GEC Coders' Club Hack Day

The GEC Coders' Club Hack Day is a fast-paced, community-driven hackathon designed to help students build, prototype, and demo impactful solutions using Generative AI — all within a short, high-energy format.

This hackathon is conducted in two phases and strongly encourages the use of large language models and AI tools like Google Gemini to accelerate ideation, development, and iteration.

Hackathon Structure

Phase 1: Online Ideation & AI-Assisted Development

In the first phase, participants will work online on a main problem statement, focusing on ideation, research, and initial implementation.

Teams are encouraged to use Generative AI tools (including Google Gemini) for:

• Brainstorming and refining ideas

• Writing and debugging code

• Generating content, logic, or workflows

• Rapid prototyping and experimentation

Phase 2: Offline Build Sprint (6 Hours)

Teams will come on campus for an intensive 6-hour offline sprint.

• A sub-problem statement aligned with the original idea will be provided

• Teams must extend or adapt their solution within the time limit

• Use of Google Gemini and other development tools is encouraged

• The sprint simulates real-world development pressure

What This Hackathon Focuses On

Core Learning Objectives

• Practical use of Generative AI tools like Google Gemini

• Rapid prototyping under tight time constraints

• Creative and structured problem-solving

• Strong team collaboration and technical execution

• Clear, effective demos and presentations

Demos, Judging & Prizes

Hackathon Conclusion

The hackathon will conclude with:

• Live project demos

• Judging by mentors and evaluators

• Prizes and recognition for teams that best combine:

  • Innovation

  • Usability

  • Effective use of Generative AI

Who Should Participate?

Beginner-Friendly & Supportive Environment

Whether you’re new to hackathons or just getting started with Generative AI, the GEC Coders' Club Hack Day is designed to be:

• Beginner-friendly

• Mentor-supported

• Hands-on and learning-focused

• Problem Understanding & Relevance
  Clear identification of the problem Relevance to the given problem statement and sub-problem Practicality and real-world impact of the solution
• Creativity & Innovation
  Originality of the idea Creative approach to solving the problem Thoughtful design choices and uniqueness
• Demo & Presentation
  Clear and engaging demo Ability to explain the problem, solution, and AI usage Time management and communication skills