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Build, Fly, and Repair: What’s Happening In Our New UAV Lab?

The Department of Aeronautical Engineering at Parul University is all set to build, fly, and repair drones!

A significant milestone for the university, as we recently inaugurated the cutting-edge Unmanned Aerial ehicle (UAV) Laboratory. Through the lab, the facility positions students at the forefront of drone technology and aerospace innovations. An astounding assortment of UAV systems in the nano, micro, small, and medium categories is housed in this state-of-the-art facility, which has invested ₹27 lakh in drones and components alone. 

The lab has fixed-wing UAVS and rotary-wing UAVS, which are used for various purposes, including training, agricultural, camera operation, and multipurpose. Such a facility is the first of its kind because it has a huge variety of drone components so that students can create and adapt their own UAV systems completely.

The lab has a capacity of accommodating 30 students at a time, which creates a vibrant learning environment, enabling the conversion of academic skills to constructive competencies. Besides acquiring skills on how to collect and analyze aerial information in order to use it practically, the students also master drone building, maintaining, and flying. The curriculum greatly emphasizes the safety protocols and legal provisions, and collaboration, required by aerospace workers of the present day.

The creation of the lab shows a strategic approach to narrowing the gap between what goes on in the classroom and what is required in the industry. The centre provides students with hands-on experience of drone technology and aims at exploring new-fangled applications in mapping, agriculture, emergency support, and many more. The strategy not only builds on technical capacity but also equips the graduates with the skills required to integrate themselves into the industry straight away.

Students who go through this program become skilled pilots of drones, their operations, software tools, programming, and safety requirements, and their portfolios would become formidable ones in their quest for work in the UAV industry. The training is an open door to a variety of career opportunities, such as piloting drones, drone operations and inspection services, Agriculture technology, research areas, and a career option related to entrepreneurship within the drone industry.

The ecosystem will include student competitions and innovation challenges, which will take made to occur in the lab in the form of obstacle races, drone races, and competitions to solve problems. These programs foster imaginative thinking and the operational potential of drone technology regarding some of the activities and analysis of the aerial data.

The UAV Laboratory will become a significant push for the future generation of aerospace engineers here at PU  who will be prepared to become the leaders of unmanned system development and bring outstanding progress to the young drone industry in India.