Evidenced by my successes in my academics, work, and projects, I am able to pick up technical
concepts to produce results in a short period of time.
I am endlessly fascinated by the myriad of concepts that the world of software and computer science has to offer
and am constantly looking to understand code from the inside-out to extend and reshape it to new requirements and to improve
the architecture of the codebase.
After a successful debating career in high school/varsity, and having worked in a diverse
set of environments, I pride myself in being an effective communicator to colleagues and clients alike.
Outside of work, I enjoy badminton, table tennis, drumming, cardistry, and gaming in my free time.
Using a PyTorch port of Nvidia's StyleGAN, a framework was created to generate
blends of faces during my internship at UsideU.
An encoder can be trained to map one-hot
encoded vectors that represent selected training
faces to a vector (512 dimensional) in the latent
input space of StyleGAN's synthesis network.
For my final-year project in university, I programmed a traffic simulator from scratch in MATLAB and designed an autonomous cooperative driving scheme for efficient lane-changing.
Constructed a scaled-down model of an intelligent transport system in 2 months. Programmed line-following robots in C++, a vehicle positioning camera program in Python, and an IoT system for inter-vehicular communication to navigate routes and avoid collisions with each other.