Skip to content

README.md

Latest commit

 

History

History
50 lines (45 loc) · 10.1 KB

README.md

File metadata and controls

50 lines (45 loc) · 10.1 KB
Raw

Robotics and physical computing

40 buildable project leads for students, makers, and field teams. The research signal for this category is USGS earthquake data. Each lead needs independent source checking and an existing-solution review before it becomes a full entry.

Ideas

  1. mobile robot route simulation journal: Build a simulation journal for students, makers, and field teams working on mobile robot route. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  2. mobile robot route test course: Build a test course for students, makers, and field teams working on mobile robot route. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  3. mobile robot route failure recorder: Build a failure recorder for students, makers, and field teams working on mobile robot route. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  4. mobile robot route deployment checklist: Build a deployment checklist for students, makers, and field teams working on mobile robot route. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  5. mobile robot route telemetry viewer: Build a telemetry viewer for students, makers, and field teams working on mobile robot route. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  6. mobile robot route maintenance board: Build a maintenance board for students, makers, and field teams working on mobile robot route. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  7. mobile robot route operator guide: Build a operator guide for students, makers, and field teams working on mobile robot route. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  8. mobile robot route risk register: Build a risk register for students, makers, and field teams working on mobile robot route. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  9. robot safety test simulation journal: Build a simulation journal for students, makers, and field teams working on robot safety test. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  10. robot safety test test course: Build a test course for students, makers, and field teams working on robot safety test. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  11. robot safety test failure recorder: Build a failure recorder for students, makers, and field teams working on robot safety test. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  12. robot safety test deployment checklist: Build a deployment checklist for students, makers, and field teams working on robot safety test. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  13. robot safety test telemetry viewer: Build a telemetry viewer for students, makers, and field teams working on robot safety test. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  14. robot safety test maintenance board: Build a maintenance board for students, makers, and field teams working on robot safety test. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  15. robot safety test operator guide: Build a operator guide for students, makers, and field teams working on robot safety test. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  16. robot safety test risk register: Build a risk register for students, makers, and field teams working on robot safety test. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  17. sensor calibration simulation journal: Build a simulation journal for students, makers, and field teams working on sensor calibration. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  18. sensor calibration test course: Build a test course for students, makers, and field teams working on sensor calibration. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  19. sensor calibration failure recorder: Build a failure recorder for students, makers, and field teams working on sensor calibration. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  20. sensor calibration deployment checklist: Build a deployment checklist for students, makers, and field teams working on sensor calibration. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  21. sensor calibration telemetry viewer: Build a telemetry viewer for students, makers, and field teams working on sensor calibration. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  22. sensor calibration maintenance board: Build a maintenance board for students, makers, and field teams working on sensor calibration. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  23. sensor calibration operator guide: Build a operator guide for students, makers, and field teams working on sensor calibration. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  24. sensor calibration risk register: Build a risk register for students, makers, and field teams working on sensor calibration. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  25. field inspection simulation journal: Build a simulation journal for students, makers, and field teams working on field inspection. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  26. field inspection test course: Build a test course for students, makers, and field teams working on field inspection. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  27. field inspection failure recorder: Build a failure recorder for students, makers, and field teams working on field inspection. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  28. field inspection deployment checklist: Build a deployment checklist for students, makers, and field teams working on field inspection. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  29. field inspection telemetry viewer: Build a telemetry viewer for students, makers, and field teams working on field inspection. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  30. field inspection maintenance board: Build a maintenance board for students, makers, and field teams working on field inspection. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  31. field inspection operator guide: Build a operator guide for students, makers, and field teams working on field inspection. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  32. field inspection risk register: Build a risk register for students, makers, and field teams working on field inspection. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  33. assistive device simulation journal: Build a simulation journal for students, makers, and field teams working on assistive device. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  34. assistive device test course: Build a test course for students, makers, and field teams working on assistive device. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  35. assistive device failure recorder: Build a failure recorder for students, makers, and field teams working on assistive device. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  36. assistive device deployment checklist: Build a deployment checklist for students, makers, and field teams working on assistive device. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  37. assistive device telemetry viewer: Build a telemetry viewer for students, makers, and field teams working on assistive device. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  38. assistive device maintenance board: Build a maintenance board for students, makers, and field teams working on assistive device. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  39. assistive device operator guide: Build a operator guide for students, makers, and field teams working on assistive device. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.
  40. assistive device risk register: Build a risk register for students, makers, and field teams working on assistive device. Start by recording the current state, making the next action clear, and keeping a reviewable evidence trail.

Turn a lead into a project

Use the repository project template. Document the problem, users, existing approaches, material gap, first version, and sources before submitting a pull request.