong foundation for production and market launch through validated design, testing, and documentation
Prioritized features and tradeoffs to maintain product clarity while meeting schedule and feasibility constraints
ENGINEEERING HIGHLIGHTS
Engineered a cam-driven suction cup mechanism using levers and springs to achieve secure, repeatable attachment
Designed a synchronized, three-stage telescopic stem with integrated power and data routing
Enabled infinite, non-indexed height adjustment through a tuned friction-based braking mechanism for controlled ergonomics
Developed a swivel joint providing three degrees of freedom while maintaining uninterrupted power and data continuity
Created an ultra-shallow LED light ring with uniform illumination and no visible hotspots
Executed rapid iteration and production-intent parts using 3D printing, injection molding, wire EDM, die casting, CNC machining, overmolding, anodizing, and extrusion