October Deep Dive Wednesday · 7 October 2026

Retrieval, Assessment and Active Learning with TeacherMatic: Helping Learning Stick

Why can learners understand something today and struggle to recall it a few days later? In October’s TeacherMatic Deep Dive Wednesday, we explored that familiar teaching challenge through practical demonstrations of five generators: Multiple Choice Questions, True or False, Very Short Answers, Flash Cards and the Glossary Generator. The running example was the cardiovascular system for Level 3 Sport and Exercise Science learners. Keeping the topic consistent let us explore how different resources could support one connected lesson. The central question throughout was what happens after you generate: how do you turn the output into remembering, useful assessment evidence and participation?

Watch the October Deep Dive webinar

Watch the demonstrations and explore how to adapt the five generators for your learners.

One quiz, three jobs

We began with the pedagogy. Retrieval practice asks learners to bring knowledge back to mind without looking. Familiarity with a page is different from being able to recall it. Short, low-stakes opportunities to remember, spaced across lessons and followed by feedback, give learners a way to practise and correct their understanding. The guide distinguished three purposes for the same questions. Retrieval practice supports remembering. Formative assessment gives you evidence for the next teaching decision. Active learning involves every learner in answering, discussing or deciding. A quiz can serve all three, but the activity and your response to the answers determine its value. That means planning beyond the answer key: will everyone respond? What misconception might a wrong answer reveal? What will you do if the responses show that the class needs more teaching?

The major takeaway: use “Any additional information”

One of the most useful discoveries in the Deep Dive was the Any additional information field. The topic tells TeacherMatic what the resource is about. This field lets you explain the teaching purpose, the learners and the thinking you want the resource to invite. The guide’s recipe had three parts: frame the scenario, define the distractors and set the emphasis. In the vocational MCQ demonstration, the instructions asked for workplace or industry scenarios, wrong answers based on common trainee misunderstandings, and applied knowledge and decision-making. This is where a structured generator becomes more closely aligned with your teaching intentions.

Multiple Choice Questions: make every wrong answer useful

The first demonstration used five questions on heart structure and blood flow. The point was to make the incorrect options useful: a well-chosen distractor can show why a learner is struggling, rather than simply record that they chose the wrong letter.

TeacherMatic Multiple Choice Questions form showing the cardiovascular topic and vocational instructions in Any additional information. — The live demonstration used Additional Information to specify vocational scenarios, common misunderstandings and applied thinking.

We then changed only the Additional Information prompt to the SEND / Differentiated version and regenerated. The guide contrasts the refined vocational example with a more directly worded question. It shows how wording and context can change without building a second quiz from scratch.

Attendee guide comparison of a vocational question about left-ventricle wall thickness and a simpler question identifying the chamber that pumps blood to the body. — Two examples from the guide show how changing the brief changes the question. This is a guide comparison, rather than a second interface screenshot.

Try it in class: use one reviewed question as a hinge point after teaching. Ask everyone to answer before discussing the options. If many learners choose the same distractor, use their reasoning to decide what needs explaining again. The professional reflection: a named athlete does not automatically make a question applied. The guide notes that Noah’s return after reduced fitness did not change the reasoning needed to answer the left-ventricle question. Refine again so learners must use the scenario information, and check that simpler wording preserves the intended learning challenge. Differentiation needs your judgement about this group, not just a different prompt label.

True or False: the learning is in fixing the false

Next, we used Additional Information to target misconceptions: that all arteries carry oxygenated blood, or that veins carry blue blood. The generator produced eight short statements. These make a quick entry point, but choosing true or false alone leaves plenty of room for guessing.

Eight generated cardiovascular True or False statements, including false claims about oxygenated blood in all arteries and blue blood in veins. — Misconception-based statements give learners something worth explaining and correcting.

Try “Fix the false”: have every learner commit to an answer, then ask pairs to rewrite the false statements accurately. Add a confidence check before revealing the answer: a confident incorrect response can be particularly useful evidence for your next explanation. The session’s stand-up/sit-down and four-corners activities offered ways to make responses visible. Choose a response method that works for everyone in your group, including a seated option. Participation matters because it reveals thinking; the explanation and feedback matter more than the movement itself.

Very Short Answers: move from recognition to recall

We then removed the answer options. For a five-minute Do Now, the brief requested ten questions with answers of one to five words, suitable for mini whiteboards. Two questions revisited the previous month’s skeletal-system topic, bringing older learning into the starter.

Ten short-answer questions on the cardiovascular and skeletal systems with accepted alternatives; question two contains the artery answer discussed below. — Short answers make whole-class recall visible. This generated answer key also contains the wording issue explored below.

Try it in class: give thinking time, then ask learners to hold up their answers together. Use the pattern of responses to choose what to revisit. Accepted alternatives such as “mitral” and “bicuspid” can support fair checking, but the alternatives still need a subject specialist’s review.

