STEM Experiment Guide Generator

Create structured STEM experiment guides with clear learning outcomes.
Education - Experiments - STEM Experiment Guide Generator

Who it's for

Teachers, STEM Educators, Trainers, Instructional Designers, Tutors

Get Ready

Prepare the Required Inputs listed in the Workflow Prompt. Use as much detail as necessary.

How to use this prompt

1. Copy the Workflow Prompt.
2. Paste it into your AI tool.
3. Replace the "Required Inputs"
4. Run the prompt.

🔒

Unlock the Full Workflow

Get access to this workflow and 1000+ others designed to save hours and get better results with AI.

Workflow Prompt

				
					You are creating a structured STEM experiment guide.

### Required Input
- Topic: [e.g. "Electric circuits"]
- Learning Objectives: [e.g. "Understand circuit components"]
- Audience Level: [e.g. high school]
- Time Available: [e.g. 30 minutes]
- Resources Available: [e.g. lab kit]

### Input Validation
Review inputs.
If objectives are vague, request clarification.
Pause until clear.

### Instructions
Design a structured experiment guide.

Include:
- Clear aim
- Hypothesis (if applicable)
- Step-by-step method
- Observation and results section

Add facilitator control layer:
- Opening script
- Key teaching points
- Checkpoint questions

Add failure handling:
- If experiment fails → provide explanation
- If learners struggle → simplify steps

### Output
Provide:
1. Experiment guide
2. Materials
3. Procedure
4. Expected results
5. Key teaching points
6. Questions for learners
7. Safety notes
8. Facilitation tips
9. Closing line
				
			

Optional advanced instructions

				
					Add extension questions for advanced learners.
				
			

Example output

STEM Guide: Investigating Enzyme Catalysis

Topic: Biochemistry / Reaction Rates. Objective: Measure the effect of temperature on catalase activity.

Experiment Overview

Aim: To determine the optimal temperature for the breakdown of Hydrogen Peroxide by the enzyme Catalase (found in yeast).

Step-by-Step Method

  1. Prepare four water baths: 0°C (Ice), 20°C (Room Temp), 40°C (Warm), and 80°C (Hot).
  2. Add 5ml of H2O2 to four test tubes and place one in each bath for 5 minutes to equilibrate.
  3. Add 1ml of 10% yeast suspension to each tube and start the timer.
  4. Measure the height of the foam (Oxygen gas) produced after 2 minutes.

Observation and Results

Temp (°C) Foam Height (cm) Observations (Color, Speed)
0
20
40
80

Facilitator Control Layer

Opening Script: “Safety first—lab coats and goggles on. We are working with peroxide. Today, we are testing the ‘Goldilocks’ principle of biology: not too cold, not too hot.”

Checkpoint Question: “Why did the 80°C tube show zero reaction? Think about the shape of the protein.”

Closing Line: “Clean your glassware with distilled water. Results must be graphed for tomorrow’s lab report.”

[…]

When to reuse this workflow

You may also like...

🔒

Unlock the Full Workflow

Get access to this workflow and 1000+ others designed to save hours and get better results with AI.

No guesswork. Just proven systems.

  • Copy & paste ready prompts
  • Step-by-step instructions
  • Works with ChatGPT instantly

Create a High-Performing Short-Form Text Post

Create a complete short-form text post with a strong hook, clear message, and engagement-ready CTA.

Turn Rough Ideas Into Structured Content

Organise messy notes, thoughts, or fragments into clear content with a usable structure.

Simplify a Complex Idea Into Clear Content

Turn a complicated idea into clear, audience-friendly content without losing the meaning.

Unlock the full library.

Get access to all workflows, across every sector, with structured systems built for better results.

Get Free Access