Work, research, education, and projects — each entry expands to show what I worked on and what I took away from it.
Implementing AI pipelines by developing modular K8s-based Airflow DAGs and a REST APIs framework to deliver NNPerf -- an automated, cloud-based hardware-in-the-loop inference, cutting model evaluation time by 70%, reducing compute cost by 30%, and accelerating R&D cycles for rapid model experimentation at scale.
Implemented a robust Data Architecture for the various data/information needs of various cross-functional teams at CIRM.
Worked on high-impact medical imaging tasks aimed at delivering MRI-based treatments for brain-related illnesses without CT scan dependency.
Implemented Graph Machine Learning and GPT, T5, and Transformer based algorithms to automatic multi-hop Question Generation for the given large Knowledge Graphs. 95% of all the generated questions were meaningful and indistinguishable by human evaluation.
Built and deployed ML solutions in supply chain optimisation and demand forecasting for enterprise clients.
Started professional career as a software engineer at TCS.
Research on multimodal deep learning. Work culminated in an IEEE CASE 2023 publication on manufacturing and perception tasks.
Master's research in the Department of Computer Science and Automation at IISc. Focus on applied machine learning and statistical learning theory.
Graduate studies in Computer Science with focus on machine learning, data science, and applied AI research. Teaching Assistant for Computational Data Intelligence.
Master of Technology from one of India's premier research universities. Courses in ML theory, algorithms, systems, and advanced mathematics.
Bachelor of Engineering in Computer Engineering. Foundation in data structures, operating systems, computer networks, and software engineering.
Research project on fusing audio, video, and sensor data for intelligent manufacturing systems. Led to an IEEE CASE 2023 publication.
Self-supervised one-shot learning model for head segmentation in MRI, enabling MRI-based stroke treatments without CT scan dependency.