NemoClaw Knowledge Wiki

BMAD method for coding

4 min read

https://www.youtube.com/watch?v=fD8NLPU0WYU This video introduces the BMAD method, a universal AI agent framework for Agile AI-driven development. It highlights how AI has enabled many to create websites and apps, but often with a lack of proper software development process, leading to non-production-ready software. The Evolution of AI Coding: The video shows the progression from simple coding to sophisticated context engineering, using tools like Cursor and Claude Code. The BMAD method aims to streamline this process by integrating an entire software development team within your IDE. Background of the BMAD Method: The BMAD method, created by BMAD Code, is a “Breakthrough Method for Agile AI-Driven Development.” It’s inspired by a previous framework shown in the AI Labs YouTube channel that used command files and personas for Claude Code. The key difference is that the BMAD method follows a proper Agile software development workflow, breaking down tasks into smaller chunks, testing them, and shipping incrementally. It also comes with solid user documentation, which was a lacking feature in previous frameworks. Key Features of the BMAD Method:

  • Orchestrator Agent: A dedicated agent that guides users through the entire process, coordinates complex workflows, transforms into specialized agents, and accesses a complete knowledge base.
  • Cross-IDE Compatibility: Works across various IDEs, including Cursor, Windsurf, and Claude Code, integrating seamlessly into existing setups.
  • Agentic Planning: Uses dedicated agents (Analyst, PM, Architect) to create detailed Product Requirement Documents (PRDs) and Architecture documents, ensuring comprehensive specifications.
  • Context-Engineered Development: The Scrum Master agent refines plans into hyper-detailed development stories, ensuring full context and implementation details.
  • Universal AI Agent Framework: Applicable to any domain requiring specialized AI expertise, such as software development, entertainment, creative writing, and business strategy.

Workflow Demonstration (using ChatGPT 4o): The video demonstrates the BMAD method using ChatGPT 4o:

  1. Preparation: The user uploads the team-fullstack.txt file (containing agent instructions) to ChatGPT.
  2. Brainstorming: Using the *brainstorm command, the Analyst agent guides the user through defining an iOS productivity app, its features, constraints, and goals.
  3. PRD Creation: The user switches to the Product Manager (*pm) agent and uses *create-doc to generate a comprehensive PRD step-by-step, including overview, goals, target users, key features, success metrics, non-goals, and exclusions.
  4. Architecture Design: The user switches to the Architect (*architect) agent and uses *create-doc architecture to build out the app’s architecture, including system overview, frontend, backend, data architecture, notifications, and background tasks.
  5. Story Creation: The user switches to the Scrum Master (*sm) agent and uses *create-epic to break the PRD into epics (e.g., Core Task Management, Enhanced Filtering, Calendar Integration, iOS Integration/Notifications). Each epic is then further broken down into individual stories. The user manually approves stories by changing their status from “Draft” to “Approved.”
  6. Development: The user switches to the Developer (*dev) agent and selects a story (e.g., “Story 1.1: Basic Task Creation and Storage”) to implement. The agent identifies tasks and subtasks within the story and generates the necessary code (e.g., CoreData model, TaskService, TaskEntryView).
  7. Quality Assurance: The user switches to the QA Architect (*qa) agent and uses *review to perform a comprehensive code review, refactoring repetitive code, and checking for implementation correctness. Once approved, the story’s status is changed from “Ready for Review” to “Done.”

Installation: The installation is straightforward. Users need to copy an npx command from the GitHub repository (bmaddcode/BMAD-METHOD), paste it into their terminal (within their project directory), and follow the prompts to select installation options (e.g., core system, PRD/architecture sharding, desired IDEs like Cursor, Claude Code, Windsurf). This sets up the necessary rule files within the project. The video concludes by showcasing how to activate an agent (e.g., pm.mdc) within Cursor after installation, demonstrating the seamless integration of the BMAD method.

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