Why “artery” needed a second look

Question two asked, “Which blood vessel carries oxygenated blood away from the heart?” The generated answer was “artery”. That can sound plausible because the aorta is an artery carrying oxygenated blood. But it risks reinforcing exactly the misconception the True or False resource challenges: that all arteries carry oxygenated blood. The pulmonary artery carries deoxygenated blood. Arteries are defined by carrying blood away from the heart, rather than by its oxygen content. The guide recommends a sharper question: “Which vessel carries oxygenated blood from the heart to the body?” with the aorta as the answer. This is professional judgement in action: compare outputs, check exceptions and refine the wording before sharing the resource. “Is this answer always right?” also becomes a useful discussion question.

Flash Cards: answer before you flip

The Flash Cards demonstration continued the move towards recall. The brief asked for questions on the front, short answers on the back, explanation and sequencing tasks, and use in Quiz-Quiz-Trade and a Leitner box. Naming the intended activity helped shape both the cards and the teaching suggestions.

Three visible flash-card rows pairing questions about heart function, chambers and valves with concise answers. — The visible front-and-back table supports self-quizzing: learners answer before checking the back.

Try it in class: learners quiz a partner, check and discuss the answer, swap cards and find a new partner. For independent practice, sort cards into “know it”, “nearly” and “not yet”, revisiting the least secure knowledge most often. The key instruction was simple: say or write the answer before turning the card over. Reading both sides and nodding is easy; retrieving first makes the card a learning activity. Review the cards for accuracy and make sure the explanation and sequence tasks demand the thinking you intended.

Glossary Generator: get vocabulary into the conversation

The final generator focused on subject vocabulary. For the same cardiovascular topic, the brief requested plain-English definitions that did not contain the term itself, ready to print and cut up for a matching plenary. The output combined definitions with sporting applications.

Glossary table showing aorta, vena cava and atria with definitions and real-world applications in sport. — The glossary connects subject vocabulary with definitions and sporting applications.

Try “Find Your Match”: give each learner either a term or a definition. A learner reads a term aloud; the learner holding its definition responds. The class agrees or challenges, and the matched pair becomes a partnership. To increase the challenge, ask learners to explain the term in their own words before reading the definition to check. The guide also highlighted a small but important adaptation: some real-world application lines name the term. Leave those lines out of the first matching round, or they can give away the answer. Save them for a second round of clues. Check the reading load and provide a suitable way for each learner to take part.

Export the resource, keep the teaching purpose

The demonstration also showed how outputs could move into the places learners already work. The MCQ export menu included print and document formats alongside quiz-platform options. Choose the format for the activity, then check the exported version before using it.

Visible portion of the export menu showing PDF, Microsoft Word, Google Drive, Moodle GIFT, Kahoot, Wayground and Blooket. — A cropped portion of the demonstrated export menu. The guide lists further options beyond those visible here.

As the guide emphasised, a game can build energy, but a useful teaching moment comes when you pause at the most-missed question and ask why someone might choose a particular wrong answer. Exporting makes distribution easier; it does not remove the need to interpret the responses.

One Lesson, Five Generators

To bring the session together, the guide placed the five outputs into one lesson sequence: remembering at the start and end, evidence in the middle, and participation throughout.

Five-stage sequence: Very Short Answers starter for five minutes; Multiple Choice hinge question for two; True or False for five; Glossary plenary for eight; spaced Flash Cards at home. — The guide’s suggested sequence connects the five resources around one topic. Timings are planning suggestions.

Begin with the mini-whiteboard Do Now, use an MCQ hinge question after the main teaching, ask learners to fix false statements, finish with Find Your Match and carry the learning into spaced flash-card practice at home. These activities fit around the teaching; they are not a substitute for it. You do not need to introduce all five at once. Choose one resource for a topic learners struggle to retain, use it purposefully and notice what the answers reveal. That is a more useful starting point than measuring success by the number of resources generated.

Apply the TeacherMatic SAFE AI framework to your decisions

TeacherMatic’s structured generators provide a starting point for a teaching task, with fields for context and pedagogical intent. The Deep Dive showed how that scaffolding can reduce the groundwork while leaving the important decisions with the educator. The artery example also showed why outputs still need scrutiny. The TeacherMatic SafeAI framework connected that responsibility to four principles: Safeguarding Data & Privacy, Augmenting Professional Judgement, Fairness & Inclusion, and Ethical & Transparent Practice. In this lesson, that means describing learner needs without identifiable personal information, reviewing answer keys, checking accessibility and being clear about AI’s role in preparing resources. Before an output reaches learners, ask: Is it accurate? Is it fair and accessible? Is it purposeful? Decide what you want to learn from the responses and what you will do next.

Try one strategy this week

Pick the topic your learners always seem to forget. Generate one resource, give the Additional Information field a clear teaching brief and try one strategy: Fix the false, a mini-whiteboard Do Now or Find Your Match. Then reflect on what learners recalled, what they misunderstood and what needs to change. For the worked examples and prompts shared with the session, download the attendee guide (PDF). You can also explore the prompt library. Continue your professional learning through the free self-paced course, or find more sessions and resources through TeacherMatic’s Deep Dive links. The lasting message from October’s Deep Dive was that generating a resource is the beginning of the teaching process. Your review, refinement and decisions turn that draft into something right for your learners. Generate. Review. Refine. Decide.