Students Build Bird Drone and Robot Dog in India

Students at JSS Science and Technology University in Mysuru, India, are turning nature into innovation with robots that move like living creatures.

The Advanced Integrated Systems for Cybernetics club unveiled their creations at a campus Open Day on June 6. Visitors watched bird-inspired drones take flight and four-legged robots navigate terrain with animal-like agility.

The star of the show was Jatayu, named after a mythical bird. This surveillance drone doesn't just look like a bird. It flies like one, using flapping wings instead of traditional propellers for quieter, more efficient flight.

The students reinforced the airframe with carbon fiber and added flexible foam wing sections. A small brushless motor drives the wing motion while a backup propeller helps with climbing and cruising.

Jatayu comes equipped with GPS and a camera pointed downward. It can navigate between waypoints on its own, conduct automated survey flights, and stream live video back to operators. The system records geotagged images, making it useful for mapping, search missions, or inspecting hard-to-reach places.

The team also built RoboDog, a nimble four-legged robot designed for quick movement and interaction. Its lightweight frame houses compact servos at each joint for precise, rapid motions. The modular leg design includes compliant joints that adapt to different surfaces.

Onboard power management and a low center of gravity keep RoboDog stable during sharp turns and terrain changes. The students also demonstrated a six-axis robotic arm that can be adapted for multiple industrial applications.

The Ripple Effect

The AISC club represents a shift in how students learn engineering. Instead of just studying theory, members work in interdisciplinary teams to design, build, and test real machines. They combine mechanical design with embedded control systems and adaptive algorithms to replicate how living things move and respond.

The club runs hands-on workshops and participates in competitions. More importantly, they're pushing research forward in sensing, actuation, and system integration. These aren't just classroom projects. The surveillance capabilities of Jatayu and the industrial applications of their robotic arm address actual needs.

By learning from nature's millions of years of trial and error, these students are creating machines that work smarter, not just harder.

Young engineers in Mysuru are proving that the next generation of robotics won't just be powerful but graceful, efficient, and inspired by the living world around us.