Pitch perfect

As a subject expert, pitching lessons in a way that will help a particular class is a constant challenge.

Early in our teaching careers, we can inadvertently overwhelm students in an effort to incorporate everything connected with the lesson title, from practical work and related topics to real-world science.

We are trying to help our students thrive, but when we pitch a lesson at too high a level, we risk losing some of them along the way. As students struggle to keep pace their understanding falters, leaving you feeling stretched as you attempt to support everyone at their own individual level.

Pitching correctly isn’t about lowering expectations; it’s about sequencing knowledge carefully, understanding your learners and using deliberate checks for understanding. You can keep your lessons engaging while supporting all your students with the following key considerations.

Consider the curriculum

Public assessments across the UK and Ireland provide a specification outlining the content to be assessed and the skills students are expected to develop, so use this document to plan your lessons in coordination with other resources. Before you begin to plan, ensure you have a clear understanding of what’s required so you can prioritise essential knowledge and keep challenges at an appropriate level. Your school will give you a scheme of learning and suggest content, and don’t be afraid to ask your more experienced colleagues for their advice, too.

Check for prior learning

It’s impossible to help students build on their foundation of knowledge if you’re not totally certain of what they know. The science curriculum builds progressively from primary school through to post-16. As a classroom teacher, you need to understand what your students have studied and how it connects to current content.

Use your school’s data

Use the student data your school collects to find out more about the wider picture. You’ll find information on prior attainment, reading age and attendance, as well as SEND, EAL or pupil premium status. Although this can feel overwhelming, it can be invaluable. Being familiar with SEND profiles will help you anticipate specific barriers and suggest strategies. Regardless of whether classes are set by prior attainment, it is important to know who may need additional support or tasks to stretch understanding.

Teaching to the top

Teaching to the top isn’t just about teaching the prior high attainers in the classroom. You should maintain high expectations for all students, regardless of what they’ve achieved up to this point. Keep the curriculum ambitious but make sure all learners can access it.

You can use scaffolding techniques to do this. They’ll help students engage with challenging content while developing independence over time. Scaffolding makes complex thinking manageable without simplifying the curriculum and you can gradually remove it as confidence increases.

Effective strategies include:

• Dual coding (diagrams and concept maps)

• Sentence starters and connectives

• Knowledge organisers

• Clear success criteria

• Partially completed examples (backwards fading)

• Live worked examples

• Structure strips

• ‘I do, we do’ tasks

• The chunking technique

• Frayer models

Is everyone on the same page?

Before moving to independent work, you can avoid misconceptions and confusion – which lead to disengagement – by testing students’ understanding of the work so far. Effective strategies include:

• Multiple-choice questions designed with misconceptions and distractors
• Mini whiteboard quizzes
• Cold-call questioning to sample understanding across the class
• Asking students to summarise their learning
• Targeted questioning: probe the depth of understanding, encourage precise scientific language and rephrase questions where necessary.

This responsive approach will help you pitch lessons appropriately and ensure no one gets left behind.

Practical work

Model procedures beforehand and question students during each step. If students are struggling with cognitive overload, you may find it more effective to tackle each stage as a class. Dual coding of instructions, such as pairing equipment names with images, will make the topic even more accessible.