I’m Yingche Wee, an EE/CS student and ScholarSafe co-founder. I build software and electronics, lead engineering work, and help others learn.
Explore the products, engineering decisions, and work in progress.
What each project does, what I built, and the engineering behind it. Prototypes and research are labeled with their current stage.
I built a prototype that helps AI workflows recover when a task stops halfway through. It checks what already happened in Stripe and Supabase, then completes only the missing actions.
I designed an academic planning prototype that helps students and counselors review course options. Student records stay private while research agents look up public course requirements.
I built a local AI and automation system connecting a Linux computer with Raspberry Pi services. It keeps task history, limits what tools can do, and handles interruptions and recovery.
I co-founded ScholarSafe and lead engineering for its student housing and roommate-matching platform. I build the search, matching, messaging, verification, and moderation workflows, with database access controls and automated testing.
I’m studying how a robot’s next proposed action changes after a safety system corrects its previous action. The project is in simulator and model setup; the paired experiments have not produced results yet.
I built a personal tool to find internships and research opportunities, check eligibility, explain why a listing fits, and track applications. It uses verified job-board sources and scheduled updates.
I published a Python utility that brings Apple’s changing desktop wallpapers to KDE Plasma. It follows the original schedule or local solar time, supports multiple monitors, and includes background services and diagnostics.
I’m building a portable Linux computer around a Raspberry Pi Zero 2 W, touchscreen, and modular power supply. A future FPGA connection is planned; the current work focuses on the device and interface.
Tools I use to build products, manage data, test systems, and work with hardware. Each group links to a project example.
Most of my application and systems code is in Python and TypeScript / JavaScript, with SQL for data and state. I also work with Java and C++ through coursework and experiments.
Full-stack workflows with authentication, realtime state, data access rules and durable APIs. I use Next.js / React, FastAPI, Supabase / PostgreSQL, and SQLite.
Linux-first development, tests, deployment and recovery. Working tools include Docker, GitHub Actions, systemd, Tailscale, Matrix and Playwright.
I work with AI agents, model evaluation, local language models, Raspberry Pi, and circuit integration. I’m also exploring FPGA / Verilog through hardware experiments.
The case studies explain the design choices, current limitations, and testing behind each project. Engineering résumé ↗
Find the real boundary: ownership, latency, safety, power, state, or experimental validity.
Use actual systems early—real APIs, real databases, real devices, real failure modes.
Crash it, retry it, disconnect it, feed it adversarial state, and see what survives.
Document the architecture, boundaries, current state, and next decision so work can continue.
I am a dual-enrollment engineering student at Mission Early College High School and Mission College. I help lead ScholarSafe engineering, founded my school’s AI Club, and collaborate on K–12 educational AI research with San José State University.
The through-line is building something useful and then making it understandable to someone else.
Browse my technical résumé for education, hands-on experience, project outcomes, leadership, and the tools I use.