TECH-HACKATHON
INNOVATORS DEN
OSCodeXHBTU
GENERAL EVENT GUIDELINES:
02
1. PROBLEM STATEMENT ALLOCATION:
Problem statements will be provided on the spot by the organizing committee.
2. PROBLEM UNDERSTANDING:
All teams must thoroughly read and understand the given problem statement within the allotted
preparation time.
3. PRESENTATION REQUIREMENT:
Each team is required to prepare a presentable PowerPoint (PPT) presentation based on the assigned
problem statement within the given time frame.
4. PITCHING TO JUDGES:
Teams must pitch their PPT presentation to the panel of judges within their designated pitching time slot.
04
POWERPOINT (PPT) GUIDELINES:
1. Slide Limit: The PPT must consist of a maximum of 6 slides.
2. Slide Structure:
• Slide 1: Introduction of team members along with the title of the assigned problem statement.
• Slide 2: Detailed description and background of the problem statement.
• Slide 3: Proposed solution, including how the problem will be addressed effectively.
• Slide 4: Explanation of the methodology and technologies used to solve the problem.
• Slide 5: Further elaboration or continuation of the solution and implementation details.
• Slide 6: Conclusion, highlighting the efficiency and impact of your proposed solution.
PROBLEM STATEMENTS
03
1. Develop an efficient and seamless solution for tracking daily student attendance in colleges, utilizing minimal
external resources.
2. Design a method for public road monitoring and data collection leveraging existing infrastructure and
resources.
3. Create a secure, multi-user document collaboration platform that functions without the need for cloud
storage.
4. Develop a low-cost air purification system tailored for college students, ensuring affordability and
effectiveness.
5. Engineer a safety device to detect, alert, or protect sewage workers and miners from exposure to harmful
gaseous emissions.
6. Propose a robotics-based solution capable of performing last-mile deliveries within densely populated,
campus-like environments.
7. Explore innovative concepts involving robot- or machine-assisted physical therapy to support patient
rehabilitation.
8.Design zero-contact accessibility solutions to assist visually impaired individuals in navigating public
environments such as elevators, pedestrian crossings, and other shared spaces.
EVALUATION CRITERIA:
05
JUDGES WILL EVALUATE EACH TEAM BASED ON THE FOLLOWING PARAMETERS:
• Innovativeness and Creativity of the proposed solution
• Feasibility and Practicality of implementation
• Clarity, Presentation Quality, and how well the idea is conveyed
• Communication Skills and expressiveness during the pitch
• Ability to Engage the Judges and maintain their interest

Tech-hackathon-1.pptx which will help students in presentation

  • 1.
  • 2.
    GENERAL EVENT GUIDELINES: 02 1.PROBLEM STATEMENT ALLOCATION: Problem statements will be provided on the spot by the organizing committee. 2. PROBLEM UNDERSTANDING: All teams must thoroughly read and understand the given problem statement within the allotted preparation time. 3. PRESENTATION REQUIREMENT: Each team is required to prepare a presentable PowerPoint (PPT) presentation based on the assigned problem statement within the given time frame. 4. PITCHING TO JUDGES: Teams must pitch their PPT presentation to the panel of judges within their designated pitching time slot.
  • 3.
    04 POWERPOINT (PPT) GUIDELINES: 1.Slide Limit: The PPT must consist of a maximum of 6 slides. 2. Slide Structure: • Slide 1: Introduction of team members along with the title of the assigned problem statement. • Slide 2: Detailed description and background of the problem statement. • Slide 3: Proposed solution, including how the problem will be addressed effectively. • Slide 4: Explanation of the methodology and technologies used to solve the problem. • Slide 5: Further elaboration or continuation of the solution and implementation details. • Slide 6: Conclusion, highlighting the efficiency and impact of your proposed solution.
  • 4.
    PROBLEM STATEMENTS 03 1. Developan efficient and seamless solution for tracking daily student attendance in colleges, utilizing minimal external resources. 2. Design a method for public road monitoring and data collection leveraging existing infrastructure and resources. 3. Create a secure, multi-user document collaboration platform that functions without the need for cloud storage. 4. Develop a low-cost air purification system tailored for college students, ensuring affordability and effectiveness. 5. Engineer a safety device to detect, alert, or protect sewage workers and miners from exposure to harmful gaseous emissions. 6. Propose a robotics-based solution capable of performing last-mile deliveries within densely populated, campus-like environments. 7. Explore innovative concepts involving robot- or machine-assisted physical therapy to support patient rehabilitation. 8.Design zero-contact accessibility solutions to assist visually impaired individuals in navigating public environments such as elevators, pedestrian crossings, and other shared spaces.
  • 5.
    EVALUATION CRITERIA: 05 JUDGES WILLEVALUATE EACH TEAM BASED ON THE FOLLOWING PARAMETERS: • Innovativeness and Creativity of the proposed solution • Feasibility and Practicality of implementation • Clarity, Presentation Quality, and how well the idea is conveyed • Communication Skills and expressiveness during the pitch • Ability to Engage the Judges and maintain their interest