Welcome to my GitHub! I'm passionate about exploring the intersection of quantum technologies, autonomous systems, and security paradigms that will shape our digital future.
Bachelor of Technology in Computer Science
Expected Graduation: May 2028
Google Student Ambassador
Google | August 2025 – Present
- Foster technology adoption and community engagement on campus through workshops and seminars
- Bridge emerging technologies with practical student applications through collaborative outreach programs
Autonomous Drone Developer
Indian Institute of Technology, Hyderabad | February 2025
- Engineered an autonomous drone system with real-time object detection and tracking capabilities using onboard cameras
- Optimized and deployed a lightweight YOLOv5 model using ONNX and TensorRT for edge inference on Raspberry Pi, achieving real-time performance
- Implemented navigation logic with obstacle avoidance algorithms using Python, OpenCV, and ultrasonic sensors
Intern
Muskurahat Foundation | January 2025 – February 2025
- Led educational outreach initiatives and developed technical content for underserved student communities
- Managed GitHub repositories for collaborative content delivery and version control
Quantum Circuit Simulator | Personal Project
- Simulated quantum gates and circuits using Python and Qiskit framework for quantum algorithm exploration
- Visualized qubit states, entanglement, and superposition phenomena using Bloch sphere representations
- Automated measurement and visualization workflows to interpret quantum behavior patterns
Advanced Qiskit Quantum Simulations | Academic Research
- Double-Slit Experiment: Modeled wave-particle duality using superposition states with Hadamard gates; demonstrated quantum interference patterns through parameterized circuits and heatmap visualizations
- Schrödinger's Cat Paradox: Simulated quantum superposition and probabilistic collapse through single-shot measurements
- CHSH Game Implementation: Designed quantum circuits for entangled Bell states; implemented measurement basis rotations; demonstrated quantum advantage over classical strategies with >82% success rate
Research on Quantum Search Algorithms | Academic Project (2024)
- Studied and implemented Grover's Algorithm using Qiskit, analyzing quantum speedup for unstructured search problems
- Modeled computational complexity comparisons between classical O(N) and quantum O(√N) search performance
- Presented research findings at university seminar on emerging quantum technologies
Quantum Computing: Qiskit, IBM Quantum Lab, Quantum Circuits, Grover's Algorithm, QuTiP
Programming Languages: Python, C/C++, Bash, Shell Scripting
ML/AI Frameworks: PyTorch, TensorFlow, HuggingFace Transformers, Ollama, vLLM
- Qiskit Global Summer School 2025 – Quantum Fundamentals | IBM Quantum
- IBM Quantum Challenge | IBM Quantum
- CS50x: Introduction to Computer Science | Harvard University
- Quantum Computing Basics | World Technocon & BITS Pilani Hyderabad
- Drone Technology (Quadcopter) | Techobytes Technologies & IIT Hyderabad E-Cell
- Introduction to Model Context Protocol | Anthropic
- English Proficiency: CEFR Level B2 | Cambridge Linguaskill
- Competitive Canoe Polo Player (Forward) – Developing teamwork, strategic thinking, and discipline through competitive sports
- Research Interests: Exploring intersections of Artificial Intelligence and Quantum Computing for next-generation algorithms