Inquiry-based learning
Inquiry-based learning is a way of learning that starts from a question, not an answer. Instead of being told the facts first, you investigate, test ideas and build the answer yourself, with a teacher or guide as support. It is a form of active learning and runs from tightly guided to fully open.
In more detail
The usual cycle has four parts: ask a question, investigate it with sources or experiments, create something that shows what you found, and reflect on what you learned and how. Researchers describe the same loop with more phases. A widely cited 2015 review by Pedaste and colleagues names orientation, conceptualization, investigation, conclusion and discussion.
Inquiry is a spectrum. At one end the teacher gives the question and the method, and the learner works out an answer. At the other end the learner picks the question and designs the whole investigation. More freedom brings more ownership of the work, and also more risk of getting lost.
The research is mixed, and the split is about guidance. Kirschner, Sweller and Clark argued in 2006 that learners with little prior knowledge learn less from minimal guidance than from direct instruction. Guided forms with scaffolding, hints and worked examples hold up better. For your own studying that means: inquire once you have a basic grasp, and get help when you are stuck instead of struggling alone.
The four levels of inquiry
| Level | Question comes from | Method comes from | Answer |
|---|---|---|---|
| Confirmation | Teacher | Teacher | Known in advance |
| Structured | Teacher | Teacher | Found by the learner |
| Guided | Teacher | Learner | Found by the learner |
| Open | Learner | Learner | Found by the learner |
Example
In a biology course, plants and light can be taught at three levels. Confirmation: you repeat an experiment that shows plants grow toward light. Guided: the teacher asks how the color of light changes growth, and you design the test. Open: you notice a houseplant leaning toward a window, ask why, and decide how to find out. Same topic, more freedom each time.
How to use it
- 1
Turn the topic into one question you cannot yet answer, such as why something happens or what would change if a condition changed.
- 2
Write down what you already think the answer is, in a sentence, before you look anything up.
- 3
Look for the answer in your lecture notes and readings, then test it with a worked problem, an example or an explanation to someone else.
- 4
Write the answer in your own words and note what still does not fit.
- 5
Reflect: what did you get wrong at first, and what question would you ask next?
How StudyPDF does this
StudyPDF is built for question-first studying. In an empty course you can name a topic, for example "I want to learn photosynthesis", and Bo sets it up with its key concepts, so quizzes and decks on it feed the same mastery tracking. Bo answers from your own material with citations, and when a flashcard answer is still hidden he gives a guiding hint first, so you do the thinking before you see the answer.
See also
Put it to work on your own course
Upload your lectures and ask Bo. Cited answers, plus flashcards, exams, and more built from your material.
Common questions
What is an example of inquiry-based learning?
A class is asked why some ice melts faster than other ice. Students make guesses, design tests with different surfaces and temperatures, compare results and explain them. The teacher supports with questions instead of handing over the answer.
Does inquiry-based learning work?
It depends on how much guidance you get. Guided inquiry with scaffolding tends to hold up in research, while fully open inquiry with no support often works worse for beginners. Start guided, then move toward open work as your knowledge grows.