Welcome to our state-of-the-art Aerial Robotics lab, a cutting-edge facility dedicated to advancing innovation in drone technology, computational intelligence, and rapid prototyping. Equipped with high-performance GPUs for complex computations, a fleet of drones for aerial research and applications, and a 3D printer for custom component fabrication, our lab serves as a hub for creativity and technical excellence. This dynamic space is designed to empower researchers, developers, and enthusiasts to explore the limitless possibilities of aerial systems and their integration with emerging technologies.
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PI’s Profile:
Dr. Shahbaz Khan is an Assistant Professor in the Departments of Robotics and Artificial Intelligence at SMME, NUST. He holds a Ph.D. in Robotics and AI, with a specialized focus on drones, precision agriculture, and advanced artificial intelligence techniques. His research centers on developing intelligent systems to enhance the efficiency and sustainability of agricultural practices through automation and data-driven solutions. Dr. Khan has played a pivotal role in designing and deploying robotic solutions for challenges such as precision farming, crop monitoring, and autonomous harvesting by leveraging deep learning algorithms and machine vision. |
Committed to bridging the gap between technological innovation and real-world applications, his work is driving the future of agriculture through AI-driven advancements. Currently, Dr. Khan supervises eight master’s and two Ph.D. students, fostering the next generation of researchers in robotics and AI
Master Capabilities of lab:
- Drone Operations and Testing
- AI and Computational Power
- Custom Component Fabrication
- Precision Agriculture Research
- Training and Education
- Multi-Disciplinary Collaborations
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Lab Equipment /Resources:
- COEX Clover 4.2
- F450 Quadcopter
- F550 Hexacopter
- AF – 25B
- DJI Tello EDU
- DJI Tello
- TurtleBot3
- Artillery 3D Printer
- 3060 GPU Based
- Full time Human Resource:
- 2x PhDs and 8 MS (under supervision)
- Full time paid Research Associates
Projects undertaken:
- Wheat Data Collection using UAV:
- Autonomous Micro Aerial Vehicle SWARM Navigation in Formation:
- Multi-Camera-based Person Recognition System for Search & Rescue Missions:
- SLAM implementation in Disaster Location:
- Unmanned Aerial Vehicle Controller Design using Gestures:
- SWARM UGV and UAV SIMULATION:
- Design & Development of Smart Ball based Surveillance System using AI
- Design and Development of Smart Spraying System for Agriculture Drones (In progress)
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