I design, manage, and build digital solutions that balance usability, aesthetics, and impact.

What began as a 3-day prototype at the WA Health Hackathon grew into an ongoing project: a local, rule-based triage web app that auto-processes ER radiology reports to classify minimal-trauma fracture patients into GP vs Specialist pathways. After consulting a clinician who needed something usable without retraining, I designed around their existing workflow and chose a minimal interface over trendy features. The prototype was selected for proposal at East Metropolitan Health Service Perth — I led the team’s stakeholder meetings and co-authored the technical proposal over the following year.

A student research project explored how autistic adolescents, and people in general, can interact with machines in a natural and intuitive way. The initial focus is on children who struggle to pick up social cues, and how technology might help them navigate social interactions more confidently.

• Real-time tone analysis using a locally-run AI model (Gemma3:4b via Ollama)
• Flags unkind or blunt phrasing with inline word-level highlights, Grammarly-style
• Generates contextual suggestions for kinder alternatives using prompt engineering
• Fully private — no data leaves the device, no API key, no rate limits
• Vanilla JavaScript, Shadow DOM, Chrome Extensions API, Range API

Designed a self-service kiosk that lets students borrow, return, request, and enquire about tech equipment at any time. The interface mirrors familiar devices like smartphones and tablets, so it feels familiar from the first tap.

• One-tap login with student ID cards, and every task completed in 3–5 steps
• Real-time stock levels and visual previews of equipment
• Multilingual support and customisable accessibility options
• Integrated with 24/7 lockers, with confirmation and reminder emails to close the loop

Built a traffic simulation system in Python, scheduling and leading meetings with our supervisor and client to keep requirements and deliverables on track. Wrote and structured the system design docs, API specifications, ER diagrams, and architecture documentation so the next team could pick up the system without us. Achieved an overall grade of 70% (Distinction).

Designed Cookbookie in Figma, a recipe app tailored for young cooks, focused on simplicity and accessibility. Designed user flows for searching, saving, and creating recipes, with an emphasis on intuitive UI/UX for less experienced users. Through this project, I developed skills in user-centered design, accessibility, and feature planning, while also exploring how technology can bridge generational gaps by enabling the sharing of recipes and food traditions across age groups.

Built HeyMom in a 52-hour hackathon — an action-oriented productivity tool inspired by the idea of an “AI mum” for student accountability. After interviewing Year 11 students and iterating based on feedback, we pivoted the concept into a validated solution focused on motivation and task completion. Gained experience in rapid prototyping, user interviews, and turning real user insights into design decisions.

Built an eye-tracking attention monitoring system at a 3-day hackathon hosted by Visagio. The project addressed the challenge of human oversight in autonomous systems, where operator attention and expertise levels — novice, expert, fatigue states — impact performance but are not accounted for in current tools. Developed a prototype attention tracker to help detect when operator focus is diverted, supporting more adaptive and human-aware system supervision. Gained experience in human–AI interaction design, problem framing in complex systems, and rapid prototyping under time constraints.

Runner-up ($2,000 prize) at the EcoPulse Civic Hackers Hackathon, answering: how can we give complete visibility into how a microgrid is operating? As project lead, I assigned roles around each teammate’s strengths and led pitch preparation.

• Began as a dashboard, then reframed around one question: what happens when operators aren’t at their screens?
• Anomaly detection across renewable generation, storage, and demand, with email alerts for minor issues and SMS for critical ones
• Dashboard showing energy breakdowns, microgrid health, and sustainability insights
• Designed for two audiences: monitoring for operators, transparency for communities and investors

Built a rule-based triage web app in 3 days to help hospitals identify and manage patients at risk of micro-fractures, working alongside doctors throughout.

• Math-based algorithm built on doctor-agreed rules, with adjustable parameters; no LLMs, so diagnoses stay accurate and trustworthy
• Combines patient history, symptoms, pain scores, and injury cause into one clear triage outcome
• Deliberately minimal UI (no extra colours, icons, or flashy elements) so it fits into hospital workflows
• Cut nice-to-have ideas like speech-to-text to focus on usability for healthcare workers
• Clinicians invited us to develop it further, which became the Osteoporosis Triage project

Participated in the 2-day CROC & URC Hackathon 2025, building a robot car to navigate an obstacle course and collect points. Worked with Arduino and C-based code to develop control systems, pivoting from a failed radio joystick setup to a Bluetooth mobile controller. Gained hands-on experience in rapid prototyping, hardware troubleshooting, and adapting under time pressure, while strengthening teamwork, communication, and the ability to apply transferable coding skills across platforms.

Founded and ran a social media management business from scratch for small business owners in Perth as part of the 12-week Bloom Launchpad entrepreneurship program. Conducted 50+ B2C and B2B customer interviews to validate the problem and solution, generating $500+ in early revenue and growing to 4M+ views and 29K+ engagement across Instagram and TikTok.

Selected to attend Perth HackerHouse — Perth’s first hackerhouse — hosted by Arrayah, where I lived and collaborated with 14 creators to build meaningful projects. Delivered a workshop on building in public, sharing how I created social media content reaching 3.1M views. Gained experience in rapid ideation, community-driven building, and learning from diverse perspectives in an intensive, collaborative environment.

Led Curtin Singapore’s Community Service Club (CCSC) as President, running the committee and organizing student-driven community service initiatives.

Spoke at the Curtin Global Scholars Event, sharing experiences and insights with an international student audience.

Volunteered at the AI Summit, supporting event operations and connecting attendees with speakers and exhibitors.