Saigon A.I. Problem Statement


HEX: Problem Statement Sharing Session

Saigon A.I.: Problem Statement - Personalized Student AI Scheduling Assistant

Prize: 2-month internship, unpaid (Vietnamese, Ho Chi Minh City Only) OR Saigon A.I. hackathon winner shirt

1st place: $450 USD - Microsoft Funded
2nd place: $225 USD - Microsoft Funded

Project Overview:
Students have to balance many aspects of life; school, work, sports. A personalized assistant needs to be designed to revolutionize the way students manage their academic schedules. This innovative system will employ artificial intelligence to create customized schedules tailored to each student’s unique preferences, commitments, and academic requirements. This assistant will empower students to optimize their time, balance their workload, and achieve their academic goals with greater efficiency and effectiveness.

Key Features:
– Personalized Scheduling Recommendations:
The AI assistant utilizes advanced algorithms to analyze a student’s course
requirements, extracurricular activities, work commitments, and personal preferences (meal times, exercise, sport, social activities, etc) to generate a personalized weekly calendar. These recommendations take into account factors such as class times, preferred meal times and study habits. The result may be edited by the student to their satisfaction.

– Learning and Adaptation:
Over time, the AI assistant will learn from the student’s behavior, preferences, and feedback (changes to recommendations) to refine its scheduling recommendations and improve accuracy. It should adapt to changes in the student’s routine, academic goals, and personal circumstances to provide increasingly personalized and relevant assistance.

You will need to generate all the data, and this should include the student’s schedule of classes, assignments, social activities and meal preferences. Then your solution will apply algorithms to assemble them to match required schedules for classes and student preferences and learn to improve with the changes the user makes.

Suggested Tech Stack: Azure ML

Circle: Problem statement 2 - Build Next-Gen Apps with Novel Use Cases

Prize: 1000 USDC or $900 USD

Problem statement 2: Best Application using AI and blockchain to build an application that is not a part of the 3 above solutions. We are offering a bounty choice of either 1,000 USDC (1 USDC = 1 USD) or $900 USD. We are offering a slightly larger payout if you choose to receive funds in USDC.

🏆 Best Applications for Emerging Use Cases
Build an application (mobile or web app) that focuses on innovative solutions with novel and bespoke use cases.

Examples may include the following;
– Use blockchain in an AI use case around payments for inferences or compute. Extra points for developing AI agents that can bank themselves by receiving USDC for tasks they perform, and spending USDC on services or other AI agents to complete more tasks. –
– A blockchain-based social platform that also leverages AI, empowering secure transactions and sustainable growth through trusted identities and digital content creation.
– A creator-focused platform that utilises AI, USDC and smart contracts for content production, distribution, and monetisation with full creator control and ownership.
– A DeFi application that leverages AI and CCTP for improved interoperability, enabling cross-chain payments and swaps with enhanced security and liquidity.
– Gaming applications

Recommended Developer Tools: USDC, CCTP, Programmable Wallets, Smart Contract Platform, Gas Station, Azure OpenAI, Azure Speech.

Circle Resources:
– Documentation:
– Interactive quickstart guides:
– Video tutorials:
– Sample apps on GitHub:
– Access our APIs via our postman workspace:

Submission Guidelines:
Please make sure to include the following within your submission:

1. Functional MVP – The submission is a fully functional Minimum Viable Product (MVP) covering any of the abovementioned criteria.

– Presentation
– Video demo
– Testable code
– Deployed URL or Mobile application
– Survey submission by following the link here:

Refrain from submitting only pitch decks, marketing demos, and product documents without functional and testable code and demos.

2. Development Process – The submission includes clear and comprehensive documentation of the development process, including gists, sketches, discussions, and any issues encountered. Ensure the commit history demonstrates a steady and iterative development approach, not just one large pull request.

3. Integration Challenges/Feedback: The submission meticulously details any integration challenges with the provided API and documentation and the adept use of GitHub Issues to document problems and their resolutions extensively. We look forward to seeing documented feedback around how the solution and the corresponding resources can be improved and what you’d like to see to enhance your use case’s building.

4. Presentation and Documentation: The submission’s presentation and video detail its features and the integration of the programmable wallets API, while its well-structured documentation, including code comments, simplifies understanding and further development.

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