Highlights of the Event
Global Experience
Connect with peers worldwide through collaborative challenges
Grade-Based Challenges
Projects matched to each student’s coding and robotics level
Expert Mentors
Experienced guides simplifying coding and robotics concepts
Exploration & Discovery
Students identify problems and design solutions independently
What Makes It Special
Masterclasses
Industry-led learning sessions
Time-Based Tracks
Challenges across timelines
Rewards
Prizes for top performers
Certificates
Participation certificates for all
Other Details
Age Group: 6-16 years
Language: English
The Turing-Tesla Challenge brings together the two core pillars of the program; coding and robotics into one immersive learning experience.
Inspired by Alan Turing, who laid the foundation for computation and intelligent logic, and Nikola Tesla, who imagined machines operating in the physical world, the challenge bridges thinking and building.
Students are challenged to apply coding concepts to real-world systems, transforming algorithms into working solutions that can think logically, make decisions, and interact with their environment.
Through guided problem-solving, hands-on building and iterative testing, students experience how ideas evolve into intelligent machines, developing skills that prepare them for future pathways in technology, innovation, and engineering.
Masterclass 1-Guide NOVA Home
Students learn how machines follow clear step-by-step instructions and why precise commands are essential for correct system behaviour.
Masterclass 2-Wake Up NOVA!
Students teach machines to make simple choices when situations change, helping systems respond instead of stopping or waiting.
Masterclass 3-NOVA Can Hear & Move
Students explore how machines sense sound, movement, and touch to react automatically to their surroundings.
Masterclass 4-NOVA the Smart Helper
Students test their systems in changing conditions and improve them to work independently in real-life scenarios.
Competitions
Global Quiz
Kickstart the hackathon with a thrilling quiz testing coding logic, problem solving skills, robotics concepts and system thinking across global learners.
Project Submission
Build, code, and submit an autonomous robotics project that turns ideas into intelligent systems solving real-world challenges.
Hackathon JuniorCHAMPS (Grade 4-6)
Masterclass 1-Tesla City Explorer
Students use loops and variables to keep systems running continuously without human intervention or repeated instructions.
Masterclass 2-Tesla Decision Brain
Students build decision logic that helps systems choose faster, smarter actions during complex or changing situations.
Masterclass 3-Self-Driving Tesla Controller
Students design systems that detect problems, self-correct and adapt automatically using feedback loops.
Masterclass 4-Autonomous City Tour System
Students design an end-to-end autonomous solutions that works smoothly from input to action.
Hackathon SeniorCHAMPS (Grade 7-12)
Masterclass 1-System Behavior & Control Foundations
Students build event-driven systems that respond instantly to real-time inputs without waiting for manual commands.
Masterclass 2-Smart Routing Controller
Students apply optimization and pathfinding techniques to help systems select the best routes and decisions efficiently.
Masterclass 3-Real-Time Autonomous Control
Students integrate multiple inputs to create coordinated, intelligent systems that communicate and act together.
Masterclass 4-Rebuilding the Past with Autonomy
Students design, document and present a fully autonomous system solving a real-world challenge.
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