Developed a high-precision measurement software library focused on extracting reliable dimensional and profile data from both translucent and opaque parts under varying lighting conditions.

The workflow includes noise handling, sub-pixel edge localization, repeatability checks, and calibration-aware correction so production teams can trust micron-scale results during inline and offline inspection.

Engineered a compact high-frequency control platform for a scientific light source, with stable drive behavior, fast response, and reduced ripple under demanding operating profiles.

The design prioritized thermal management, clean signal integrity, and repeatable output control to support lab-grade experiments where intensity stability and timing accuracy are critical.

Delivered high-precision dry-machined mold components for molding applications, emphasizing dimensional consistency, geometric accuracy, and predictable surface quality.

Process planning focused on toolpath strategy, fixture rigidity, and tolerance retention so parts could move into assembly with minimal rework and reliable cycle performance.

Built customized 3D-printed housings for industrial use, balancing mechanical strength, internal component fit, cable routing, and service-friendly assembly access.

The enclosure iterations were optimized for real-world shop-floor constraints, enabling faster prototype validation and smoother transition to functional deployment.

Designed an electronic pedal subsystem for automotive applications with attention to sensing linearity, response smoothness, and fail-safe signal behavior.

Validation considered durability, electrical robustness, and integration constraints so the unit could support reliable operation across repeated drive cycles and harsh environments.