I've been enjoying Wordle (and it's clones) for a bit and seeing how fun it is and how people are making variants of it, I decided to make my own too. I saw this short of a person claiming that he worked with RGB values so much that he can guess any RGB value of it pretty accurately, so I thought why not make a game out of that? (https://www.youtube.com/shorts/W4Rebo3aEkY)

I decided to build one using Svelte, to get more experience with it, while also purposefully not using any GUI libraries to build the components this time. It was a short and fun little design and tech experiment over the weekend.

This project is inspired by BeatList, an electronJS based playlist manager for BeatSaber. I wanted to add in a drag-and-drop feature for the tool, but couldn't get it to work on the beatlist project, hence I just decided to write my own tool.

The whole app runs on React w/ MobX, using the evergreen-UI GUI library, with react-beautiful-dnd for the drag-and-drop functionality. It integrates with BeatSaver APIs to get song data.

I took around 2 weeks to learn how to create my first 3D game, with the XR Interaction Toolkit for VR support. The app interfaces with the Todoist REST API, using the user's API token directly as a workaround to not being easily able to support Oauth2 flows in Unity without native browser support. Still a WIP, the game still needs a soft keyboard to allow the user to input their API token, and the characters could use a bit more intelligence :)

Planning to release to the SideQuest platform soon!

This was a 3 days project, where I put my newly learnt golang skills to good use. The Discord bot is hosted on Heroku and talks to Wit.AI servers for speech-to-text, and then feeds the text to a simple sentiment analysis model to generate voice replies to the user.

This is an exploration into creating my own ERC-777 token, called KarmaTokens, based off an old idea me and my friends came up with for a project during my 1 year overseas internship in Shanghai (NOC). It's currently WIP, and is hosted on the Kovan Testnet. The next step for the project would be to figure out a way to incentivize Charities and Donors to be active on the platform, while also creating value for the tokens... which is a big challenge for most tokens.

If you're having trouble, use the helpful ? icon on the top right :)

This is a quick 1 week project of trying to build 'air-drums', which is basically a drumstick that is able to play a virtual drumset. It currently is able to connect to my custom board and play 2 different sounds, depending on the direction it picks up. The board is an Intel Curie Nano, and the frontend is a PIXI.js app on React.

I was interested to play around with some Tensorflow libraries hence decided to try to make train a model to generate text essays but written in Singlish. After crawling the web for the required data from Ah Beng Foodies, I managed to make a Singlish Food Reviewer instead :). The model can be trained better and the data used could still be cleaner. Used ml5.js to train and host it on the web.

Clone of AstroFrog

Just a small little challenge to refresh my Godot knowledge

Video on YouTube: https://www.youtube.com/watch?v=12f5C2VXSI0

Added 'purchasble' mask-gun in the shop.

'Mask'-gun that helps to stun the non-mask wearing enemies, that follows the mouse cursor. Comes with mask counter!

Timer only set when new objective starts.

Cute lil' title screen with simple inifnite scrolling background, with credits.

Simple music and SFX.

NPCs now randomly walk from quadrant to quadrant (though bug-ily).

A simple objective system to keep track of the player's current objective, and adding a little objective arrow that will always guide them to it.

Adding a game timer to countdown, as well as a score system to track how many coins the player has picked up after completing objectives. As well as a objective panel to give more visual guidance.

A simple healthbar to the UI, with a little tweening effect to make it transition smoothly.

'Teleporting' the player into the shop, based on my observation of how other games have implemented it. (same level, out of bounds)

Dynamically generating the game world, by splitting them up into 'quadrants' with a fixed size, then randomly placing a building, roads and grass tiles in the quadrant.

Randomly generate the NPCs and Enemy actors around the map, placing them in the different quadrants. Each NPC's dialog is from a randomly selected joke from the 'reddit-jokes' dataset I pulled from Kaggle.

Project 21 aims to provide caregivers the affordable access to fall-risk analysis tools to allow them track and analyze fall-risk levels for their elderly more conveniently.

It also helps physiotherapists reduce the need for them to physically visit the elderly to perform preliminary diagnosis by providing the elderly's gait data to them through a web platform. The platform holds gait data uploaded by the caregivers and helps physiotherapists visualize and analyze their fall risk more conveniently, so that priority for treatment can be given to those who need it more urgently.

I'm involved in the project as the sole full-stack developer.

Won 2nd place in a start-up like competition.

This month long hackathon is themed around 'giving superpowers to children', especially those with disabilities such as muscular dystrophy or cerebral palsy. After doing preliminary research on existing products that are on the market, we realise that many gesture based control wearable systems require the users to perform specific gestures that may not be convenient or easy for the disabled to perform. So, instead of having the users learn the gestures, we decided to create a product that will learn the users' gestures instead, allowing them to perform gestures that are catered to their needs in order to perform simple tasks.

Won 1st place in a month-long hackathon hosted by NUS, themed around giving superpowers to children, specifically those with cerebral palsy

Developed a demo mobile app to showcase idea of creating a make-up brand with products that caters to the special requirements needs of the users by their varying skin conditions

Sole developer in a team of 5, with members from various other faculties from NOC

Won 2nd place in a 52HR hackathon in Shanghai hosted by Startup Salad

Created crowd detection system using acoustic sensors, coupled with Wi-fi traffic analysis

Developed the polling and processing of acoustic noise data for the system in a team of 4

Won 1st runner up in a 48HR hackathon hosted by Bosch