Raspberry Pi STUDIO: Curriculum (source: Raspberry Pi Foundation)

CREATOR: This is the starting level.
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To become a CREATOR, you must be able to design and create basic assets in a variety of realms:

• Design: Design basic two-dimensional and three-dimensional assets/artifacts
• Programming: Use basic programming constructs to create simple programs
• Physical Computing: Create with basic digital, analog, and electromechanical components
  
• Manufacturing: Use basic materials and tools to create project prototypes
• Community/Sharing: Engage and share with the digital making community

BUILDER: Like CREATOR but adding more to your projects.

To become a BUILDER, you must start combining elements of your CREATOR skills into one project:

• Design: Combine two-dimensional and three-dimensional assets/artifacts in the assembly of a project
  
• Programming: Apply  basic programming constructs to solve a problem
• Physical Computing: Combine inputs and/or outputs to create projects or solve a problem
• Manufacturing: Use manufacturing techniques and tools to create prototypes
  
• Community/Sharing: Collaborate on digital making projects with other community members

DEVELOPER: Going beyond CREATOR and BUILDER to demonstrate mastery of the process from start to finish of a fully completed product.

To become a DEVELOPER, you must deal with projects that involve more complex problem solving in both the manufacturing and usability of the product.

• Design: Use multiple designed assets/artifacts in completed products and models
• Programming: Apply abstraction and decomposition to solve more complex problems
• Physical Computing: Process input data to monitor or react to the environment
• Manufacturing: Use manufacturing techniques and tools to create a completed product
• Community/Sharing: Support others in the design and building of their digital making projects

MAKER: The fullest development of one's skills, the ability to help others learn from you, and the beginnings of innovative thinking applied to the real world's problems.

To become a MAKER, you must begin to seamlessly integrate all of your design skills and tool use to create complex finished projects.

• Design: Design multiple and integrating assets/artifacts in complex finished products and models
  
• Programming: Apply higher-order programming techniques to solve real-world problems
  
• Physical Computing: Create automated systems to solve complex real-world problems
  
• Manufacturing: Independently use fabrication systems to produce complex finished products
  
• Community/Sharing: Educate others in the skills and ethos of digital making