Planning and Design The first milestone focuses on establishing a solid foundation for the project through careful planning and design. This phase involves defining the project requirements, setting clear objectives, and designing the platform architecture and user interface. A well-structured roadmap for development, testing, and deployment will be created to ensure smooth progress in subsequent phases. Key tasks include: • Conducting a detailed analysis of educational needs and challenges in coding education to define the platform’s core functionalities. • Collaborating with stakeholders to align the project goals with the expectations of the SingularityNET community and end users. • Designing the system architecture to ensure scalability, adaptability, and seamless integration of features such as real-time feedback, gamification, and natural language processing. • Creating initial UI/UX mockups to visualize the platform’s user journey and ensure an intuitive, user-friendly experience. • Outlining a step-by-step development timeline with defined deliverables and checkpoints for tracking progress. Deliverables: • A comprehensive project specification document detailing functionalities, technical requirements, and educational objectives. • Approved system architecture design, ensuring compatibility with MeTTa and Hyperon infrastructure. • Mockups and wireframes for the platform’s interface, showcasing its interactive and engaging design.

1. Comprehensive Project Specification Document This document will outline the platform’s core functionalities, technical requirements, and educational objectives. It will include a detailed description of features such as real-time feedback, gamified learning, personalized learning paths, and natural language processing. The specification will also define user personas, use cases, and success metrics to ensure that the platform meets the needs of its intended audience. 2. System Architecture Design A scalable and adaptable architecture will be created to support the platform’s functionalities and ensure compatibility with SingularityNET’s MeTTa programming language and Hyperon infrastructure. This design will include component diagrams, data flow models, and integration points for real-time feedback, NLP, and gamification features. 3. UI/UX Mockups and Wireframes Initial visual designs will illustrate the platform’s user interface and user experience. These mockups will showcase the interactive elements of the platform, including the learning dashboard, coding environment, and gamified progress tracking. The designs will emphasize ease of use, intuitive navigation, and engaging visuals to enhance the learning experience. By delivering these outputs, the project will establish a clear vision and roadmap, laying a strong foundation for successful development and implementation in subsequent phases.

$10,000 USD

The success of Phase 1 will be measured by the completion and quality of the deliverables, ensuring that the planning and design phase provides a strong foundation for the platform’s development. The criteria are designed to evaluate whether the objectives of this phase have been met effectively and align with the project’s overarching goals. 1. Comprehensive Project Specification Document • The document should clearly define the platform’s functionalities, technical requirements, and educational objectives, providing a detailed roadmap for development. • It must include user personas, use cases, and measurable success metrics that align with coding education needs and the SingularityNET community’s expectations. 2. System Architecture Design • The architecture must demonstrate scalability, adaptability, and seamless integration of core features, including real-time feedback, NLP, and gamification. • Compatibility with MeTTa programming language and Hyperon infrastructure should be validated through stakeholder review and feedback. 3. UI/UX Mockups and Wireframes • Mockups must effectively visualize the user journey, showcasing an intuitive and user-friendly interface. • Designs should include all major components (learning dashboard, coding environment, progress tracker) and meet usability standards. 4. Stakeholder Approval • All deliverables must be reviewed and approved by stakeholders to confirm that the project is on track and aligned with its goals.

Core Development

• Build the real-time feedback engine. • Develop the gamification framework (quests, badges, leaderboards). • Implement natural language processing (NLP) for converting English inputs into MeTTa scripts. • Develop the personalized learning path system. • Create the initial step-by-step curriculum (basic to advanced coding concepts). • Integrate collaborative tools for project sharing and peer feedback.

$10,000 USD

• Successful execution of real-time code analysis with error detection and improvement suggestions. • Fully functional gamification system with rewards and progression tracking. • Accurate NLP processing that reliably converts plain English into MeTTa code. • A working adaptive system that adjusts lessons based on user performance. • Completion of the curriculum with at least 10 interactive coding exercises. • Integration of a basic collaborative platform for sharing and feedback.

Testing and Optimization

• Conduct beta testing with a group of selected learners. • Gather feedback on usability, learning effectiveness, and engagement. • Identify and fix bugs, optimize system performance, and improve UI/UX.

$2,500 USD

• At least 80% of beta testers report improved coding understanding and engagement. • Feedback indicates smooth functionality of real-time feedback, gamification, and NLP features. • Completion of bug fixes and performance optimizations based on beta feedback. • System usability score (SUS) of 80 or higher from testers.

Deployment and Documentation

• Deploy the platform on SingularityNET’s Hyperon infrastructure. • Publish all code and technical documentation in an open-source repository. • Record tutorials for developers and educators on how to use and extend the platform. • Launch the platform to the public with initial marketing and community engagement efforts.

$2,500 USD

• Successful deployment on Hyperon, accessible to users without major issues. • Complete and clear documentation, including API references, system architecture, and a user guide. • Availability of recorded tutorials and walkthroughs. • At least 100 early adopters engage with the platform within the first month of launch. • Positive feedback from the SingularityNET community on usability and educational value.