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by dataflowr • Uncategorized
An MCP server exposing the Deep Learning DIY course content for AI agents.
Provide interactive tutoring and explanations of deep learning course modules.
Fetch and present course content including notebooks, quizzes, and transcripts.
Generate personalized learning paths and assist with debugging practical exercises.
The dataflowr MCP server makes the Deep Learning DIY course natively accessible to AI agents such as Claude, Cursor, VS Code, and others supporting the MCP protocol. It provides tools to navigate, search, and interact with course modules, notebooks, quizzes, transcripts, and more, enabling personalized tutoring, learning path generation, and interactive quizzing. The server supports both stdio and HTTP transports and integrates seamlessly with various AI client configurations.
List all modules in the dataflowr Deep Learning DIY course. Can be filtered by session number, tag, or GPU requirement. Returns module IDs, titles, descriptions, and tags.
Get full details for a specific module. Includes description, notebooks with GitHub and Colab links, tags, and prerequisites. Use this when a student asks about a specific topic or module. Module IDs: '12' (Attention/Transformers), '2a' (PyTorch tensors), '18b' (diffusion), etc.
Search modules by keyword across titles, descriptions, and tags. Use this to find relevant modules for a student's question or topic. E.g. query='attention' finds the Transformer module; 'generative' finds GANs, autoencoders, flows, diffusion.
List all course sessions with their titles and module IDs. Sessions group modules into ~2-3 hour teaching blocks.
Get full details for a session, including all its modules, notebooks, and key takeaways. Use this when a student wants to understand what a session covers.
Start a tutoring session for a specific module. The agent fetches the module content, checks prerequisites, and explains key concepts step-by-step using the Socratic method.
Start an interactive quiz session for a module. The agent presents one question at a time, waits for the student's answer, then gives feedback before moving to the next question.
Help a student debug their code for a module's practical notebook. The agent reads the exercises and uses Socratic questioning to guide the student toward the solution without giving it away.
Build a personalised learning path toward a target module. The agent walks the full prerequisite chain and orders the modules the student still needs to cover. known_modules: comma-separated IDs of modules already completed (optional)
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