Computer Science graduate from IIT Jammu with R&D research experience in computer vision, medical imaging, and NLP. Worked with Boston College, Yale, UPenn, UoL, and The Captury on projects like cervical cancer dose prediction, brain tumor segmentation, and motion capture analysis. Published at SPIE, CVPR Workshops, CIBM, and MICCAI. Currently working in The Captury GmbH as an AI Research Engineer I.
Feb 2025 - Present
I am currently working as an AI research engineer at The Captury, where I am working on facial expression tracking and motion capturing. Working directly with the CTO and Co-Founder on some really cool stuff for Markless motion capture.
April 2025 - June 2025
Worked with Dr. Donglai Wei on finetuning ST-Unet for 3D instance segmentation for microscopy images.
Jan 2024 - Dec 2024
Worked as a research associate researching the early detection of anorexia through Reddit posts. Using a Time Series Transformer and LLM, I have achieved an accuracy of 85.2%. Also submitted a research paper to the ACL 2025 conference.
May 2024 - September 2024
I was the sole undergraduate researcher in the lab, where I developed a novel DCA-UNet architecture aimed at predicting dose maps for internal beam radiation therapy in cervical cancer patients. This work culminated in a publication at the SPIE Medical Imaging Conference 2025, in the AI/ML track.
May 2023 - August 2023
Developed novel brain tumor segmentation model by modifying the existing nn-UNet architecture. I co-authored a research paper at MICCAI BrainLesion Workshop 2023
Sep 2021 - May 2025
Indian Institute of Technology Jammu
Computer Science and Engineering
CGPA: 8.59/10
April 2020 - March 2021
Army Public School, Pune
Science and Mathematics
Percentage: 96%
NTIRE 2024 | March 2024
Developed a custom model to estimate depth in challenging transparent surfaces, incorporating techniques like MaskLoss and multi-loss balancing. Part of NTIRE 2024 CVPR Challenge.
ISRO, IIT Tech Meet | February 2023
Applied deep learning to enhance Chandrayaan 2 imagery, achieving significant resolution boosts and optimized image handling.
DevRev, IIT Tech Meet | January 2023
Led development of an optimized BERT model for rapid response times, enhancing model efficiency and accuracy.