NPGC Students' Advanced Drone Captivates Crowds at TechFest 5.0
In a remarkable display of student innovation, a specially designed high-power, long-endurance drone emerged as the major attraction at TechFest 5.0, held at National PG College in Lucknow. Developed by BCA and BTech students Hariom Tiwari and Atman Verma, the drone drew continuous attention from visitors throughout the event.
Practical Applications and Enhanced Capabilities
The drone was not merely a theoretical project but demonstrated significant practical field applications. It performed night-time surveillance, data monitoring, and thermal detection, enabling it to identify objects effectively in low-visibility areas such as dense forests. This capability sets it apart from standard drones, which often struggle in challenging environmental conditions.
One of the most impressive features is its extended flight time of 50 to 55 minutes, which is notably longer than many commercial drones available today. This enhanced endurance makes the drone highly suitable for real ground operations, moving beyond simple lab demonstrations to practical, on-the-field use.
Student Vision and Future Potential
Hariom Tiwari, one of the creators, emphasized the drone's potential in various critical sectors. He stated, "The drone can assist police surveillance, traffic monitoring, and crowd management. Our aim was to create a system that works even in difficult visibility conditions." This vision highlights the students' focus on developing technology that addresses real-world challenges, particularly in security and public safety domains.
The development process involved integrating advanced sensors and optimizing power systems to achieve the extended flight duration. The students' work showcases how academic projects can translate into innovative solutions with tangible benefits for society.
Impact on TechFest and Beyond
At TechFest 5.0, the drone served as a prime example of how student-led initiatives can push the boundaries of technology. Visitors were particularly impressed by its operational demonstrations, which included simulated scenarios of surveillance and detection tasks. The event provided a platform for the students to showcase their engineering skills and receive valuable feedback from peers and industry professionals.
Looking ahead, this drone could pave the way for further advancements in unmanned aerial vehicle technology, especially in applications requiring prolonged aerial presence and robust performance in adverse conditions. The success of this project at National PG College underscores the importance of fostering innovation in educational institutions and supporting young minds in their technological pursuits.
