Unmanned Aerial Vehicles (UAVs) are at the forefront of innovation in aviation, offering new possibilities in various fields such as surveillance, agriculture, logistics, and environmental monitoring. The UAV Laboratory provides comprehensive training and hands-on experience, equipping engineers and students with the skills and knowledge necessary to advance in this dynamic field. Our programs cover a wide range of topics, from basic UAV concepts to advanced flight systems, essential for understanding and contributing to the evolving landscape of unmanned aviation.
Prepare students with practical-oriented learning experiences, equipping them with the knowledge and skills necessary to excel in the Unmanned Aerial Vehicle (UAV) industry through quality training and hands-on projects.
Provide an environment that encourages transdisciplinary research, innovation, skill development, creativity, and entrepreneurship in UAV technology, in collaboration with industry partners and academic institutions.
Cultivate a passion for UAV technology among engineering students and professionals by engaging them in innovative UAV projects, including the development of autonomous and FPV drones, and exploring new applications of aerial technology.
UAV Fundamentals: Explore the core principles of UAV technology, including flight dynamics, propulsion systems, and control mechanisms. Understand the various types of UAVs, such as fixed-wing, rotary- wing, and hybrid configurations.
Advanced Propulsion Systems: Delve into the complexities of propulsion systems, including electric and hybrid engines, propeller dynamics, and thrust optimization techniques. Learn how these systems are critical to enhancing UAV performance and efficiency.
Sensor Technology and Integration: Gain insights into the latest sensor technologies used in UAVs, including GPS, IMUs, cameras, and LiDAR. Understand how to integrate these sensors into UAV platforms to enable precise navigation, obstacle avoidance, and data collection.
UAV Communication Systems: Learn about the design, implementation, and interoperability of UAV communication systems, including telemetry, video transmission, and remote control. These systems are essential for effective UAV operation and mission success.
Autonomous Flight and Control Systems: Understand the integration of autonomous flight technologies, such as autopilot systems, flight controllers, and real-time data processing. Explore how these technologies enable UAVs to perform complex missions with minimal human intervention.
Flight Controller: Pixhawk Motor: 950kv
Propeller: 10 inch ESC: 30A
Wireless Video Transmission Setup - Skytroid H12 Battery - 2200 mAh
Frame: Carbon Fiber Frame - 5 inch Propeller: 5 inch
Transmitter: Radio Master
Wing Span: 1200 mm Motor: 2212 kv
Propeller: 5 inch
Battery: 2200 mAh
Model: Creality Ender 3 S1 Pro Print speed: 150 mm/s
Build volume: 220 x 220 x 270 mm
Printing Technique: Fused Deposition Modelling (FDM) 3D Material Spports: PLA and ABS.
Thrust Measured - Upto 20 N
Strain Gauge: Load Cell - Weight Sensor Display: 7 - Segment LED Display
Simulator: Real Drone Simulator Controller: Flysky FS-i6
System: Intel i7 - 13700 (16 cores, 4.3 GHz), 16 GB DDR5, 512 GB SSD (PCIe), 24” E2423 Monitor
Soldering Iron Drilling Machine Bosch Hand Tool Kit Allen Key Set
Glue Gun
Dell · i7-13700 (16 cores, 4.3 GHz), 16 GB DDR5, 512 GB
SSD (PCIe), 24” E2423 Monitor, KB216 Keyboard and MS116 Mouse
In summary, the UAV Laboratory is not just equipped to address the current needs of the unmanned aerial vehicle sector but also plays a pivotal role in advancing its future. By focusing on hands-on training, innovative research, and strategic industry partnerships, the laboratory prepares students and researchers to excel in the rapidly evolving field of UAV technology. We are dedicated to offering valuable learning experiences and exploring the dynamic world of aerial systems. Join us to be part of the journey toward groundbreaking advancements and the future of unmanned aerial technology.
