I specialize in Robotics, with expertise in Drone Systems (UAVs), Computer Vision, Machine Vision, and Artificial Intelligence. My focus is on designing and developing intelligent autonomous systems that integrate AI with robotic perception and control.
My interests include autonomous drone navigation, vision-based robotics, object detection and tracking, machine learning, deep learning, and real-time decision-making. I enjoy building practical solutions that enable robots and drones to perceive, understand, and interact with their environment.
I am passionate about applying robotics and AI to solve real-world challenges through research, innovation, and hands-on engineering projects.
Artificial Intelligence • Automation • Robotics Engineering
MSc Robotics(University of Bristol)
2025 – 2026 (Bristol, United Kingdom)
✓ Artificial Intelligence and Robotics
✓ Unmanned Aerial Vehicle (UAV) Systems
✓ Human-Robot Interaction (HRI)
✓ Robotics Systems and Assistive Robotics
✓ Autonomous Drones and Navigation
✓ Machine Vision and Perception
B.Tech Artificial Intelligence and Data Science(Priyadarshani College of Engineering)
2020-2024 · Nagpur, India
✓ Artificial Intelligence and Machine Learning
✓ Data Science and Analytics
✓ Programming and Algorithms
✓ Robotics and Automation
Drone Technician & UAV Systems Member
University Of Bristol Drone Society
Dec 2025 – Sep 2026 | Bristol, UK
✓ Designed and assembled multirotor UAV platforms for research and testing.
✓ Configured and tuned PX4 flight controllers for stable autonomous flight.
✓ Developed and tested UAV algorithms using Gazebo simulation.
✓ Integrated onboard components, including motors, ESCs, flight controllers, GPS, and telemetry modules.
✓ Performed flight controller calibration and system validation before test flights.
✓ Conducted autonomous flight testing and optimized vehicle performance.
✓ Collaborated on UAV development, simulation, and real-world flight experiments.
✓ Gained practical experience in UAV system integration, autonomous navigation, and simulation-based testing.Workshop Resource Person (FPV & UAV Technology)
S.B. Jain Institute of Technology, Management and Research, Nagpur · Workshop
July 2025 · Nagpur, India
✓ Invited as a Resource Person to conduct a two-day workshop on "Design & Development of FPVs for Innovation and Startup Applications"
✓ Delivered technical sessions on FPV drone systems, UAV technologies, and development methodologies
✓ Conducted practical demonstrations and interactive discussions for engineering students from various disciplines
✓ Shared insights on drone innovation, system integration, and entrepreneurial opportunities in UAV technology
Robotry
May 2024 – Aug 2025 | India
✓ Designed, developed, and integrated UAV and robotic systems for autonomous applications.
✓ Developed and assembled embedded electronic systems, including sensors, actuators, and microcontroller-based platforms.
✓ Performed hardware prototyping, soldering, assembly, troubleshooting, and system-level integration.
✓ Configured, tested, and validated UAV subsystems and robotic platforms against functional requirements.
✓ Conducted system-level diagnostics, debugging, and performance optimization for autonomous robotic systems.
✓ Supported R&D activities involving autonomous systems, sensor technologies, and embedded hardware.
✓ Applied engineering principles to evaluate and improve system performance, reliability, and functionality.
✓ Contributed to the development and deployment of autonomous systems for real-world applications.
✓ Gained hands-on experience in robotics, UAV technologies, embedded systems, and autonomous platforms.
Passionate Robotics Engineer with expertise in Artificial Intelligence, Drone Systems, Computer Vision, Machine Learning and Autonomous Robotics. I enjoy developing intelligent solutions that combine software and hardware.
University of Bristol
2025 – 2026 · Bristol, United Kingdom.
• Artificial Intelligence and Robotics
• Unmanned Aerial Vehicle (UAV) Systems
• Human-Robot Interaction (HRI)
• Robotics Systems and Assistive Robotics
• Autonomous Drones and Navigation
• Machine Vision and Perception
Priyadarshani College of Engineering
2020-2024 · Nagpur, India
• Artificial Intelligence and Machine Learning
• Data Science and Analytics
• Programming and Algorithms
• Robotics and Automation
University Of Bristol Drone Society ·
Dec 2025 – Sep 2026 | Bristol, UK
• Designed and assembled multirotor UAV platforms for research and testing.
• Configured and tuned PX4 flight controllers for stable autonomous flight.
• Developed and tested UAV algorithms using Gazebo simulation.
• Integrated onboard components, including motors, ESCs, flight controllers, GPS, and telemetry modules.
• Performed flight controller calibration and system validation before test flights.
• Conducted autonomous flight testing and optimized vehicle performance.
• Collaborated on UAV development, simulation, and real-world flight experiments.
• Gained practical experience in UAV system integration, autonomous navigation, and simulation-based testing.
• Served as a Workshop Resource Person for FPV and UAV Technology.
July 2025 · Nagpur, India
• Invited as a Resource Person to conduct a two-day workshop on "Design & Development of FPVs for Innovation and Startup Applications."
• Delivered technical sessions on FPV drone systems, UAV technologies, and development methodologies.
• Conducted hands-on demonstrations and interactive sessions for engineering students from diverse disciplines.
• Shared insights on drone innovation, UAV system integration, and entrepreneurship in drone technology.