ASE 2025 Annual Conference

A cross curricular approach to teaching Year 8 students about Climate Change was developed based on the the model for a Meaningful Climate Change Education (Greer and Glackin, 2021). A number of different subjects including STEM, Humanities, Languages and Art taught students about issues relating to climate change and sustainability over a 3 week period.

The teaching sequence for each subject was developed through the lens of 'Alternative Visions of the Future', a core quality of a meaningful climate education. Students were asked to develop their own alternative vision of the future, explore it from multiple perspectives and present this at a research poster conference at the end of a 4 week period. The interdisciplinary nature of the project meant teachers, as well as students, were required to consider the central question from multiple perspectives and provided an important opportunity for teacher CPD.

Science is often on the back foot in terms of the availability and development of technology and assessments, the forgotten child behind English and Maths. The ever-changing world in which our learners will be entering is one where employers are now more interested in skills over experience. The analytical, logical and critical thinking skills required are all interwoven within the science curriculum – how can assessments provide actionable insights into knowledge, skills and ability, not only for academic success but also as a lifelong critical thinking scientist?

Required Practicals (or core practicals) have been a part of GCSE science courses since 2018. This session looks back at why they were introduced, what knowledge and understanding they are meant to develop in students and how this is assessed in exams. We will look at how well students perform in these exams, and what lessons this can teach us about these practicals should be delivered as part of a science curriculum.

Based on the speaker's research for their Master's project, this session explores the research on what secondary science teachers believe about dialogue, talk and oracy in the classroom. Opening with a summary of what experience and knowledge science teacher have about dialogic teaching, the session then evaluates the attitudes that science educators hold towards the pedagogies of dialogue and oracy.

Finally the talk will consider what barriers might prevent the use of dialogue and talk in the science classroom, concluding with some useful strategies on how to foster understanding through talk. Delegates will come away understanding more about dialogue, specifically how attitudes towards talk can affect practice in the classroom. Teachers who attend will be more reflective about their own attitudes to dialogue and therefore better equipped to evaluate its use in their own lessons.

Pearson aim to cultivate science capital by making it a relevant, relatable, and accessible subject. In this session, Pearson will delve into some approaches for bringing science to Pupil Premium students. They will share strategies for making Science tangible for students and suggest ways to promote STEM careers in the classroom and wider school environment.

This session is sponsored by Pearson Edexcel

Are the physics required practicals in your school seen as stand-alone tasks? How can we ensure that these practicals are meaningful to students and are used effectively to aid progress in both conceptual understanding and development of disciplinary knowledge?

Where do they fit in the sequence of learning? Join The Ogden Trust team for a hands-on workshop which includes engaging hooks to ascertain prior knowledge and some teacher hacks for ensuring these class practicals run smoothly. We will suggest relevant contexts to bring the practicals to life by making links to real world applications.

Boost your confidence teaching photosynthesis. Explore our practicals, manoeuvre through misconceptions and delve into the progression within this core topic. Designed for all teachers including both early career and experienced who want to enthuse their students with photosynthesis, you will:

•explore and discuss the pedagogy around teaching photosynthesis
•grow your confidence in handling common practicals
•take away a renewed appreciation of the wonders of photosynthesis to share with your students
•be introduced to new SAPS resources

Visit us at www.saps.org.uk
Tweet @SAPS_News

The use of models in science teaching and learning is a core practice. Given that many science concepts are abstract, too  big or too small to visualise readily, models allow  students to develop their knowledge of key ideas in science . Conversely, a lack of understanding about models, their uses and limitations can develop or perpetuate misconceptions across science (Education Endowment Foundation, 2018).

A lesson study is presented here, which investigates how the concept of a model can be taught by employing an interdisciplinary approach. Interdisciplinary learning is where new approaches to solving a problem, and/or new understandings of a concept are ‘synthesised’ through the benefit of integrating knowledge from different disciplines: a new way of thinking is created by considering a problem from multiple disciplinary perspectives (Simpson and Dawkins, 2023). The lesson study used examples of models from chemistry, biology, physics, maths, geography, and English alongside teaching practices designed to facilitate the integration of these different disciplinary perspectives. The presentation includes an analysis of feedback from the students in the lesson and their teachers. This study has been approved by the University of Birmingham Humanities and Social Sciences Ethics Review Committee (ERN_0808-Jun2023).

Delegates will have the opportunity to hear about a successful collaboration between a secondary school and university, and an opportunity to reflect on the impact of bringing practicing teachers, teacher educators and researchers together. Given the importance of interdisciplinary approaches in international curricula, including the International Baccalaureate , this presentation will also be of interest to both UK and international audiences. Delegates will understand better the concept of interdisciplinary learning through this lesson study approach and will hopefully be inspired to develop their own cross-disciplinary learning opportunities in their school or educational setting. All delegates will benefit from the opportunity to discuss, reflect on, and debate the shared difficulties in teaching students the role of models in science.

References
Education Endowment Foundation. 2018. Improving Secondary Science. https://educationendowmentfoundation.org.uk/education-evidence/guidance-reports/science-ks3-ks4
Simpson, M., Dawkins, D. (2023). A framework for interdisciplinary learning in science education. SSR in Depth, 104(388), 13-18. https://www.ase.org.uk/resources/school-science-review/issue-388/framework-interdisciplinary-learning-in-science-education

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!

