The Block
2026A GTA-style open world, built twice: first in Three.js, then rebuilt in Unity 6.
- Unity 6
- C#
- Three.js
- TypeScript
- Rapier physics
- Vite
- +3 more
Playable build · read the case study →
BSc Computer Science · Reichman University
Roee SivanSoftware Engineering student & builder
I build things that ship. Over the past year I shipped a Unity 6 open-world game, a course-review platform used by 165 students at my university, two browser games running on Three.js and canvas, a computer-vision pipeline that analyses table tennis matches frame by frame, and a reinforcement-learning project that taught a quadruped robot to walk in simulation. My work spans real-time 3D, full-stack web, and applied machine learning, and every project here is live, open source, or both.
- Shipped projects
- 6
- Live in production
- 3
- Uni-Rate users
- 165
Selected work
Projects
Six builds across real-time 3D, production web, computer vision and reinforcement learning. Each one has a case study, and all of them are live right now.
Uni-Rate
2026A bilingual course-review platform used by 165 students at Reichman University.
- Next.js 16
- React 19
- TypeScript
- Prisma
- PostgreSQL
- SCSS Modules
- +4 more
Live · read the case study →
Neon Highway
2026A Three.js endless-runner on a neon road with music features.
- Three.js
- JavaScript
- WebGL
- glTF / GLB
- Web Audio API
- Vercel
Live · read the case study →
Hasidic Tower
2026An Icy Tower-style canvas platformer you can play with your hands, via webcam tracking.
- JavaScript
- Canvas 2D
- MediaPipe
- WebAssembly
- Web Audio API
- Vercel
Live · read the case study →
A computer-vision pipeline that watches a table tennis match and reports on it.
- Python
- YOLOv8
- Ultralytics
- OpenCV
- EasyOCR
- Roboflow
- +1 more
Read the case study →
A Unitree Go2 quadruped learns to walk in MuJoCo — and then to score a goal.
- Python
- MuJoCo
- Stable-Baselines3
- PyTorch
- Gymnasium
- NumPy
- +1 more
Read the case study →
Technologies
What I build with
Grouped by what it is actually for. Almost all of it comes from a shipped project rather than a tutorial; the rest comes from coursework and the internships.
Languages
What I actually write day to day.
- TypeScript
- JavaScript
- C#
- Python
- Java
- C
- SQL
- HTML
- CSS / SCSS
- GLSL
Real-time 3D & games
Engines, renderers and physics used to ship playable builds.
- Unity 6
- Three.js
- WebGL
- Rapier physics
- Canvas 2D
- glTF / GLB
- Blender
- Web Audio API
- WebAssembly
Web & full stack
Frameworks and services behind the production sites.
- Next.js 16
- React 19
- App Router
- Tailwind CSS
- SCSS Modules
- Node.js
- .NET
- Vite
- REST APIs
- Server-Sent Events
Data & backend
Persistence, auth and the services around them.
- PostgreSQL
- Prisma
- Supabase
- SQLite
- OAuth 2.0
- JWT / jose
- Resend
AI & computer vision
Models and pipelines I have trained, hosted or called in anger.
- YOLOv8
- Ultralytics
- OpenCV
- EasyOCR
- MediaPipe
- Roboflow
- PyTorch
- Stable-Baselines3
- Gymnasium
- MuJoCo
- Reinforcement learning
- Genetic algorithms
- Neural networks
- NumPy
- Matplotlib
- Gemini API
- MCP
Tooling & delivery
How the work gets built, checked and shipped.
- Git
- GitHub
- Vercel
- ESLint
- Prettier
- Vitest
- Playwright
- API testing
- Linux
- Bash
- Claude Code
Next step
Working on something interesting?
Open to work: I am looking for a part-time student software engineering position alongside my degree, in any area of the stack, with the most depth in full-stack web, real-time 3D, and applied machine learning. Based in Ramat HaSharon, Israel, graduating August 2027, and I answer email fast.