Hi, my name is Christopher Teo
Computer Science Undergraduate,
Durham University.

First place winner (sponsored by Northumbrian Water Group) of the NWG Hackathon 2023 (3 day coding marathon).
My team, consisting of just 2, made a pipe planning program to plan the layout of a pipe network in a given location as well as having live feedback of areas where potential faults in the pipe structure could be found.
I implemented the pipe simulation and editor.

Platinum prize winner (sponsored by Alteryx) of Durhack 2022 (24 hour coding marathon) where my team made a data analysis program to predict Olympic medal winners.
I implemented the neural network back-end using TensorFlow.
This performed machine learning on past data to predict the chances of an athlete possessing certain physical characteristics winning a gold, silver or bronze medal at the Olympics.

Inspired by Roslyn/Codepen, I created a web based technology, that I named "Muffin.js", for runtime evaluation of scripting for creating light weight javascript apps on an online, fully responsive, (cloud) desktop.
People can create packages or modules that can be imported into other apps.
Example modules that I wrote to demonstrate Muffin's capabilities include a 2D physics module, a simple machine learning module and the base muffins module.

Implemented from the ground up a neural network for classifying images.
Uses 3 alternating convolutional (comprising 5 filters each) and pooling layers, a flattening layer and 3 dense layers.
Wrote an API for C++ Eigen library so Unity/C# can use it for matrix calculations.
Runs on GPU using HLSL.
CNN distinguishes cars from trucks.

Experience in creating 2D / 3D animation.
Participated in GameJam to create sprite-based game in 48 hours.
Parallax, HLSL, vertex shaders, transformations.

Automatic pill dispenser to provide medication at right intervals and quantities.
Integrated a 16x2 LCD character display, motion detector, motorised platter with indexing, buzzer and WiFi interface for connected devices.
Designed and 3D printed the mechanical hardware which was driven by a Raspberry Pi Zero SBC with additional control electronics.
Developed in Python, HTML5, JavaScript.

Implemented a multiplayer server authorative game in Unity.
Features include client side prediction, high tolerance for latency and packet loss, server rollback.
Based on Valve's Source Multiplayer Networking design.

Created the website showcasing the Blue Plaques around Cambridge.
Received appreciation award from Mayor of Cambridge.