Hi!
I am a Research and Development Engineer at the Qualcomm Institute, specializing in Deep Learning for Spatial Audio and Generative AI for Music. With a Master’s degree in Computer Science from UC San Diego, my journey spans diverse AI domains, including Deep Generative Networks, Statistical NLP, Distributed Systems, and Recommender Systems.
With 2+ years of professional ML experience (beyond internships), I have worked across the ML lifecycle—data wrangling, feature engineering, model development, hyperparameter tuning, and deploying models to production. My work has brought me to Health-tech, where I built multimodal ML pipelines, to retail operations at Ernst & Young leveraging AWS and databases, and to a Data Science startup shaping Ed-tech and hiring solutions.
As a Founding Team Member at DPhi, I’ve been part of a mission to democratize Data Science education—leading AI bootcamps, creating intuitive courses, and fostering a global data culture through open innovation.
Research excites me as much as hands-on impact. At DRDO, I explored Neuroscience and AI, dynamically allocating aircraft controls using EEG data to monitor pilot workload. At Qualcomm, I delve into cutting-edge technologies that transform how we experience music and audio.
Beyond work, I thrive in community building, blogging, and hackathons—always seeking to connect, learn, and create.
Masters of Science in Computer Science, 2022-2024
University of California, San Diego
B.Tech in Information Technology, 2017-2021
Guru Gobind Singh Indraprastha University
A Flask web application to predict flair (tag) of any post on India Subreddit using Machine Learning Algorithms.
A PyTorch implementation of Dog Breed Classification.
Dynamically allocating the aircraft control by detecting the level of pilot’s cognitive workload.
Multi-modal ML and DL architectures to forecast overnight sleep quality from the first 60 minutes of sleep data. We’re testing out various predictors of sleep quality such as duration, number of durations, and number of slow waves.
Summer internship project to identify the source of a user’s profile picture on the SHEROES platform.
Answering questions posed in natural language about the contents of an image - in the form of short text.
Recognition of hand gestures in 3D space using a single low resolution camera for converting American Sign Language into any spoken language.