I am a software developer and systems thinker who
bridges technical execution with
product strategy. With industry experience building production systems and
concurrent research in distributed technologies, I excel at translating complex
technical concepts into user value.
Currently advancing blockchain infrastructure research with Prof.
Suyash Gupta
at University of Oregon, developing segment
tree architectures for efficient historical data queries in Ethereum systems. This
work focuses on transparency mechanisms and explainable system decisions—directly
applicable to product challenges in fintech, blockchain, and distributed
platforms.
My industry background as a
provides practical grounding for research insights, while my research experience
brings cutting-edge perspective to product development. I'm passionate about roles
where I can combine technical depth with product vision, creating systems that are
both powerful and user-centered.
0 + Projects completed
Working at the intersection of infrastructure engineering, product strategy, and applied research to advance transparency and scalability in decentralized systems. Current focus includes segment tree–based data architectures for efficient access to historical blockchain state and interpretable ML systems for anomaly detection—work that bridges real-world product needs with rigorous technical design.
Decentralized Systems& Data Structures:
Explainable AI & Large Language Models (LLMs):
Leapfrog Technology Inc. is an international technology partner that specializes in AI-driven innovation, product development, and scalable enterprise solutions.
Below are some of my projects.
Developed a comprehensive drug discovery management system for scientists, optimizing research and experiment workflows. Integrated project management, chemistry workflows, and inventory tracking to enhance the discovery pipeline.
Led the optimization of an ERP dashboard for employee and project management. Improved system performance and operational efficiency using SQL-based database optimizations.
Designed a cross-platform app using Flutter and Firebase for students and faculty at VIT. Focused on interaction, course collaboration, and task management while implementing HCI principles through usability testing.
Developed a route optimization algorithm for the Traveling Salesman Problem, improving logistics efficiency. Focused on route planning within delivery systems to minimize operational costs.
Below are the details to reach out to me!