Ritik Bompilwar

Ritik Bompilwar

AI Researcher & Engineer
Video Understanding Multimodal AI Agentic Harness

Hello, I am Ritik. I build AI systems that combine strong research with practical product development. My work spans agentic AI, multimodal models, video understanding, deep learning, and computer vision. My expertise spans:

Agentic Harness & AI Engineering: As part of an academic collaboration, I developed AI agents to optimize procurement operations for the Commonwealth of Massachusetts, contributing to work recognized with a NASPO award. I also built AdGen, a multimodal creative storytelling platform that lets users generate AI images and videos, and Ragnarok, an MCP server that enables secure web search for open-source LLMs.

Multi-modal Models & Video Understanding: My master's thesis focuses on pose-based temporal activity segmentation and shot progress in cricket. I built a 72,000-frame fine-grained video understanding dataset and developed a novel method for biomechanical analysis and shot recognition in cricket videos. My work, QualiVision, focused on quality evaluation of AI-generated videos and was featured on the challenge leaderboard. It was published at ICCVW alongside the official VQualA 2025 Challenge paper. I also built AdRec, a multimodal product recommendation system based on product images.

Deep Learning & Computer Vision: At Dalhousie University, I developed a machine vision system for weed detection in wild blueberry fields to help farmers reduce spraying costs. I built semi-supervised data-labeling workflows, benchmarked object-detection models, and deployed optimized models for real-time inference on edge devices. At Big Vision, I developed applied computer-vision systems for medical imaging and aerial object detection, and authored a three-part series on TensorFlow Lite model optimization for LearnOpenCV.


Career

Experience

Jan 2025 — Jun 2025

Gen AI Product Developer, Co-op

Burnes Center for Social Change
Boston, MA
  • Collaborated with Massachusetts Operational Services Division to streamline state procurement and vendor submission review
  • Applied human-centered design to map reviewer workflows, identify bottlenecks, and define product requirements
  • Architected One L, an automated legal review agent that flags terms conflicts, cites references, and generates redlines
  • Built the system as a production-grade multi-agent RAG workflow on AWS, reducing first-pass review time by 83% and enabling 6x review capacity
  • Implemented event-driven services with AWS Lambda, API Gateway WebSockets, CloudWatch, Titan embeddings, and OpenSearch vector search
  • Developed React and Amazon Cognito workflows for role-based access, auditability, and step-by-step reviewer traceability
  • Integrated RAGAS-based LLM evaluation and production KPIs into Assistive Buyer's Engine, then deployed it to production
Jan 2023 — Apr 2023

Jr. AI Developer Intern

Openfabric AI
Remote
  • Developed AI applications for Openfabric's distributed computing platform and marketplace
  • Adapted open-source ML projects into user-facing apps with custom UIs using the Openfabric toolkit
  • Optimized model performance and deployment workflows for production-ready marketplace distribution
  • Containerized and deployed Deep Fake AI Generator, AI Cryptobot, AI Face ID Recognition, and AI 3D Human Rotation Generator using Docker
May 2022 — Aug 2022

MITACS Globalink Research Intern

Dalhousie University
Truro, Canada
Advisor: Travis Esau (Professor and Director, Atlantic Institute for Digital Agriculture)
  • Engineered a machine vision system for weed detection in wild blueberry fields
  • Built localized spraying workflows to help farmers reduce weedicides and operational costs
  • Created semi-supervised annotation workflows to reduce labeling effort for large-scale weed detection data
  • Trained and benchmarked YOLOv5, YOLOv4, and EfficientDet Lite, achieving 85.8% mAP with YOLOv5 n6
  • Optimized model size by 10x through quantization for constrained edge deployment
  • Built live RGB camera pipelines with FLIR Firefly, Blackfly, and OAK-D for real-time field inference
  • Deployed optimized ONNX, TensorRT, and TF Lite models on Jetson Nano, achieving 17 FPS weed detection
May 2021 — Apr 2022

Computer Vision Intern

Big Vision LLC
Remote
Mentor: Dr. Satya Mallick (CEO, OpenCV & Big Vision)
  • Designed computer vision and deep learning projects for OpenCV University's applied AI curriculum
  • Built a radiology AI model to classify chest X-rays into COVID-19, pneumonia, and normal cases
  • Developed a small ship detection model for aerial imagery using TensorFlow Object Detection API, achieving 82.5% mAP
  • Built a fashion apparel classification model across five classes, achieving 99% accuracy
  • Authored three LearnOpenCV articles on TensorFlow Lite model optimization for edge deployment

Academic

Education

Master of Science in Artificial Intelligence (Research)

Northeastern University, Khoury College of Computer Sciences
Boston, USA
GPA: 3.875 / 4.0

Bachelor of Technology

International Institute of Information Technology (IIIT), Naya Raipur
Naya Raipur, India
GPA: 8.77 / 10