
I'm a Web Developer based in New Brunswick, NJ, focused on building robust in-house web applications as part. At the New Jersey Turnpike Authority, I design and develop custom internal tools, delivering tailored functionality, greater control, and long-term cost efficiency. My work spans full-stack development, API integration, and geographic information systems — ensuring our homegrown applications meet the specific operational needs of the authority. Previously, as a Data Engineer at Kaaye Technologies, I built and optimized data pipelines using Apache Spark, giving me a strong foundation in scalable backend systems that informs how I architect web solutions today.
My research experience includes working as a Research Assistant at Rutgers University, developing classification models for turfgrass species and implementing real-time vehicle speed detection systems. I'm passionate about developing practical AI solutions that bridge theoretical concepts with real-world applications. I've contributed to various ML projects including generative replay models, spiking neural networks, and computer vision systems.

Implemented a Hippocampal Memory Indexing module to mimic brain memory storage for NLP tasks, improving task performance by 25% and reducing catastrophic forgetting by 40%.

Benchmarked SpikeNet on a 17M+ edge dynamic graph dataset, achieving 67% accuracy in edge and node property prediction while improving efficiency by 15%.

Hosted a YOLOv7-based live-streaming web app on AWS using Flask, improving image throughput from 12 to 15 FPS with 25% enhanced detection accuracy.

Deployed a car rental website on AWS EC2 with authentication, session management, payment processing via Stripe API, and real-time tracking with Maps API.
GPA: 3.92/4.0
Research: Developed classification models for turfgrass species, created vehicle speed detection systems using YOLOv7
Activities and societies: Astronomical Society and Chess Club
GPA: 3.76/4.0
Robotics Competition 2016: Winner
Activities and societies: Member of Extension Working Committee
International Journal of Engineering and Advanced Technology (IJEAT), October 2021