Innovation, precision, and teamwork converged at the Robotics Hackathon 2025, a milestone event hosted by the Faculty of Engineering, Science & Technology. Student teams were challenged to build autonomous robots capable of navigating a grid of white lines, collecting cubes from designated locations, and depositing them in a central bin, all without any manual control.

Robots were judged based on their ability to autonomously follow a grid of white lines, accurately detect and collect color-coded cubes, and precisely place them in a central bin. Teams were also assessed on how efficiently their robots handled unexpected challenges, as well as the overall quality of their code, design innovation, and teamwork. Each performance was evaluated using a unified 130-point rubric, with additional bonus points awarded for completing the collection of all four cubes, achieving the fastest time, and operating with full autonomy.

Top Scorer – Group E

The Top Scorer Award went to the team with the highest overall points. This team demonstrated excellence across every category.

Most Creative Design – Group F

Awarded for exceptional mechanical and structural creativity, this team took a bold approach to design. Their robot featured an innovative cube-grabbing mechanism, a lightweight yet sturdy chassis, and aesthetic detailing that set it apart.

Most Robust Code – Group E

This team impressed judges with the most resilient and adaptable software system. Their code architecture featured modular functions, real-time sensor feedback loops, error-handling protocols, and fallback strategies when detecting cube misalignment or junction misreads.

Audience Favorite – Group C

Voted by mentors, and visitors, this award recognized the team that captured the hearts and applause of the audience. Their robot wasn’t just functional—it was entertaining, stylish, and showcased excellent live interaction.

This hackathon was more than a test of engineering—it was a celebration of innovation, learning, and community. The creativity and resilience shown by our students prove that they are ready to tackle real-world challenges. The Robotics Hackathon 2025 sets a new precedent for interactive learning and technical excellence, and plans are already underway for a larger, regional event in the coming year