- 🔭 Currently focused on NAV2 and autonomous robotics systems.
- 🛡️ Worked as an Antenna Design and RF Engineer Apprentice at DRDO, DLRL.
- 📡 Gained hands-on experience in RF systems, microwave components, horn antenna prototyping, assembly, and performance testing.
- 🤖 I build projects in robotics, embedded systems, UAVs, computer vision, and IoT.
- 🧠 I enjoy solving real-world engineering problems through research, prototyping, and practical design.
- 🌍 Fluent in English, Telugu, and Urdu.
Defence Research and Development Organisation (DRDO), DLRL | Dec 2024 – 2025
- Designed, developed, and prototyped several horn antennas.
- Assisted in assembly, testing, and performance evaluation of antenna systems.
- Gained hands-on exposure to microwave components and RF equipment.
- Strengthened practical understanding of antenna engineering, microwave engineering, and RF systems.
- Contributed to defence technology development through research-focused engineering work.
Drone Centre of Excellence, MJCET
- Led UAV design and prototyping to improve flight performance, stability, and payload efficiency.
- Developed custom PCBs for sensing and communication.
- Integrated firmware and software for control and autonomous functions.
- Tested and calibrated GPS and communication systems for reliable real-world operation.
- Developed a seaport security application using deep learning and computer vision.
- Built for non-intrusive monitoring to reduce operational interruptions.
- Maintained a repository of authorized ships for accurate identification.
- Integrated Raspberry Pi 4B, hexacopter drone, and ML model.
- Built an AI-integrated ECG model for early detection of heart diseases.
- Used Arduino UNO, Python, MIT-BIH dataset, and AD8232 ECG Module.
- Captured and analysed PQRST waveform patterns.
- Applied machine learning to detect irregular heartbeats and anomalies.
- Designed a semi-autonomous rover for remote sensing and monitoring.
- Used Arduino Mega, DC motors, FPV camera, and video transmission system.
- Built for surveillance and data gathering in hazardous environments.
- Developed an IoT-based automation system using ESP8266.
- Enabled remote monitoring and control via Wi-Fi.
- Integrated sensors and actuators for lighting, temperature, and security.
- Wrote optimized firmware in C++.
- Designed and 3D-printed a 4-axis robotic arm using Arduino.
- Enabled pick-and-place operations with high precision.
- Built a digital twin based control interface.
- Optimized movement control for smooth operation.
- 🥇 1st Runner-up — APJ Abdul Kalam Innovation Award 2024.
- 🥈 2nd Prize — College Annual Hackathon, Generic Hardware Category, 2023.
- 🥈 2nd Prize — Stanfest Technical Event Competition, 2023.
- 🏅 Runner-up — Inter-Department Literary Week Competition, 2022.
- 🏆 Best Working Model Award — Robotics Project Expo, 2022.
- 📡 2nd Prize — IEEE-MTT 2-day Event on Wireless Communication, 2022.
- 👑 Treasurer, IEEE MJCET Student Branch, 2023–24.
- 🎯 Chairperson, IEEE Robotics and Automation MJCET Student Branch, 2023–24.
- 🧩 Junior Executive Committee Head, IEEE Robotics and Automation Society, 2021–23.
- 🔧 Core Team Member, Robotics Club MJCET, 2022–23.
- 🚀 Startup Operator, SU Knowledge Hub Foundation Startup Incubator, 2022–23.