The line-up
Seats are limited per batch. Register first, then pick the slots you want — we check for clashes and availability as you go.
38 events
Design, model and 3D print a physical object (take home the print)
Build and fly a beginner-friendly RC glider
Aeromodelling challenge — build and fly a glider for distance, accuracy and flight time
The aerodynamics of fixed-wing flight through the design, geometric optimization, balancing, and trimming of custom aircraft models.
Train a machine learning model and build an AI-powered project
Create characters and produce a short animation (take home the video)
Create an augmented or virtual reality experience from design to deployment
Build a sensor-based electronic invention (take home the device)
How AI, genetic engineering and biotechnology are transforming medicine and healthcare
Tactile structural engineering utilizing raw sheet materials and timber to construct load-bearing physical forms.
Solo competitive programming — timed problem sets and a live leaderboard
How AI recognises faces, objects, gestures and manufacturing defects in real time
Leveraging artificial intelligence algorithms to proceduralize the generation of virtual characters, environmental geometry, adaptive dialogue trees, and non-player character behavior.
How modern organisations protect data, networks and critical infrastructure from attack
How real machines, cities and factories are replicated digitally for testing and prediction
Learn drone controls, navigation, safety and precision flying
Drone piloting challenge — gates, precision landings and timed circuits in a netted cage
AR, VR and XR applications in education, medicine, engineering and industrial design
Long-term macro-environmental modeling projecting Earth's state across fifty-year horizons under various policy and technological scenarios.
Create a playable game from scratch (take home the code)
Evaluating the technological alternatives designed to replace carbon-intensive systems driving global climate change, assessing their current developmental maturity and large-scale viability.
How smart factories use AI, robots, sensors, automation and real-time data to manufacture at scale
How everyday objects communicate and make decisions using connected sensors and networks
A multidisciplinary exploration bridging traditional craft, textile manipulation, circuit design, and digital media production.
The extreme engineering constraints governing interplanetary transit, atmospheric entry, precision landing, and surface navigation on alien bodies.
The comprehensive lifecycle of moving an identified human problem through analytical ideation to a manufactured, functional resolution.
Innovation & product design challenge — teams of 2 to 4 build and pitch a working prototype
Qubits, quantum thinking and why quantum computers solve problems differently
Pick-and-place robot challenge — collect and deliver objects inside four minutes
Robot football league — group stage, semi-finals and a Grand Final on the arena pitch
Build a model rocket from scratch and launch it
Build a miniature satellite and read its telemetry data
AI-powered traffic, infrastructure, energy, surveillance and interconnected urban systems
Satellites, autonomous spacecraft, space data, reusable rockets and the commercial space economy
The rigorous engineering challenges of maintaining control beneath the water's surface, including buoyancy management, hydrostatic pressure resistance, hydrodynamic steering, and optical navigation without ambient light.
All-terrain robot challenge — cross a seven-zone obstacle course against the clock
The psychological and functional principles that make digital applications intuitive or frustratingly complex.
The intersection of textile engineering and electronics, producing garments and accessories capable of environmental sensing, dynamic illumination, and biometric data tracking.
Registration is ₹250 and unlocks booking for every session above.
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