ASE 2025 Annual Conference

How can non-specialists teach high-quality, inspiring, and accurate science lessons confidently in the primary classroom? This session looks at ways to deliver the curriculum and give your pupils a rich science experience even if the last time you were in a lab was your own secondary-school days.

Science and stories, fact or fiction, are means to engage, inspire, enlighten and provoke. Jules and Lynne explore how using story as a pedagogic tool for primary science teachers. Join us for discussion and reflection on the space and place for stories in children’s science learning wherever you are in the world.

The biennial Science on Stage Festival took place in Turku, Finland in August 2024.  The Science on Stage Festival brings together hundreds of teachers from across Europe and beyond to share innovate strategies for teaching science from all levels from early years, through primary to secondary.  

In this session, members of the Science on Stage delegation which represented the UK at the Festival will describe and demonstrate some of the best bits from Turku.

The author of the new book "Science Fix: Science Made Easy for Primary Teachers", Danny Nicholson, will discuss how to use a variety of cheap and free tools for teaching primary science. Using examples drawn from the book, Danny will guide you through the use of these tools, looking at how they can be mapped to the science curriculum as well as computing skills.  The session will look at digital storytelling tools, virtual field trips, data collection and more.

You will leave with knowledge, new skills and a range of ideas to immediately slot into your science plans.

Teaching Primary Science Outdoors

This hands-on outdoor session will support you in planning and teaching science lessons outdoors. We will focus on planning for, and teaching, conceptual understanding and working scientifically objectives outdoors. We will look at assessment and recording in science lessons that take place outdoors as well as considering some of the specific practicalities of outdoor learning. You will leave with lots of ideas, as well as renewed confidence and enthusiasm to take your science lessons outdoors!

This session related to the book Teaching Primary Science Outdoors sold by the ASE/Millgate House.

We are proud to share with you the new primary science curriculum recently launched by Oak National Academy, in partnership with The Centre for Industry Education Collaboration (CIEC), from the University of York.
Oak’s new fully-resourced is built upon the exploration of big questions and employs the latest research-based pedagogical strategies to address common misconceptions while enhancing pupils’ substantive and disciplinary knowledge and vocabulary effectively.

Teachers can access adaptable, sequenced resources, including new and improved slide decks, practice tasks, quizzes and guidance, that provide them with a high-quality starting point for planning their lessons. These have been created to emphasise the development of practical skills, mathematical proficiencies and an understanding of scientific practices, all while embracing diversity as a fundamental principle.

Come and find out about how these high-quality resources can be used to build great curriculum plans and lessons, reduce your lesson planning workload and ultimately improve pupil outcomes.

The first recommendation in the EEF Improving Primary Science report is that teachers should explicitly teach new vocabulary and its meaning, creating opportunities for repeated engagement and use over time.
In this session, delegates will explore a range of engaging activities and games which will support children to understand, use and remember scientific vocabulary. The approach is non-threatening and accessible to all, while encouraging children to take ownership of their own learning and to reach their full potential. The session will include the vocabulary needed for both content knowledge and working scientifically as well as to promote science capital. Delegates will consider how vocabulary can be used within practical lessons to support children to discuss and explain their science as well as thinking about how it can be pre taught prior to science experiences and reinforced afterwards.

Save planning and marking time and raise student attainment and confidence with Isaac Physics (Key Stages 3,4 and 5). Extend and challenge with Isaac Physics and the British Physics Olympiad (BPhO).

Isaac Physics is a free online open learning platform to support the development of problem-solving skills in physics from 11 to university. Now offering resources for maths at GCSE and A Level (including further maths) and chemistry and biology at A Level. Work is auto-marked with feedback. Regular use of Isaac Physics is evidence-based to improve student skills, attainment and success in meeting offers for high-tariff universities for STEM degree courses; additionally, on average teachers save 3-4 hours on planning and marking. This session will introduce attendees to the features of an Isaac Physics Teacher account and explore the many resources on Isaac Physics for secondary science teachers.

