PROGRAMMING INNOVATIONS

🎯 Overview

• The Coding Challenge encourages participants to solve real-world problems using programming skills. Students tackle algorithm-based challenges, building logical reasoning, computational thinking, and creativity while exploring the limitless world of coding
• Focusing on creativity, problem-solving, and real-world impact, participants will design applications, programs, or AI-powered tools aligned with the following UN Sustainable Development Goals (SDGs):

🌍 Theme Categories

1. Health & Humanity SDGs

• Good Health & Well-being, Zero Hunger, Quality Education, Gender Equality, Reduced Inequalities, Peace & Justice

2. Water & Planet Guardians SDGs

• Clean Water & Sanitation, Life Below Water, Life on Land, Climate Action

3. Clean Energy & Green Innovation SDGs

• Affordable & Clean Energy, Responsible Consumption & Production, Industry, Innovation & Infrastructure.

4. Smart Cities & Sustainable Living SDGs

• Sustainable Cities & Communities, Decent Work & Economic Growth, Partnerships for the Goals

5. Future of Our World SDGs

• No Poverty, Zero Hunger, Peace, Justice & Strong Institutions, Partnerships for the Goals

👥 Eligibility Criteria

Categories:

• Beginner Level – Grades 1–2
• Elementary Level– Grades 3–5
• Junior Level – Grades 6–8
• Senior Level – Grades 9–12

👥 Team Composition:

• Each team may include a maximum of two participants.

💻 Category-Wise Details

1. Beginner Level (Grades 1–2)

• Platform: Block-based coding (Scratch / PictoBlox)
• Focus Areas:
• AI-assisted projects
• Storytelling with code
• Simple educational games
• Creative animations

2. Elementary Level (Grades 3–5)

• Platform: Block-based coding (Scratch / AI Extensions)
• Focus Areas:
• AI, ML, and NLP (basic concepts through blocks)
• Interactive games and quizzes
• Creative storytelling with AI
• Problem-solving mini apps

3. Junior Level (Grades 6–8)

• Platform: Block & Text-based coding
• Focus Areas:
• AI, ML, and NLP applications
• Physics engine simulations
• 3D modeling & XR basics
• Gamified learning projects
• Mobile app creation

4. Senior Level (Grades 9–12)

• Platform: Block-based & Text-based coding (Python, JavaScript, etc.) + Advanced Tools
• Focus Areas:
• Advanced AI, ML, NLP applications
• Mobile application development
• Physics engine projects
• 3D design & Extended Reality (XR/AR/VR)
• Research-based innovation solutions

🧰 Setup & Equipment

1. Laptop Requirement:

• Students must bring their own laptops for project display and demonstration

2. Workspace Arrangement:

• Each team will be provided with a designated display area and seating arrangement.

3. Power Supply

• Participants must bring their own extension box or multi-plug for connecting laptops and devices.

4. Internet Connectivity:

• Participants are encouraged to carry their own internet source for better connectivity. Teams are advised to prepare offline versions of their projects./li>

5. Software & Setup:

• All required software, code, and dependencies must be pre-installed and tested before the event. No additional installations will be allowed during judging

6. Hardware Devices (if any):

• Teams using sensors, robots, or other hardware must ensure safe wiring and full functionality. Bring all necessary chargers, batteries, or adapters

7. Display Materials:

• Teams may bring poster charts, banners, or small models that fit within the allotted display space.

8. Team Presence:

• All team members must be present during their judging slot to explain and demonstrate their projects.

9. Time Management:

• Each team will be allotted a specific time slot for demonstration and Q&A. Teams must be ready when called.

10. Clean-Up:

• Teams must clear their display area after their presentation and maintain cleanliness throughout the event.

⚖️ Judging Panel

• The Innovation Challenge is supervised by a panel of judges led by the Chief Judge, who holds full authority to enforce competition rules.
• Judges will observe and assess all teams throughout the event to finalize scores.
• The Chief Judge may modify a decision if found incorrect or upon the recommendation of co-judges.

🧾 Scoring System

• Projects will be evaluated on six key parameters (total 100 marks), based on grade level and project complexity.

⚙️ Competition Guidelines

1. Project Development:

• Projects must be original and created by the students.
• Both block-based and text-based coding tools may be used as per category.
• Plagiarized or copied projects will result in disqualification.

2. Submission Requirements:

• All projects must be completed before the event.
• Each team must prepare a poster or banner explaining their project idea, theme relevance, and outcome.

3. Innovation Display Zone:

• Laptops and display setups must be ready before judging.
• Teams must bring their own power supply (extension/multi-plug).
• Ensure offline functionality and software readiness.
• Maintain workspace cleanliness at all times.

4. Judging Parameters:

• Projects will be evaluated on Innovation, Technical Implementation, Design, Impact, Presentation, and Display Materials for a total of 100 marks.

🚫 Disqualification Clause

Projects may be disqualified if they:

• Contain plagiarized code or content.
• Involve unsafe practices or inappropriate materials
• Violate event rules or display misconduct.

⚖️ Judges’ Decision

• The judges’ decisions are final and binding. No appeals or objections will be entertained.

🧭 Code of Conduct

Participants must:

• Maintain discipline and teamwork throughout the event.
• Show respect to judges, coordinators, and fellow participants.
• Demonstrate professionalism during setup, presentation, and cleanup.