About Me
I'm a final-semester Master of IT (Distributed Computing) student at the University of Melbourne, passionate about building scalable web applications, integrating AI tools, and architecting modern cloud systems.
I enjoy solving real-world problems through software and collaborating with diverse teams to create meaningful impact.
Education
University of Melbourne
Master of IT
Distributed Computing
WAM: 77.5
Bachelor of Science
Computing & Software Systems
WAM: 79.15
Languages
English (Fluent)
Indonesian (Native)
Chinese (Basic)
Location
Melbourne, Victoria
Australia
Technical Skills
Work Experience
Full Stack Developer
Clinical Reasoning Simulations Platform
A real-time simulation platform for practicing clinical reasoning under pressure, where students interact with a virtual patient using natural language
Key Highlights:
- ▸Mapped free-text input in multiple languages to structured clinical actions created in XState and YAML files with >95% accuracy
- ▸Simulation engine mimics real-time patient deterioration with config-driven timers
- ▸Adopted xAPI standard for full interaction logging and research use

Full Stack Developer
Motivational Modelling Tool
Graph-based stakeholder modelling platform for university student teams' project planning
Key Highlights:
- ▸Modernized 30% of legacy jQuery codebase to React
- ▸Implemented graph features (reset, export, themes, etc.)
- ▸Used in University of Melbourne's IT Project curriculum

Co-Founder & Full Stack Developer
StudyGenie
Startup project: AI quiz app for students using GPT-4 and learning materials
Key Highlights:
- ▸Secured Microsoft funding for innovative AI approach
- ▸Generated personalized quizzes from study documents
- ▸Built progress dashboard with detailed analytics

Full Stack Developer
Longbeach Scheduler
Staff booking system with CSV export, role-based login, and admin dashboard, fully replacing paper processes
Key Highlights:
- ▸Eliminated paper-based attendance systems entirely
- ▸Built tutor interface and attendance tracking
- ▸Improved operational efficiency significantly
