Why it works
Inquiry-based learning can develop deep understanding, reasoning, and curiosity, but the research is clear that guided inquiry, with structure, scaffolds, and teacher support, outperforms minimally guided discovery, especially for novices, who can be overwhelmed or form misconceptions without guidance. The art is structuring the investigation while keeping the thinking with students.
The research: Research on guided vs minimal-guidance inquiry (Kirschner, Sweller, Clark; Hattie).
The run-of-show
Choose your slot. The agenda, timings, and length update to match.
The core activity: structure one inquiry
Teachers leave with one guided inquiry structured to support students without handing over the answer.
- Pick a concept students can investigate.
- Frame a question worth investigating.
- Plan the structure and scaffolds that guide the inquiry without handing over the answer.
- Decide what foundation students need first and where you step in to prevent misconceptions.
Facilitator notes
- Use guided, not minimal-guidance, inquiry.
- Build the needed foundation first.
- Scaffold and check for misconceptions; keep the thinking with students.
Adapt it
- <b>Elementary:</b> strongly guided, concrete inquiries.
- <b>Secondary:</b> more open investigations, with foundation first.
- <b>All settings:</b> guided, scaffolded, and checked for misconceptions.
Participant handout
One page for every teacher. Print it, or save it as a PDF.
Inquiry-Based Learning: structure the investigation
<b>Guided, not unguided:</b> a question worth investigating, scaffolds, and foundation first.
- The concept to investigate:
- My question worth investigating:
- The structure and scaffolds:
- The foundation students need first:
- Where I step in to prevent misconceptions:
Make it stick
Guide and scaffold:
- Guide inquiry with structure.
- Build the foundation first.
- Bring an inquiry that built understanding to the next PLC.