Attendees will learn about Isaac Physics’s ready-made lesson resources, tests and mentoring to raise student attainment and confidence, support revision and develop problem-solving skills. All free and auto-marked with feedback!

Attendees can access Isaac Physics free weekly online CPD, suitable for ITE trainees, ECTs and more experienced teachers and subject leads. Delivered by the Isaac Physics Teacher Support Manager, an IOP-accredited Physics Teacher Educator. Sessions are designed to be welcoming, supportive and inclusive of all teachers of science, irrespective of age, gender, sexuality, disability, beliefs, race, teaching experience and subject specialism. Save planning and marking time and raise student attainment and confidence with Isaac Physics (Key Stages 3,4 and 5). Extend and challenge with Isaac Physics and the British Physics Olympiad (BPhO).

Isaac Physics is a free online open learning platform to support the development of problem-solving skills in physics from 11 to university. Now offering resources for maths at GCSE and A Level (including further maths) and chemistry and biology at A Level. Work is auto-marked with feedback. Regular use of Isaac Physics is evidence-based to improve student skills, attainment and success in meeting offers for high-tariff universities for STEM degree courses; additionally, on average teachers save 3-4 hours on planning and marking. This session will introduce attendees to the features of an Isaac Physics Teacher account and explore the many resources on Isaac Physics for secondary science teachers.

Attendees will learn about Isaac Physics’s ready-made lesson resources, tests and mentoring to raise student attainment and confidence, support revision and develop problem-solving skills. All free and auto-marked with feedback!

Attendees can access Isaac Physics free weekly online CPD, suitable for ITE trainees, ECTs and more experienced teachers and subject leads. Delivered by the Isaac Physics Teacher Support Manager, an IOP-accredited Physics Teacher Educator. Sessions are designed to be welcoming, supportive and inclusive of all teachers of science, irrespective of age, gender, sexuality, disability, beliefs, race, teaching experience and subject specialism. Wherever possible we aim to accommodate teachers' caring responsibilities.

The BPhO complements Isaac Physics in developing problem-solving skills, confidence and curiosity in physics with a range of challenging competitions which allow students to compete against other aspirational students. There are fourteen annual physics competitions for students in Year 10 to Year 13 (although some students in Year 9 may participate). These aim to encourage the study of physics and to recognise excellence in young physicists. Attendees will learn how to get their students involved and find out about the range of competitions, including the Computational Challenge, Astro Olympiad and international teams!

The BPhO complements Isaac Physics in developing problem-solving skills, confidence and curiosity in physics with a range of challenging competitions which allow students to compete against other aspirational students. There are fourteen annual physics competitions for students in Year 10 to Year 13 (although some students in Year 9 may participate). These aim to encourage the study of physics and to recognise excellence in young physicists. Attendees will learn how to get their students involved and find out about the range of competitions, including the Computational Challenge, Astro Olympiad and international teams!

Play is key for young children’s learning, and the world around them is a source of wonder and interest. Using play based methods, NUSTEM have developed a resource to help early years educators introduce young children to STEM careers. The resources are designed to support adults without a science or STEM background to confidently engage children with science and careers.

In this session we will look at why it’s important to introduce STEM careers into early years and how we can help children playfully explore the world around them through the award winning Play, Be, C resource.

Join us for this practical session that looks at how to ensure meaningful learning happens when awe and wonder experiences are brought into the primary classroom. We'll look at some familiar and some new 'wow factor' activities and consider how these can be linked to the curriculum, how the science applies in the real world and how learning can be made relevant to children's own lives.

This session related to Kathryn's book Wow! But Why though? Sold by the ASE/ Millgate House bookshop

This workshop aims to equip teachers in KS2&3 with the knowledge and tools to effectively integrate games into their science teaching. By demonstrating the educational potential of games and providing practical strategies for implementation, we can help educators create more engaging, interactive, and effective learning environments for their students.

Bothered that your pupils only investigate questions that you give them? Concerned the quality of questions is poor when they’ll left to develop an enquiry?

In this session we’ll take you through an approach that improves your approach to scientific question-asking.

