PROJECTS

A browser-based 3D digital-twin platform where you drag and drop industrial machines onto a floor, wire them into production lines, and watch simulated sensor data stream in real time.

• Architected the full drag-and-drop floor editor and line-wiring model, with live sensor telemetry rendered in the browser.
• Modeled per-machine sensor signals with stochastic processes — Ornstein-Uhlenbeck noise and thermal-lag dynamics — tuned to real datasheet specifications.
• Built a flow engine with discrete-unit buffers and bottleneck/starvation mechanics so line throughput behaves the way a real floor does.

A 2-axis pen plotter that traces vector paths with coordinated motion control — every part designed from scratch, printed, and assembled.

• Designed the complete mechanical system in Fusion 360; every part modeled, 3D printed, and assembled in-house.
• Handled dimensional planning and fit across the full assembly, tolerancing printed parts and mounts so the motion mechanism, pen carriage, and electronics integrated cleanly.

An Arduino-controlled syrup dispenser built for a local business, where the mechanical design had to package the electronics and bottles into an enclosure that stayed serviceable in daily use.

• Designed the enclosure and a bottle-mounting system in Siemens NX, packaging the electronic components to measured specifications to guarantee fit and integration.
• Worked the mechanical design around the Arduino control hardware so the dispensing mechanism, wiring, and housing came together as one assembly.

A scale replica of the Neil Armstrong statue, reverse-engineered from a LiDAR scan and paired with an Arduino-driven interactive quiz built into its enclosure.

• Modeled the statue in SolidWorks by reverse-engineering a LiDAR scan, producing print-ready geometry for both the model and its enclosure.
• Designed and wired an Arduino-driven quiz system with tactile button inputs, red/green LED feedback, and audio playback via a DFPlayer and speaker amplifier circuit.

A custom marketing site built for a local business through the Small Business Engineering Club — the page the owners actually hand to their customers.

• Built with modern web frameworks, with attention to UI/UX and accessibility.
• Shipped a consultation booking flow alongside click-to-call and email contact, on a responsive layout so customers can browse and book from a phone as easily as a laptop.