I am a dedicated B.Tech Information Technology undergraduate student (Timeline: 2025 – 2029 | Currently in 2nd Year) with a strong interest in robotics, embedded systems, and AI/ML integration. I am passionate about engineering hardware-software solutions for emergency response and actively contribute to the global open-source developer community.
- Platforms: Arduino, ESP32, L298N Motor Drivers
- Sensors: Environmental Sensors (Sound, Vibration, Flame)
- Innovation: Custom tactile sensor fabrication (GSM antenna spring mechanisms)
- Machine Learning concepts & Live video streaming (ESP32 Cam)
- AI-driven dashboards & Automated alert systems
- Git, GitHub, and Open-Source Collaboration workflows
- 3rd Position | Working Model Project – Tarang Fest, College Technical Festival
- Awarded for fabricating and presenting an innovative, hardware-software integrated working prototype evaluated by industry experts.
- Successfully merged 60+ Pull Requests (PRs) across diverse open-source repositories.
- Collaborating closely with project maintainers using advanced Git/GitHub workflows, managing issue tracking, and optimizing code structure.
- Overview: Engineered a mobile rescue robot specifically designed for emergency monitoring and disaster rescue operations.
- Hardware Integration: Integrated an ESP32 camera for constant live streaming alongside a suite of environmental sensors (Sound, Vibration, Flame) to accurately detect hazards.
- Mechanical Innovation: Prototyped and fabricated a custom tactile "pit sensor" using a GSM antenna spring for highly responsive ground detection.
- Software Dashboard: Developing a Python/AI-integrated dashboard capable of monitoring the robot's data streams and automatically contacting emergency services if manual help is not provided within a designated timeframe.
- Overview: Engineered an AI-driven predictive intelligence suite designed to monitor system telemetry metrics and report diagnostic health thresholds.
- Key Features: Features real-time telemetry processing pipelines, visual threshold alert mechanisms, and dynamic responsive models.
- Overview: Built an interactive web application featuring dynamic layout state updates, complex modular component interfaces, and clean responsive CSS workflows.
- Key Features: Emphasizes micro-interactions, low-latency client-side rendering, and performance optimizations.
Guru Tegh Bahadur Institute of Technology
- Degree: B.Tech in Information Technology
- Timeline: 2025 – 2029 (Currently in 2nd Year)
⭐️ Feel free to check out my repositories and connect with me! ⭐️