Let’s build.
A paper or spreadsheet activity. No personal data, paid AI account or programming is required; an educator can supply example answers.
Do not submit confidential institutional data or credentials into public AI model prompts.
Hardware Bill of Materials (BOM)
Step-by-Step Assembly & Verification Guide
- 01
Choose five STEM questions with answers you can check in a textbook or official reference.
- 02
Write the expected facts and your reference before examining any generated answer.
- 03
Collect one answer per question using the same instructions, or use educator-supplied samples. Record the tool and date if applicable.
- 04
Mark each answer for factual correctness, clarity and unsupported claims. Keep these criteria separate.
- 05
Explain which errors matter and how a learner should verify the answer. Do not generalise five examples into a claim about overall model accuracy.
Reference Firmware Sketch (PYTHON)
# iSpark AI Evaluation: Automated Accuracy Scorer
benchmarks = [
{"question": "Ohm's Law: 5V across 1000 ohms current?", "expected": "0.005 A (5 mA)"},
{"question": "ESP32 default logic operating voltage?", "expected": "3.3V"}
]
def evaluate_response(response, expected):
return expected.lower() in response.lower()
for item in benchmarks:
print(f"Testing benchmark: {item['question']}")
An introductory learning resource, not an accredited qualification. Check the documentation for your exact hardware and work with appropriate supervision.