The publication of the EEF’s Improving Primary Science report led us to reflect on our own practice and collaborate with 14 local schools to develop and trial a range of activities that provide explicit opportunities for pupils to engage with vocabulary over time both within science lessons and across the wider primary curriculum. Our "STREAM" approach aims to add breadth and depth to science vocabulary retrieval using authentic contexts such as stories and real-world problems that connect to pupils’ experiences. Linking high-quality class texts, STEAM challenges and playful vocabulary activities gives teachers and pupils the opportunity to contextualise and practice new vocabulary, improve engagement, build positive attitudes towards science and improve academic outcomes for all pupils. In this session, participants will have the opportunity to explore the activities and provide feedback, reflect on their own teaching strategies, and discuss whole-school planning ideas.

As we approach a likely curriculum review, the IOP has been considering the design principles and structure of a physics curriculum that develops deep and enduring knowledge and understanding of some big ideas of physics, capability in its practices and ways of thinking, and positive lasting impression of the subject. In this session, we will explore and discuss how those principles might be put into practice.

The need to improve literacy skills is widely recognised, not only as a way to support outcomes in science but also to support pupils more widely as a lifelong skill. Evidence also shows that literacy is a major barrier for disadvantaged learners making more progress in science (https://educationendowmentfoundation.org.uk/education-evidence/evidence-reviews/science/), hence literacy has become a focus for most schools.

In a packed curriculum, tackling literacy can feel like another job to do and so this session explores how we can integrate the development of literacy skills with building both substantive and disciplinary knowledge in secondary science.

Many schools now have a whole school approach to developing literacy, with suggested strategies sometimes feeling that they don’t quite lend themselves to the science classroom. Science teachers may also lack confidence in their ability to develop literacy when faced with whole school approaches developed by ‘literacy experts’. Having a science-led approach can promote buy in of both staff and students in overcoming the barriers to literacy.
This session explores how we can take ownership of literacy development either within our own classroom or across a department, gain confidence in approaches and ensure that activities enhance the science as well as the literacy.

Practical, science-relevant strategies will be shared to develop a range of aspects of language and literacy, including at word, sentence and paragraph level. Links will also be made to reading comprehension and application in an unfamiliar context, still a challenge for many learners at KS4.

Intended outcomes

•Consider the challenges and barriers to developing literacy in secondary science
•Develop approaches to improving a range of literacy skills whilst also building knowledge and understanding in science
•Develop confidence in overcoming barriers to literacy in science

This session is sponsored by Collins.

Why do some students struggle to draw graphs?
This session summarises the research around graph research and interpretation providing simple solutions for the classroom.

By the end of this session delegates will have a better understanding of the complexities of graph construction and interpretation alongside a series of simple strategies to implement immediately in the classroom.

Chemistry Professor Sir Martyn Poliakoff FREng FRS will talk about his experience of using YouTube videos to bring chemistry to a wider audience and to inspire a new generation of chemists.  Physics teacher Simon Poliakoff (Sir Martyn’s son) will then share a variety of practical strategies to effectively use videos to support science teaching in schools and colleges including using videos to reduce cognitive load.

This session will look at how to engage EYFS pupils of all abilities with science without introducing misconceptions. We will consider some key topics and ways to teach them through simple but correct explanations and practical experiments. This will be linked to the English National Curriculum, but with applicability to other curricula. There will be an opportunity to share ideas with other EYFS teachers.

We will introduce and model a simple framework for sequencing Explorify activities to help build children’s long-term memory. We will use new and updated activities which elicit children’s existing knowledge and provide opportunities to practice tier 3 science topic specific vocabulary. The Education Endowment Foundation’s research into teaching primary science advocates using vocabulary approaches that promote rich language connections. Explorify’s award winning activities provide this, together with the opportunity for children to verbally explain their thinking. This helps the children refine their understanding and particularly benefits pupils from socio-economically disadvantaged backgrounds. We will try practical activities that help build children’s science understanding and experience in the trickier parts of the materials curriculum. Then we will consider how children’s knowledge can be deepened using Explorify activities for retrieval practice and making links with prior learning.