Rules:
Theme: Sustainable Engineering Practices for Smart Cities and Agriculture
Overview
- A competition for students to present or demonstrate innovative ideas/solutions or prototypes for real-world engineering problems.
- An event focusing on green technologies and sustainable engineering practices.
- An opportunity for students to ideate a better standard of living.
- A platform for students to present tech business ideas or start-up pitches.
Rules
- Every team (maximum of 4 members) must register online on the official website.
- The decision of the organizers/judges shall be final and binding.
- Teams must prepare a presentation/poster or both for their idea/prototype.
- Each team will present their solution to the judges at their venue.
- The poster may be any standard size suitable to describe the idea.
- Each team will be given space to set up laptops, posters, and prototypes.
- Prizes will be awarded to the top 2 teams.
- Participation certificates will be issued to all participants.
Faculty Coordinators for this Event:
- Dr. Ravuri Daniel, Associate Professor, Dept. of CSE – 9133438924
- Mr. B. Vishnu Vardhan, Assistant Professor, Dept. of CSE – 9652324268
Student Coordinators for this Event:
- M Rishmitha, III CSE, 22501A05B3 – 9346559948
- CH Joshua Eliazer, II CSE, 24501A0541 – 8309296586
Evaluation Criteria
- Creativity and Novelty: How different and impactful is the idea?
- Originality: Copied or stolen work will be disqualified.
- Performance
- Cost / Market Value and Acceptance
- Durability and Usability
- Implementation Ability: Feasibility and repeatability of the solution.
- Scalability: Ease of scaling the solution to a higher level.
- Potential Impact: Benefit to society and scale of problem solved.
- Design and Optimization
- Ergonomics: If applicable for well-designed products.
Note: In case of discrepancies, the decision of the organizers/judges will be final and binding.
Presentation / Poster Format Guidelines
- Title
- Abstract
- Objectives
- Beneficiaries (For Whom)
- Value of Results (Usage)
- Background
- Statement of Problem
- Succinct definition of the problem addressed
- Research
- Present methods of tackling the problem (if any)
- Proposed solution
- Alternate approaches
- Novelty of approach
- Technical Report
- Description of concepts, theories, and approach
- Technical aspects and specifications
- Block diagrams / Flow charts
- Performance estimate
- Experimentation / Verification
- Video link of working model/prototype
- Results
- Findings and significant output
- Problems encountered and accuracy estimates
- Pros and cons
- Utility of results
- Google Drive Folder Link containing pictures and video of prototype
- Application
- Idea as a solution
- Additional applications
- Benefits to users
- Future Prospects (brief)
- Any Other Details (Patent / Business plan etc.)