Orient to the calculation-path coach
Define the active Standard Trainer direction, its learner outcome, and the authority boundary between deterministic tools and AI assistance.
Validated Study Items
Filter the Git-backed catalog across five focused tracks. Programs provide order when you want it.
Define the active Standard Trainer direction, its learner outcome, and the authority boundary between deterministic tools and AI assistance.
Translate calculation-process observations into a testable problem statement and interview plan.
Represent the canonical Kp calculation path, structured student work, example tracing, and model tracing as separate inspectable objects.
Bind a curated problem, solution graph, marking policy, and review state before making correctness or ECF claims.
Specify reproducible validators for arithmetic, units, expressions, species, dependencies, significant figures, and mark allocation.
Align structured work to the solution graph, identify the earliest invalid step, classify misconceptions, and apply bounded error-carried-forward rules.
Design constrained runtime routing across validators, diagnosis, marking, and hint paths without granting the model authority it does not own.
Turn bounded diagnoses into hint decisions, learner weakness updates, and reviewed next-problem selection.
Consolidate the vertical slice with component-level correctness checks and end-to-end trajectory evaluation before claiming readiness.
Observe real use, separate learning evidence from product and review evidence, and permit only a bounded evidence-backed change.
Translate the calculation-trainer work into concise role-relevant stories, portfolio proof, and application evidence without overstating claims.