# Facilitator and assessor guide — EDU-ROB-201

Robotics Lecturer Practice | Version 1.0.0 | Public pilot, independent SME review pending

## Preparation

Confirm the audience meets: Basic Python, algebra, vectors and introductory electronics concepts.
Environment: Python 3.12 or later; simulation only. Physical robotics and ROS installations are optional extensions requiring a separate supervised safety plan.
Reproduce every executable or editorial fixture before a cohort. Inspect official references and record actual versions. Do not claim this short course replaces employer qualification or experience requirements.

## Delivery plan

Allow 2 hours per foundational module: 15 minutes diagnostic retrieval, 25 minutes explanation and worked example, 55 minutes practice, 15 minutes feedback, 10 minutes evidence/cleanup. The capstone has a separate 4-hour planning budget. Adjust based on a pilot and record observed seat time.

For each topic, ask for a prediction before demonstrating the result. Use the module's unique comparison table or trace as the visual explanation. Give hints in stages: expected versus observed result, relevant rule, relevant location, then worked correction. Require a fresh transfer task after a full solution is shown.

## Role-specific evidence

1. Pose trace with units and frame annotations
2. Controller response table and bounded-command test
3. State-transition table and fault-injection evidence
4. A safe simulated robotics lesson with assessed recovery tasks

## Capstone and moderation

Teach a 20-minute simulated robot-control lesson. Learners must predict motion, tune a bounded proportional controller and demonstrate that an invalid sensor reading produces a stopped state. Deliver deterministic tests, a state diagram, a lesson plan and an assessment requiring explanation of simulation limitations.

Use the five-criterion rubric in Module 4. Level 3 requires correct, reproducible evidence; level 4 adds justified transfer and fault diagnosis. Reproduce at least one artifact. Record assistance and distinguish independent work. Double-mark a sample and all borderline or contested cases where institutional policy requires; agree the actual sampling policy before formal delivery. Preserve reasons for adjustments and provide an appeal/reassessment route.

Critical condition: Connecting the exercise to physical actuators without a separate approved safety plan, or failing to stop on invalid input, prevents completion.

## Assessment integrity and privacy

All examples and retrieval answers in this package are public formative materials. They are not a controlled summative test bank. Create any high-stakes variants in an approved private assessment service. No public-page score is an official grade. Confirm assessor authorization, evidence retention and learner support arrangements before a formal cohort. Do not publish learner submissions or identifying records.

## Accessibility and quality review

Review heading structure, keyboard access, zoom/reflow, text alternatives, both themes and meaningful feedback. Native tables provide an exact text representation of each worked example. There is no required video; any future video needs captions and a transcript. Record technical and pedagogical SME findings separately from automated build checks. No ISO, WCAG certification, SCORM or xAPI conformance is claimed.

## Review record

Reviewer role/name: unassigned
Date and environment: to be completed at review
Observed checks and evidence: to be completed at review
Decision: pilot pending independent subject review
Remediation and reassessment: record criterion, new task, evidence and decision