The hackathon is organised with the objective of fostering innovation, interdisciplinary problem-solving, and hands-on technical competence among students. The event provides a structured platform for participants to ideate, design, prototype, and present technology-driven solutions aligned with emerging and industry-relevant domains.

Each hackathon will be conducted for a duration of 6 hours, with separate registrations to ensure focused participation and effective mentoring. Approximately 50 teams will participate in each domain, with each team comprising a minimum of two and a maximum of three participants.

Problem Statements

Round 1: Knowledge & Concept Quiz

• Participants will be assessed on fundamentals of 3D modelling, wheel geometry, additive manufacturing materials, and process parameters through a technical quiz.

• This round evaluates conceptual readiness for advanced design and prototyping tasks.

Round 2: Design Challenge (2D to 3D)

• Participants must convert a given 2D wheel sketch into a precise 3D CAD model while maintaining design intent, symmetry, and dimensional accuracy.

• The design should ensure structural strength, weight optimization, and 3D printability.

Round 3: Additive Manufacturing & Prototyping

• The finalized wheel design must be 3D printed by selecting suitable material, orientation, infill, and process parameters.

• Focus is on achieving good print quality, dimensional accuracy, and functional strength.

Round 4: Performance & Strength Evaluation

• Participants must evaluate the mechanical performance of the printed wheel using testing or simulation methods.

• Results should justify whether the prototype meets real-world load and functional requirements.