For the E-vehicle challenge, you need to address the following key points.

• Research : Collect Data and Identify Needs - Conduct comprehensive research to gather data on transportation demands, problems, and constraints in the current system, providing insights into the exact requirements for improvement.

• System Planning and Development: Develop a Sustainable E-Transport System - Create a well-integrated, eco-friendly, and flexible E-transport system that optimizes routes, offers flexible operating hours, and ensures safety and efficiency for electric vehicles.

• Cost-Analysis : Ensure Financial Viability - Analyze the proposed solution's financial feasibility, considering budget constraints and available resources for system implementation while ensuring sustainability.

• Scalability : Plan for Future Growth - Design a solution that can adapt and expand efficiently to accommodate increasing demands and serve a growing community in the future.

• Engagement & Evaluation : Involve the Community and Monitor Performance - Describe strategies to engage with the IITB community for feedback, input, and support, and establish a continuous performance monitoring and improvement process.

• Innovation : Uniqueness and creativity of the proposed solution.

• Feasibility : Practicality and viability of implementing the solution within the existing campus infrastructure and budget constraints.

• Effectiveness : The ability of the solution to address the key challenges and improve the overall delivery experience for students.

• Scalibility : Potential for the solution to handle increasing bicycle demands as the campus grows.

• Collaboration : Quality of proposed collaboration with relevant stakeholders.

Participants are expected to submit a detailed proposal outlining their innovative solution, including implementation plans, cost estimates, and potential collaboration strategies. Additionally, a prototype or proof of concept demonstrating the proposed solution is encouraged to supplement the proposal.

Note:-

Participants are encouraged to think creatively and leverage their skills, knowledge, and resources to devise a solution that not only addresses the immediate problem but also serves as a model for optimizing in similar educational institutions. The winning solution will not only enhance the experience for IIT Bombay students but also inspire future innovations in the field of campus logistics.

The primary objective of the Mobility-1 challenge is to devise a comprehensive, viable, and cost-effective plan to revamp the existing E-vehicle system in the Institute. The proposed solution should address the current issues and provide a convenient means of transportation for the students.