From expert to novice: How modelling supports success in T Level practical assessments
25 June 2026
Lucy Jones is Head of Teaching & Learning at Middlesbrough College, Strategic Lead for T Levels, and Lead for the EEF 16–19 Evidence Partnership. She works with colleges, networks, and research organisations to promote evidence-informed practice, improve teaching and learning, and help reduce educational disadvantage across the further education sector.
Lucy Jones
Head of Teaching & Learning, Middlesbrough College
T Level practical assessments require learners to combine technical knowledge, practical skills, and professional judgement under assessment conditions. For many learners, particularly those with limited exposure to industry settings, understanding what high-quality performance looks like can be challenging.
Making Expert Thinking Visible Through Modelling
The Education Endowment Foundation (EEF, 2025) highlights the value of teaching approaches that develop learner independence, metacognitive awareness, and mastery of complex skills. Evidence suggests that metacognition and self-regulationHow children monitor their emotions and thoughts, and adapt their behaviour in different circumstances. can significantly improve learning outcomes, while targeted instruction helps learners access challenging content and make strong progress.
Modelling provides a bridge between expert performance and novice understanding by making both the process and thinking behind successful performance explicit.
When I model a task, my goal isn't simply to show learners what success looks like, but to reveal the thinking that sits behind it, enabling them to become more confident, independent and self-regulated practitioners.
Kate Saint
T Level Health Year 2 Lead
Why Modelling Matters
Unlike many academic assessments, T Level practical assessments require learners to apply knowledge in authentic contexts. Expert lecturers often perform tasks automatically, meaning learners cannot see the decision-making processes that underpin success. Effective modelling slows down expert thinking - making professional judgement, reasoning, and adaptability visible. (EEF, 2022)
In technical education, the challenge is not simply teaching learners a procedure. It is helping them understand when, why, and how to adapt that procedure in unfamiliar situations.
What Effective Modelling Looks Like
Effective modelling is most effective when combined with practice and feedback as it extends beyond demonstration, and can be implemented through three stages:
I Do – Explicit Strategy Instruction
The lecturer demonstrates the task while verbalising their thinking. For example, a T Level Health learner observing a pressure sore assessment might hear:
"Before I ask this question, I'm considering whether the patient appears anxious. My communication needs to adapt to their emotional state."
This approach reduces ambiguity and reveals the professional judgement behind the skill.
We Do – Guided Practice
Learners attempt the task with support from the lecturer, who uses questioning and discussion to check understanding and reinforce why particular decisions are appropriate.
This may sound like “what do you need to consider before you approach the patient?”
You Do – Independent Practice
Learners complete the task independently; applying the strategies and thought processes they have observed and practised. Although this may not be verbalised, the expectation is that learners will be rehearsing the justification of their approach to maintain the high level of care the expert has modelled.
This gradual release of responsibility supports learners to develop metacognitive and self-regulationHow children monitor their emotions and thoughts, and adapt their behaviour in different circumstances. skills. They learn to plan their approach, monitor the effectiveness of their decisions during the task, and evaluate their performance afterwards, identifying strengths and areas for improvement. The impact of this is an increased ability to make industry standard decisions during practical assessments, where in the moment guidance is not available (EEF, 2026)
Supporting Learners Facing Disadvantage
Some learners benefit from prior exposure to professional environments through family networks, work experience, or wider social capital. Others may have had fewer opportunities. High-quality modelling helps level the playing field by making professional thinking visible and accessible to all learners.
From Modelling to Metacognition
Modelling is not simply about showing learners what to do. It is about making expert thinking visible so that learners can eventually regulate their own performance. The ultimate goal is the development of confident, reflective practitioners who can transfer these skills into assessments and future employment, not dependence on the lecturer.
Putting this into Practice
When planning to use modelling in lessons, consider using the EEF’s Metacognition and Self-Regulated Learning seven step model. This editable pdf can be used to help practitioners explicitly plan how to deliberately shift the responsibility from themselves to the pupil during a lesson, activity or over the course of a series of lessons.
Next Steps
Once planned, ask yourself the following questions:
- What expert thinking remains hidden in your teaching?
- How often do learners hear your decision-making process?
- Where could you make professional judgement more visible?
The most effective modelling gradually transfers responsibility from expert to novice, helping learners become independent and successful practitioners.
References:
Education Endowment Foundation (2026)Modelling Independence – The ‘Seven-step Model’ planning tool. Available at: https://educationendowmentfoundation.org.uk (Accessed: 04 June 2026).
Education Endowment Foundation (2024)EEF blog: The what, why, when and how of using a ‘Think Aloud’. Available at: EEF blog: The student as apprentice: the power of the "think… | EEF (Accessed: 04 June 2026).
Education Endowment Foundation (2021)Metacognition and self-regulationHow children monitor their emotions and thoughts, and adapt their behaviour in different circumstances.. Available at: https://educationendowmentfoundation.org.uk/education-evidence/teaching-learning-toolkit/metacognition-and-self-regulation (Accessed: 04 June 2026).