Five categories · sixteen criteria · 64 points · four levels. Use this explanation to understand the evidence areas, not to invent work for a checklist.
Pages are numbered, entries are ordered chronologically or by section, and a table of contents leads to specific entries.
The team number appears on the notebook, and every entry is signed or initialed by the student who wrote it.
Dated entries span the season, demonstrating a consistent habit of notebooking.
Outside sources — designs, mechanisms, code, and ideas the team built on — are named where they appear / where they were used.
The notebook defines and explains the problem along with the rules and constraints that could impact possible solutions.
The notebook describes the team's scoring priorities with reasoning and the tradeoffs that come with those priorities.
Several distinct approaches (coding, engineering, and/or strategy) are recorded with enough detail to see how they differ.
The notebook shows continuous prototyping with three or more attempts at a solution that clearly connect to one another.
Tests state what was measured, how, and under what conditions, so the test could be repeated.
Tests produce recorded qualitative AND quantitative results in a form that can be used for data-based decision making.
The notebook states what the team decided, how the decision was made, who was part of it, and what evidence led to the choice.
Sketches, images, or CAD show a built solution, with descriptive labels that show how or why parts of the mechanism exist.
Pseudocode, flowcharts, annotated screenshots, or commented code show the intention behind the code and how it was developed.
Changes to the robot or code follow from recorded test results, and the notebook makes the connection explicit.
The notebook shows a continuous pattern of reflection throughout the season, and reflections shape what happens next.
The notebook shows a continuous pattern of iteration throughout the season using the EDP for building, strategizing, and coding.