Ideas Brought to Life

Highlights

• Independently designed and developed the official SMUAI website using Next.js, TypeScript, and Tailwind CSS, covering information architecture, UI/UX, and responsive development.
• Integrated an AI-powered chatbot using an LLM API to answer questions about membership, events, and club activities.
• Deployed and maintained the production website through GitHub and Vercel at smuai.org.

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Product Highlights

• Calculates personal baselines from response time, interaction frequency, missed check-ins, and wellbeing patterns.
• Detects isolated anomalies and sustained changes from each senior's recent routine.
• Uses senior-first verification before escalating changes into caregiver alerts.
• Presents live check-ins, plain-language assessments, alerts, and visual trends in a mobile-first dashboard.

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Highlights

• Built as part of the OpenAI Codex Hackathon - Singapore.
• Developed and shipped within a fast-paced one-day hackathon workflow.
• Source code is available on GitHub for the full project implementation.

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Highlights

• Built a heuristic RCPSP solver for scheduling under resource constraints across benchmark instances.
• Extended the project with an exact branch-and-bound solver to support optimality checks and solver comparison.
• Structured evaluation workflows for benchmark datasets, including batch runs, CSV outputs, and comparative analysis.

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Highlights

• Structured as a full product stack with an Expo React Native mobile app, FastAPI backend, and Supabase Postgres schema.
• Designed around pet care workflows, with room for health-related features, backend services, and database-driven product flows.
• Repository setup also supports optional AI and video call integrations for expanded healthcare and support experiences.

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Highlights

• Built with JWT authentication for secure user registration and login flows.
• Designed around user-owned data, where each user can only access their own records.
• Integrated external trade data through the WITS API alongside a PostgreSQL-backed backend architecture.

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Key achievements

• Aligned the concept to SG Green Plan themes across digital product and checkout decisions.
• Designed features such as no-cutlery, paperless receipts, and greener delivery defaults.

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Highlights

• Built around verified listings, communication, and decision-making for students looking for housing.
• Combined product thinking with full-stack implementation for a more complete rental experience.

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Highlights

• Explored a modular event website system with clearer navigation and event discovery.
• Focused on mobile responsiveness, hierarchy, and interaction flow inside the prototype.

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Highlights

• Designed around consistency across screens, states, and interaction patterns.
• Focused on clarity, flow, and structured component thinking within the competition deliverable.

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Highlights

• Implemented structured gameplay logic with support for Human vs AI and multiplayer modes.
• Included quality-of-play features such as hints, undo functionality, and score handling.

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Highlights

• Built as a scalable personal website with reusable components and a polished responsive system.
• Designed to balance professionalism with a more personal and visual presentation style.

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Highlights

• Shaped around student-specific filters, trust signals, and more useful housing context.
• Grounded the prototype in clearer UX flows and practical information design decisions.

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Highlights

• Includes branding, event materials, social content, and broader visual communication work.
• Collects a wider body of design work into one place for easier browsing and presentation.

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