All Events

Build a combat robot and battle it out in the arena. Destruction is the name of the game — design, weaponize, and outlast your opponents in head-to-head elimination rounds.

Program an autonomous robot to follow a complex track at maximum speed. Precision sensor calibration and PID control algorithms will be your best tools.

Navigate a robot through an unknown maze using SLAM, sensor fusion and real-time path planning — no remote control allowed. Pure autonomy.

Design a robotic arm to sort and place objects with precision and speed. Inverse kinematics meets real-world manipulation challenges.

Pilot a drone through obstacle rings, drop payloads at targets, and race against the clock. Manual and semi-autonomous modes both allowed.

Design and simulate an embedded circuit solution for a given problem statement using KiCad or EasyEDA. Best design wins based on efficiency and innovation.

Test your knowledge on robotics, automation, AI, and cutting-edge technologies in this fast-paced elimination-style quiz with buzzer rounds.

Sketch your vision of the future robot in 30 minutes. Judged on creativity, technical accuracy, and artistic expression. No digital tools allowed.

Create the funniest robotics/AI meme on-the-spot using provided templates. Judged by audience votes and a panel — go viral or go home!

A rapid-fire individual trivia challenge covering pop-science, robotics history, famous engineers, and tech innovations. First to 10 correct answers wins!

Present original research or review papers on robotics, automation, AI, or related fields. Judged on novelty, depth, and presentation quality.

A hands-on 4-hour deep dive into the Robot Operating System 2. Cover nodes, topics, services, actions, and launch files while building a working simulation.

From object detection to real-time tracking — this workshop covers the core CV stack using Python + OpenCV. Bring your laptop; you'll leave with a working project.

Learn to design professional PCBs from schematic to Gerber output using KiCad 8. Topics include component libraries, DRC, and manufacturing best practices.

Design a robot component in Fusion 360, slice it for FDM printing, and walk away with a physical part you made. Covers design-for-manufacturing principles.

Deploy a YOLOv8 model on a Raspberry Pi 5 for real-time object detection and decision-making. Covers model optimization, quantization, and edge inference.

24 hours. One problem statement. Build a working robotic prototype or software solution to tackle real-world automation challenges. Hardware kits provided. May the best team win.

Design an automation solution for smart urban infrastructure — traffic management, waste sorting, energy optimization or public safety. Software + hardware submissions accepted.