# Feldenkrais Lesson Planner AI Agent Connect > Feldenkrais Lesson Planner MCP helps practitioners design specialized Awareness Through Movement (ATM) lessons. It handles the heavy lifting of sequencing, timing, and safety checks based on specific physical constraints and functional goals. You can quickly adjust movements for comfort or review the physiological impact of a planned session through your preferred AI client. ## Overview - **Category:** education - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_xTfpHubvwkHVgCJDPtn59GtiLIfaxK7AGnf6zXkg/ai-agent-connect - **Tags:** feldenkrais, somatic, movement, wellness, lesson-planning ## Description You can use this MCP to build precise Awareness Through Movement (ATM) lessons tailored to individual client needs. Instead of starting from scratch, you tell your AI client what the goal is, and it builds a structured sequence with specific timing and rest periods. If a client has limited mobility, you don't have to manually rethink the whole flow. You can ask your agent to suggest variations for specific movements to keep things accessible. It also acts as a safety check, allowing you to validate that a proposed sequence respects a client's physical limitations before you ever step into the room. Once a plan is set, you can get a high-level summary of the lesson's structure to ensure the physiological impact aligns with your intentions. ## Tools ### get_variation_options This tool suggests ways to modify a specific movement within a sequence. Use it to adjust exercises for client comfort or limited range of motion. ### plan_atm_lesson This tool generates a complete Feldenkrais Awareness Through Movement lesson plan. It includes specific movement sequences, timing, and rest periods. ### summarize_lesson_progress This tool provides a high-level overview of the lesson structure and its intended impact. It helps you review the physiological focus of a plan. ### validate_lesson_safety This tool checks a proposed movement sequence against a client's specific physical limitations. It helps ensure the plan is safe to execute. ## Prompt Examples **Prompt:** ``` Plan a 20-minute supine lesson focused on pelvic stability for a client with lower back stiffness. ``` **Response:** ``` I have generated a 20-minute supine lesson plan focused on pelvic stability. The sequence includes gentle pelvic tilts and hip rotations, followed by integration periods to ensure the nervous system processes the movement. ``` **Prompt:** ``` How can I make a pelvic tilt movement easier for someone with limited hip mobility? ``` **Response:** ``` To reduce the range of motion, you can perform the pelvic tilt with a much smaller, micro-movement of the pelvis, focusing only on the sensation of weight shifting rather than visible movement. ``` **Prompt:** ``` Summarize the lesson plan with ID lesson_123. ``` **Response:** ``` Lesson lesson_123 is a 15-minute seated sequence designed to improve scapular mobility through progressive shoulder rotations and integration pauses. ``` ## Capabilities ### Lesson Generation Your agent creates full ATM sequences with precise timing and rest intervals. ### Movement Modification The AI suggests alternative ways to perform movements based on client constraints. ### Safety Validation Your agent checks proposed sequences against known physical limitations. ### Progress Summarization The AI provides overviews of lesson structures and their physiological goals. ## Use Cases ### Client-Specific Planning Create a custom 20-minute sequence for a client with specific lower back stiffness. ### Accessibility Adjustments Modify a standard movement to make it accessible for someone with limited hip mobility. ### Safety Auditing Run a proposed movement sequence through a safety check to verify it respects client constraints. ### Lesson Review Get a summary of a planned lesson to confirm the focus on scapular mobility or pelvic stability. ## Benefits - Reduces the time spent drafting movement sequences from scratch. - Ensures movement variations respect individual physical limitations. - Provides structured timing and rest periods for every lesson plan. - Allows for quick reviews of lesson structure and physiological impact. ## How It Works Connect your AI client to Vinkius to start designing lessons immediately. 1. Connect your preferred MCP-compatible client like Claude or Cursor to Vinkius. 2. Describe your client's goals and physical constraints to your AI agent. 3. Use the MCP tools to generate, modify, or validate the movement sequence. 4. Review the final lesson plan or summary before your session. ## Frequently Asked Questions **What is the Feldenkrais Lesson Planner MCP?** It is a tool that allows your AI client to design, modify, and validate Awareness Through Movement (ATM) lessons for somatic practice. **Can I use this with Claude or Cursor?** Yes, you can connect this MCP to any MCP-compatible client including Claude, Cursor, and Windsurf. **How does the MCP handle client safety?** The validate_lesson_safety tool checks your proposed movement sequences against the specific physical limitations you provide. **Does it provide timing for the movements?** Yes, the plan_atm_lesson tool generates complete sequences that include precise timing and rest periods. **Can I change a movement if a client finds it too difficult?** Yes, you can use the get_variation_options tool to find ways to modify a movement for better client comfort. **How do I create a new lesson plan?** Use the `plan_atm_lesson` tool by providing the functional focus, duration, and required position. **Can I modify a movement if it is too difficult for a client?** Yes, use the `get_variation_options` tool to find alternative ways to perform a movement. **How can I ensure a lesson is safe for a client with injuries?** You should use the `validate_lesson_safety` tool, which checks movement sequences against specific client limitations.