The Precision Design Sprint

The Precision Design Sprint is a high-intensity, 6-hour mechanical design challenge. Participants must transform a complex problem statement into a production-ready digital prototype. The event focuses on the core pillars of mechanical engineering: Part Modelling, Assembly, and Production-Level Drafting. Teams will utilize industry-standard CAD software (SOLIDWORKS, CATIA, or Solid Edge or any other ) to create components that adhere to strict Geometric Dimensioning and Tolerancing (GD&T) standards. Unlike traditional long-form hackathons, this sprint tests the "Speed-to-Market" capability of engineers—requiring them to balance technical complexity with rapid execution. The event concludes with a final pitching session where designs are evaluated for their manufacturability and innovation. Eligibility: Open to UG, PG, and Diploma students from any recognized institution. A team must consist of 3–4 members. Cross-disciplinary teams are strongly encouraged. One team cannot submit multiple problem statements. Registration Teams must complete the online registration form before the deadline. Each team must select one SDG problem statement from the provided list. Registration confirmation will be shared via email. Hackathon Duration & Schedule Total duration: 6 Hours Continuous Hackathon Teams must be present at the venue throughout. Prototype development, testing, validation, and presentation must be completed within the given time. Guidelines: Teams must submit a digital folder containing: Source Code: Native CAD files (Part & Assembly). Drafting: 2D Production-level drawings in PDF format.. Conduct Rules: Respectful behaviour toward peers, volunteers, mentors, and jury is mandatory. Consumption of alcohol, drugs, or any illegal substances is strictly prohibited. Participants must wear ID cards at all times. Leaving the campus during the hackathon is not allowed except for emergencies. Safety Rules: Follow all safety instructions in the venue. Any technical equipment must be used responsibly. The organizing committee reserves all rights on safety-related decisions. Checkpoints & Evaluation. Because this is a condensed 6-hour sprint, the monitoring process is streamlined into two critical validation stages to ensure teams remain on track for a production-ready submission. Checkpoint 1: Ideation & Skeleton Validation (End of Hour 2) Design Strategy: Verification of the chosen mechanical approach and SDG alignment. Skeleton Modelling: Review of the basic layout and part architecture. Tech Feasibility: Ensuring the proposed assembly is realistic within the remaining 4 hours. Checkpoint 2: Assembly & Constraint Progress (End of Hour 4) Mating Logic: Review of assembly constraints and part interactions. Initial Drafting: Verification that 2D drafting has commenced to meet the deadline. Architecture Review: Final check of the design's structural integrity before rendering or final detailing.