Developing a production-ready retrieval-augmented generation (RAG) based conversational AI assistant that provides personalised immigration advice to empower people to live and work wherever they want. Responsibilities include:
Developed a data pipeline for predicting battery drainage in electric vehicles and analysing influential features to analyse the necessary sensors for data collection. Responsibilities include:
Analysed and accounted for the systematic error in centroiding algorithms like Centre of Mass (CoM) to increase the accuracy of finding the centre of star images. Responsibilities include:
Merit
Courses: Machine Vision, Computer Graphics, Image Processing, Machine Learning in Visual Computing, Acquisition and Processing of 3D Geometry, Inverse Problems in Imaging, Computational Modelling for Biomedical Imaging and Machine Learning in Medical Imaging
Thesis Project: Q-MoGraph—a program that uses the motions generated from a generative model like VQ-VAE sampled using a transformer to generate new motions that follow a user-defined path while performing specific actions.
GPA: Distinction
Courses: Machine Learning, Deep Learning, Natural Language Processing
Thesis Project: a program that performs live facial motion capture using a single camera to calculate facial motion tracking data that drove the weights of blendshapes of a 3D face model.