Graduate student in Computer Science with hands on experience in computer vision, autonomous systems, and full stack development

About
Computer Vision Engineer
Graduate CS student specializing in computer vision, deep learning, and autonomous systems, with publications in IEEE and Elsevier. Experienced in end-to-end CV pipeline development — from dataset curation and multi-model benchmarking to production cloud deployment — targeting roles in computer vision engineering, autonomous vehicles, and perception engineering.
Technical Skills
Programming Languages
Python, C, C++, SQL, JavaScript, HTML/CSS, MATLAB
Frameworks and Libraries
PyTorch, YOLOv8/v11/v12, Faster R-CNN, OpenCV, Scikit-learn, NumPy, Pandas, ROS2
Tools and Platforms
Git/GitHub, Docker, Weights & Biases, SLURM, Gazebo, Nginx, FastAPI, Uvicorn
Cloud and Databases
AWS (EC2, ECR, S3), PostgreSQL, TimescaleDB
Focus Areas
Object Detection & Tracking, Autonomous Systems, 3D Reconstruction, Multi-Camera Calibration
Research Assistant (Computer Vision)
Network Sesing System Labs, RIT
September 2025 - Present
• Benchmarked YOLOv8, YOLOv12, and Faster R-CNN on a custom 9K-frame cricket ball dataset at 4K and 1080p resolutions, achieving mAP50 of 0.94, 0.87, and 0.92; conducted ablation studies with hue augmentation to evaluate cross-color generalization • Engineered a classical CV pipeline (background subtraction, color-based segmentation, ROI masking, domain heuristics) achieving real-time 30 FPS with detection accuracy comparable to ML models; validated on dynamic umpire-mounted camera footage • Implemented homography-based camera-to-field coordinate projection achieving 98% accuracy; applied Kalman and particle filters for occlusion-robust ball trajectory tracking • Deployed YOLOv8 and classical CV pipelines as a Dockerized FastAPI service on AWS EC2 with Nginx reeverse proxy, SSL, and GitHub Actions CI/CD; automated build, push to ECR, and zero-touch deployment on every commit.
Computer Vision Intern
InfiCorridor Solutions Pvt. Ltd., India
October 2023 - August 2024
● Led a team in developing a GIS-based tool for urban forest management, integrating YOLOv8 and image processing techniques to enhance tree detection and health assessment ● Designed slope based region growing algorithm improving tree detection accuracy from 40% to 85% in dense regions and 95% in sparse areas ● Built interactive WebGIS platform using Flask, PostgreSQL, and GeoServer for spatial data visualization and management
Education
Rochester Institute of Technology
Masters in Computer Science
(Expected December 2026)
Relevant Courses:
Foundations of Computer Vision, Foundations of AI
Big Data Analytics, Foundations of Big Data
Projects
Recognition
Summa Cum Laude
University of Mumbai














