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GrabBuddy project preview

GrabBuddy

List of technologies used:

HTML

HTML logo

CSS

CSS logo

TypeScript

TypeScript logo

SvelteKit

SvelteKit logo

Tailwind

Tailwind logo

Python

Python logo

PostgreSQL

PostgreSQL logo

Figma

Figma logo
Project description:

Attempted at creating an AI-powered solution using Ollama, Mistral (7b), and Gemini for the "Economic Empowerment through AI" domain prepared by Grab for UMHackathon 2025. This solution is designed to serve as a "buddy" for vendors and merchants, assisting them in making informed decisions for their stores by providing valuable insights through a streamlined dashboard. The dashboard is powered by AI, which interprets and explains data in natural language, making it accessible and actionable. Additionally, the solution harnesses the capabilities of AI to summarize reviews of competitor stores, enabling merchants to gather comprehensive feedback on consumer expectations. Merchants can engage in natural language conversations with the AI to obtain insights regarding their store's statistics, including inventory management and receipt processing. This interactive feature enhances the decision-making process, ultimately contributing to the economic empowerment of the merchants. The team, named 418, consisted of 4 members: Joshua Edwin Rene Bonham, Alex Chee Kai Hong, Justin Yong Wenn Weii, and myself.

Zero to Web Hero project preview

Zero to Web Hero

List of technologies used:

HTML

HTML logo

CSS

CSS logo

TypeScript

TypeScript logo

Vue

Vue logo

MongoDB

MongoDB logo

Docker

Docker logo

Git

Git logo

Ubuntu

Ubuntu logo

NGINX

NGINX logo

Figma

Figma logo
Project description:

A series of web talks of 8 sessions with the goal of teaching the MEVN stack and Docker for Sunway Tech Club (STC). The final product is a simple todo application with authentication features included. This series is done in collaboration with Alex Chee Kai Hong, who is responsible for the frontend side for things, while I am responsible for the backend side of things and the Dockerisation of the project. If you wish to see the slides, you may contact me for them via the contact form.

Pengyou project preview

Pengyou

List of technologies used:

HTML

HTML logo

NodeJS

NodeJS logo

SvelteKit

SvelteKit logo

Tailwind

Tailwind logo

TypeScript

TypeScript logo

MongoDB

MongoDB logo

Ubuntu

Ubuntu logo

Git

Git logo

NGINX

NGINX logo

Figma

Figma logo
Project description:

Pengyou is a solution project for the 48-hour Hackathon "ImagineHack 2024" by Team Dessert Spoons. Team members are Joshua Edwin Rene Bonham, Lai Yung Wei, Alex Chee Kai Hong, Lanisha Anusri A/P Saravanan, and I. It is a platform targetting the people that are interested in improving their financial situation. The mission of Pengyou is to encourage people to form good budgeting habits by making budgeting more friendly to them. We believe in the importance of forming good habits, thus we have introduced a reward system using a virtual pet to motivate people to actively take control of their financial lives.

AccessAbility project preview

AccessAbility

List of technologies used:

HTML

HTML logo

TypeScript

TypeScript logo

NodeJS

NodeJS logo

Express

Express logo

Tailwind

Tailwind logo

Angular

Angular logo

Firebase

Firebase logo

Ubuntu

Ubuntu logo

NGINX

NGINX logo

Git

Git logo
Project description:

AccessAbility was created as a project for KitaHack 2024 and subsequently the GDSC Solution Challenge 2024 upon being selected as one of the top 10 representatives for Malaysia. Our group consisted of 4 people: Alex Chee Kai Hong, Rachel Lim, Mohammed Moatasem and myself. The focus and target audience of this web application are the disabled where the aim is and to provide them with a platform where they can more easily search for jobs. In order to incentivise employers and/or companies to use the platform, over or in tandem to an alternative such as LinkedIn, is to increase their reputation through various means. The most obvious was to take advantage of societal norms, encouraging the hiring of disabled people and reduce discrimination in the working environment. Due to time constraint from assignments and exams however, this project was never completed. Everyone also had to study the required technologies, further consuming valuable time. Consequently, the prototype, where many features are lacking, was used as submission instead.

ENG1044 Portfolio project preview

ENG1044 Portfolio

List of technologies used:

HTML

HTML logo

SCSS

SCSS logo

TypeScript

TypeScript logo

SvelteKit

SvelteKit logo

MongoDB

MongoDB logo

Figma

Figma logo

Git

Git logo

Vercel

Vercel logo
Project description:

This portfolio was an assignment for a research paper on the topic of Online Gambling for the subject ENG1044 English for Computer Technology Studies at Sunway University. Our team consisted of 3 members: Mohammad Shaan Ibne Javed Soyfoo, Joshua Edwin Rene Bonham and myself. Shaan designed a basic outline of the portfolio in Figma, Joshua directed the video, edited the video and made some creative decisions on the design of the portfolio, and I coded the portfolio. The team spent a substantial amount of time to decide on the colour palette to match the theme of the portfolio to gambling as much as possible. The portfolio consists of a roadmap of our journey through the research paper as well as the drafts and changes made to the research paper itself.

Weather project preview

Weather

List of technologies used:

HTML

HTML logo

SCSS

SCSS logo

TypeScript

TypeScript logo

SvelteKit

SvelteKit logo

Vercel

Vercel logo

Git

Git logo
Project description:

Weather is actually my first experience with SvelteKit. It is a common and simple beginner friendly project that I created because I wanted to try out Svelte itself. This was created within a couple of hours, because I was bored waiting for my flight that day. OpenWeatherMap's API was used to fetch relevant weather data and GeoDB Cities' API to fetch relevant geographical data. Of course, this project is far from perfect, but ultimately showcases my ability to adapt to new technologies and time constraints while creating a usable project.