Sudhendra Kambhamettu
An AI Product Developer focused on building relevant AI systems.
About
As an AI Product Developer and DL Engineer, I have a proven track record of pioneering in the field of artificial intelligence, especially in computational biology and deep learning. My expertise lies in leading and collaborating with diverse teams, fostering an environment that encourages innovation and peak performance. Currently, my work primarily involves PyTorch, Huggingface and cloud tools like AWS, GCP, and Azure. With over 4 years of experience, including international collaborations, I have demonstrated exceptional skills in developing and implementing cutting-edge AI solutions across various domains.
Work Experience
Camp4 TherapeuticsHybrid
Computational Biology Co-op
Northeastern UniversityHybrid
Research Assistant
RAPYD AI GmbhRemote
AI Product Developer
Education
Northeastern University
Vellore Institute of Technology
Publications
Cerebro
Skills
Projects
LITART
Automatic & Scene consistent Generation of Textually Accurate Fictional Characters from Novels.
Scrap Tire Forecasting & Supply Chain Optimization
Achieved award‑winning (2nd Place) performance for forecasting scrap tires and optimizing supplychain for reduced carbon emissions towards the Reinvented the wheel 2.0 hackathon.
GODS (Guiding Object Detection using Segmentation) Pre‑training
An innovative pretraining strategy for OWL-ViT v2, integrating segmentation and attention objectives to significantly enhance its generalization across unseen categories, achieving a notable increase in mAP to 46.6 for novel object detection on the LVIS dataset.
HumanizeXAI
An intuitive web-tool for analyzing & evaluating AI models for vulnerabilities and producing interpretable statistics.
Harmful Algal Bloom Detection
Detects harmful algal blooms in lakes from satellite Images. This project was in collaboration with NASA.
Monocular Image Depth Estimation using Vision Transformers
Improved depth estimation with ViT-tiny 16, achieving a low root mean squared error of 0.138 and high processing speeds up to 22 fps, outperforming current techniques and enabling efficient real-time 3D reconstruction on complex datasets like NYU-depthV2 and CITYSCAPES.