Drone Technology

P.G. Dept. of Computer Science

Fakir Mohan University, Balasore, Odisha

A Class Seminar 

 on

Drone Technology

Date: 22-11-2025 (Saturday)

Time: 03:00 PM to 05:00 PM

Speakers:

Guruprasad Jena

The MCA Department organized an enlightening and knowledge-enriching seminar on Drone Technology, focusing on the growing importance of unmanned aerial systems in modern industries. The session was conducted in the presence of distinguished guests and faculty members who contributed to the academic depth of the event. The seminar was graced by the esteemed presence of Prof. Satchidananda Dehuri, Dr. Minati Mishra (Head of the Department), Dr. Ashanta Ranjan Routray, and Dr. Manaswini Pradhan, Mr. Rama Chandra Dey whose active participation enhanced the academic value of the programme. Research Scholar Himadri Das also attended the seminar, adding valuable scholarly insight. Students from both 1st-year and 2nd-year MCA batches were present in large numbers, demonstrating a strong interest in emerging technologies and their applications in real-world scenarios.

The seminar centred around the theme Drone Technology, a rapidly growing field with vast potential in sectors such as agriculture, surveillance, logistics, cinematography, military operations, and environmental monitoring. The presentation was delivered collaboratively by four student speakers—E. Twinkle Rao, Dipesh Kumar Nayak, Hiteshu Sekhar Das, Guruprasad Jena —who prepared and presented the content with clarity, precision, and confidence. The seminar began with an introduction to the concept of drones, explaining how Unmanned Aerial Vehicles (UAVs) are designed, constructed, and programmed for aerial tasks without requiring a human pilot onboard. The presenters discussed the historical evolution of drone technology, highlighting its transition from military applications to widespread commercial and industrial use.

The seminar further explored the technical components of drones, including frames, motors, propellers, Electronic Speed Controllers (ESCs), flight controllers, sensors, GPS modules, and communication systems. The speakers elaborated on the roles of gyroscopes, accelerometers, barometers, and cameras in ensuring flight stability, altitude control, and real-time image capture. They also described the importance of Li-Po batteries in powering drones and ensuring longer flight durations. The audience gained a deeper understanding of how sensors and controllers work together to maintain stability and balance during flight operations.

Another significant part of the presentation focused on the working principles of drones, such as lift generation, thrust, pitch, yaw, roll, and navigation mechanisms. The presenters demonstrated how real-time adjustments in propeller speed enable the drone to move forward, backward, sideways, or upwards. They explained how modern drones rely on microcontrollers, GPS systems, and AI algorithms for autonomous flight, obstacle detection, and precise positioning. Case studies were presented to show how drones operate in agriculture for crop spraying, in industry for infrastructure inspection, and in emergency services for search-and-rescue missions.

The speakers also covered the advantages and limitations of drone technology. They highlighted how drones reduce human risk in dangerous environments, provide cost-effective aerial data, and offer significant benefits in areas such as surveillance and logistics. However, they also acknowledged challenges such as limited battery life, weather sensitivity, airspace regulations, privacy concerns, and the potential hazards of improper handling. By addressing both strengths and limitations, the presenters provided a balanced and critical understanding of the topic.

Towards the closing of the seminar, an interactive question–answer session was conducted. Students posed insightful questions related to drone licensing, government regulations under DGCA norms, the future of autonomous drone delivery systems, safety protocols, and the potential for AI-enabled drone swarms. The presenters answered all questions confidently, demonstrating a strong command over the subject matter and the practical implications of drone technology.

Conclusion

The seminar concluded with reflections on the growing influence of drones in shaping future technological landscapes. The presence of respected faculty members and the active participation of students created an engaging academic environment. The event succeeded in enhancing the technical knowledge of attendees, motivating them to explore innovative fields such as robotics, AI, and autonomous systems. Overall, the seminar on Drone Technology was informative, well-organized, and intellectually enriching, leaving the audience with a deeper appreciation of modern technological advancements and their transformative impact on society.

The End

(Alumni logo designed by Mr. Sudhir Ku. Barik, Alumnus)

P.G. Dept. of Computer Science

(Erstwhile the PG Dept of I&CT)  

Fakir Mohan University, Balasore, Odisha