Hi, I'm Zen Nguyen
Future Software Engineer & Computing Science Student
I build robust digital experiences through hands-on personal projects, bridging academic knowledge with practical application. I am passionate about solving complex problems and contributing to innovative solutions.
About Me
Who I Am
I am a Computing Science student at Simon Fraser University, passionate about building robust software solutions.
My engineering journey balances academic excellence with real-world resilience. Whether I'm architecting RESTful APIs or managing high-volume operations, I bring commitment and precision to every task.
Education
- Simon Fraser UniversityB.Sc. Computing Science (May 2025 - Present)CGPA: 3.74 / 4.33Relevant Coursework: Program Design (A), Data Structures (B+), Calculus I (A), Discrete Math (A+)
- Langara CollegeAssociate of Science, CS (Jan 2024 - Apr 2025)Completed foundational coursework with distinction before transferring to SFU with advanced standing
Featured Projects
SFU Course Tracker
Migrated from Azure to AWS for custom container orchestration. Designed a custom parser to tokenize nested boolean prerequisite strings into AST. Engineered an asyncio scraping pipeline with semaphore-based rate limiting (10x throughput). Implemented non-blocking background worker using APScheduler for seat availability alerts.
Chain Reaction Game
Collaborated in a team of 4 under a strict 10-hour deadline for GDCxCSSS Game Jam. Implemented core mechanics including raycasting for lasers and area-of-effect explosions. Independently finalized game polish and bug fixes post-event.
Skills & Technologies
Languages
- Python
- C#
- TypeScript
- JavaScript
- C++
- Java
- SQL (PostgreSQL/SQLite)
Backend & Systems
- FastAPI
- SQLModel (ORM)
- Asyncio
- Docker
- Nginx
- RESTful APIs
- Authentication (JWT/OAuth)
Cloud & DevOps
- AWS (EC2)
- Microsoft Azure
- GitHub Actions (CI/CD)
- Git
- Linux (Fedora)
Frontend
- React
- Tailwind CSS
- Zustand
- React Big Calendar
Experience
Server
Pho Goodness Restaurant
Orchestrated high-volume dining operations for 100+ guests per shift, prioritizing concurrent tasks in a fast-paced environment to ensure 100% order accuracy. Demonstrated resilience and time management by balancing a 18+ hour work week alongside full-time engineering studies.
- •Ensured 100% order accuracy in a fast-paced environment
- •Reduced table turnover time by ~15% during peak hours through workflow streamlining
- •Collaborated with kitchen and front-of-house staff using clear verbal communication
Get In Touch
Have a project in mind or want to collaborate? Feel free to reach out!