I am a computer science student at Amity University, Noida building research-led systems across computer vision, robotics, autonomous platforms, cybersecurity, and drone technology. I turn theory into prototypes that can be tested, explained, and improved.
Available for research, internships, and engineering collaborationsSIH 2026 — TEAM TEZA-TRON taking part in SIH 2026 as we submit our prototype hybrid robotics project for evaluation. Waiting for results of second round.
Read updateEach case study documents the system, its constraints, the engineering decisions, and what the prototype taught me.
01TEZA-TRON is a hybrid air–ground robotic platform developed to overcome the mobility limitations of conventional drones and ground robots in applications such as search and rescue, disaster response, surveillance, inspection, and emergency reconnaissance.
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02A real-time YOLOv8 fire-detection pipeline integrated with a mobile rover designed to locate a fire, approach it, and trigger an extinguishing response.
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03An AI-assisted intrusion-detection framework that classifies network activity and connects detection to alerts and rule-based defensive actions.
View case studyI use these domains together to move from an idea to a working and explainable system.
Models and reasoning systems used in applied prototypes.
Hardware, sensing, actuation, and autonomous-system integration.
Programming, tooling, documentation, and delivery foundations.
Mechanical and technical design tools used for physical systems.
My work is grounded in an engineering approach: understand the system, define its constraints, build a testable prototype, and document the decisions that shape it.
I am especially interested in computer vision, robotics integration, autonomous systems, and drones. Rather than treating a model as the complete solution, I focus on how sensing, reasoning, hardware, interfaces, and evaluation work together.