--- Prototyping ---
Prototyping is vital for bringing your ideas to life, testing their feasibility, and refining the designs based on iterative feedback for successful outcomes.
Understand the problem, the problem statement, the function the prototype should have, and how it will be tested.
Visualise the idea through simple sketches.
Focus on the core attributes of the prototype
Employ readily available materials for prototype creation.
Encouraging quick testing, feedback, and modification of the prototype.
The initial prototypes should be of a basic design.
Choose appropriate materials for stability and functionality.
Train and use techniques for accurate cutting and effective assembly of the prototype.
Test and refine every prototype from what you learn.
Emphasise the importance of patience during the prototyping process.
Understand the basics of the MakeCode editor for programming the Micro:Bit.
Have a clear plan for your project's design and component selection.
Ensure components are connected correctly to avoid damage.
To prevent unnecessary troubleshooting, test each component individually for functionality before use.
Conduct continuous testing, debugging, and iteration of the prototype.
Sketch and plan your design before working on TinkerCAD.
Using basic shapes offered by TinkerCAD for efficient prototyping.
Utilise alignment and grouping tools for better design manipulation.
Regularly test the fit and function of your design components.
Save and export your design for further use or printing.
Establish clear goals for your digital prototype.
Use tools such as Sketch, Figma, or Adobe XD to create your prototype.
Prioritise usability and user satisfaction during prototyping.
Involve stakeholders and be open to their feedback.
Emphasise rapid prototyping and testing, and define what you consider a successful test.