The IoT Triathlon

Event Overview Quiz → Circuit → Code: The IoT Triathlon is a multi-stage technical competition conducted under INNOVATEX 4.0 at Presidency University, Bengaluru by the IOTIVA Club. The event is designed to challenge participants through a complete Internet of Things (IoT) development lifecycle that combines theoretical knowledge, practical hardware implementation, and software-based problem solving. This triathlon-style competition evaluates participants across three critical domains of IoT systems: conceptual understanding, circuit-level implementation, and logical programming. Teams will progress through a series of elimination rounds that simulate real-world IoT development workflows, starting from foundational knowledge and advancing toward integrated solution development. Participants will demonstrate their ability to work with sensors, microcontrollers, and embedded programming while solving real-world IoT problems under time constraints. The event encourages innovation, technical creativity, and collaborative problem-solving while strengthening participants’ understanding of IoT architectures, electronics, networking, and cybersecurity. Quiz → Circuit → Code provides a highly engaging and industry-relevant learning experience by testing both theoretical expertise and practical engineering capabilities. Guidelines Eligibility Open to undergraduate students from recognized institutions. Participants must carry a valid college ID card during the event. The event will be conducted offline at Presidency University. Team Composition Team size: 2–4 members per team Each participant can be part of only one team. All team members must remain present during evaluation and competition rounds. Competition Format The competition follows a triathlon-style multi-round structure designed to test theoretical knowledge, hardware implementation, and coding skills. The event will be conducted as three progressive elimination rounds. Round 1 – IoT Knowledge Quiz This round evaluates participants’ fundamental understanding of IoT concepts. Topics may include: IoT architecture and applications Sensors and actuators Electronics fundamentals Networking concepts Embedded systems IoT security and cybersecurity principles Teams with the highest scores advance to the next round. Round 2 – Circuit Design & Hardware Implementation Qualified teams will design and assemble a functional IoT-related circuit using the components provided by the organizers. Participants will be evaluated on: Circuit design accuracy Hardware assembly Sensor integration Troubleshooting ability Safe electrical handling Teams must demonstrate a working circuit to qualify for the final round. Round 3 – Code & IoT Solution Challenge In the final round, teams will develop program logic or code to solve a real-world IoT problem scenario. The challenge will require teams to: Design a logical solution architecture Integrate sensor data with system logic Develop code for microcontroller-based operation Explain the functionality and workflow of the system Teams will present their solution to judges along with their approach and design decisions. Problem Statement / Challenge Participants will address a real-world Internet of Things problem that requires designing and implementing a functional IoT solution by integrating hardware and software components. Goals Develop a working IoT system capable of sensing and responding to real-world data Demonstrate effective integration of sensors, microcontrollers, and programming logic Propose an innovative and practical solution to the problem statement provided in the final round Conditions Teams must use only the provided IoT kits and components. All systems must operate using low-voltage power sources. Internet access will be restricted unless permitted by organizers. Teams must strictly adhere to time limits for each round. Technical Requirements Participants may work with the following resources: IoT kits and sensor modules Microcontrollers Basic electronic components Development laptops Circuit assembly tools All solutions must be developed during the event. Pre-built solutions or previously developed code are not permitted. Judging Criteria Innovation and Creativity – 25% Technical Implementation – 25% Feasibility and Accuracy – 20% Presentation and Communication – 15% Impact and Relevance – 15% Judges’ decisions will be final and binding. Event Schedule 09:00 AM – Registration and Setup 10:00 AM – Event Briefing and Instructions 11:00 AM – 1:00 PM – Preliminary Rounds 2:00 PM – 4:00 PM – Final Round 4:30 PM – Results and Prize Distribution Technical Requirements / Resources Competition Arena / Stage Setup Tables and Chairs for teams Power cables and extension boards Internet access (if required) Projector and display system Safety equipment and electrical insulation materials Safety & Compliance Rules All electrical systems must operate using battery-powered or low-voltage power sources. Fire extinguishers and first aid kits must be available near the competition area. Participants must follow electrical safety practices while assembling circuits. Safety gloves, proper insulation, and protective equipment must be used where necessary. All instructions given by event coordinators and safety officers must be followed. Awards & Recognition 1st Prize – ₹15,000 + Certificate – Winner 2nd Prize – ₹10,000 + Certificate – Runner-up 3rd Prize – ₹7,000 + Certificate – Technical Excellence Certificates will be awarded to all valid participants. Publicity & Promotion Plan The event will be promoted through: Posters and Instagram announcements 10 days before the event University social media platforms Department communication channels Email reminders and registration QR codes Post-event coverage by the INNOVATEX 4.0 media team Expected Outcomes Hands-on learning through practical IoT problem solving Strengthening knowledge in IoT systems and electronics Encouraging innovation and interdisciplinary collaboration Building the technical ecosystem of Presidency University Promoting industry-relevant skills in IoT developmentRegistration Link: Tap here for Registration Platform Gateway: Tap here for PaymentEvent Dates: 06-04-2026