Objectives:
Understand AI Fundamentals: Provide a clear understanding of basic AI concepts, including machine learning, neural networks, and data analysis, tailored to the middle school context.
Explore AI Applications in Science Education: Demonstrate specific AI tools and applications that can be used to enhance science instruction and engage students.
Develop Practical Skills: Offer hands-on experience with AI resources and activities that educators can directly implement in their classrooms.
Address Ethical Considerations: Discuss the ethical implications of AI use in education, focusing on data privacy and bias, and how to navigate these challenges responsibly.
Workshop Structure:
Introduction to AI in Education (20 minutes):
Brief overview of AI and its relevance to modern education.
Discussion on the potential benefits and challenges of incorporating AI into the science curriculum.
Interactive Demonstrations of AI Tools (30 minutes):
Showcasing AI applications such as virtual labs, intelligent tutoring systems, and data analysis platforms.
Live demonstrations on how these tools can simulate scientific experiments, provide personalized feedback, and enhance data literacy.
Hands-On Activities (25 minutes):
Participants will engage in interactive exercises using AI tools.
Group activities where educators can brainstorm and design lesson plans incorporating AI technologies.
Sharing of best practices and innovative ideas for classroom implementation.
Ethical Considerations and Open Discussion (10 minutes):
Addressing the ethical issues surrounding AI in education, including privacy concerns and algorithmic bias.
Encouraging critical thinking and discussion among participants on how to ethically integrate AI in their teaching practices.
Q&A and Closing Remarks (5 minutes):
Open floor for questions and discussion to clarify doubts and provide additional insights.
Summary of key takeaways and resources for further learning.
Target Audience: Middle school science educators, curriculum developers, and educational technology specialists who are interested in integrating AI into their teaching practices to foster a more engaging and effective learning environment.
Materials Provided:
Detailed handouts on AI concepts and tools.
Access to an online repository of resources, including lesson plans, software recommendations, and further reading materials.
Conclusion: This workshop aims to empower middle school educators with the knowledge and skills to effectively integrate AI into their science classrooms. By providing practical tools and fostering a deeper understanding of AI's potential, we can inspire educators to enhance their teaching practices and better prepare students for the future.

As a paediatrician I am very focussed on the importance of improving the wellbeing of children and their families. This is key to developing a resilient community and giving children the skills they will need to adapt to climate change.
We need to bring education and health care together to meet this challenge.

Approximately 5% of the UK carbon footprint is produced by the NHS, 5% of journeys are related to the NHS and 5% of the UK workforce is within the NHS. My talk will be joining the dots between health and education and how we all need to work together to create a positive vision of a healthy low carbon future.

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.

In 2023, we had the third Science Education Tracker which surveys young people’s views and experiences of science education in England and their attitudes towards science and to career aspirations in science, technology, engineering and mathematics.

The findings of this survey are quite concerning. Between 2016 and 2023, there has been a marked reduction in young people’s access to more interactive forms of practical science, with these trends most accentuated between 2019 and 2023. While we know experience of hands-on practical work is key to learning and motivating students in science, most students in 2023 encountered practical work via videos. The survey also showed that, between 2019 and 2023, young people were less interested in science and computing with this decline in interest being more pronounced among younger cohort

Join in with this panel session chaired by David Montagu from the Royal Society, to hear the perspectives of experts with a wealth of experience in science education, on the decline of practical work post-covid and ideas of how we might address this in our schools and colleges.

Prioritising Practicals: Ideas to Deliver Engaging Practical Lessons for Different Types of Learners (Part of Pearson’s Engage, Inspire and Support Series)

This interactive session will be exploring practical science approaches designed to cater to and captivate a variety of learner types. From hands-on experiments to exciting demonstrations, these ideas will empower educators to create dynamic learning experiences that resonate with every student and create more inclusive, and effective learning experiences in their classrooms.

This session is sponsored by Pearson Edexcel

A series of practical demonstrations showing how to carry out safely a selection of practical activities often mistakenly thought to be banned or restricted in school science.

Drop in to discuss any topic – GCSE, A-level and extension work.  Collect free resources for examined material. Try out laboratory experiments.  Which telescope should you buy?  Consider joining the UK meteor network.  See how to make a radio-telescope from an oil can – a cantenna.  Great Projects.

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.

The value of using stories and narrative to engage learners is well established. In this talk, we will explore research-backed approaches to how storytelling can enrich the physics curriculum and how doing so provides educators with novel, authentic ways to incorporate vital themes around equality, diversity and inclusion.

There is widespread interest among teachers in using Generative AI tools such as ChatGPT to support lesson planning, to reduce teacher workload and to enhance lesson variety and quality. This session presents the findings of research exploring the experience and impact of over 100 secondary science teachers who used ChatGPT to prepare Year 7/8 lessons in the summer term 2024. This research was a randomised controlled trial, commissioned by the EEF and co-funded by the Hg Foundation.

The session will explore:
-the impact of using ChatGPT on teacher workload and lesson quality, compared with a comparison group who used no Generative AI
-how teachers integrated ChatGPT into their planning processes and the tasks/activities they used ChatGPT for
-teachers’ perceptions of using ChatGPT and intentions for future use
-teachers’ experiences of learning to use ChatGPT

Web address included here (as it will not fit in the box below): https://educationendowmentfoundation.org.uk/projects-and-evaluation/projects/choices-in-edtech-using-generative-ai-chatgpt-for-ks3-science-lesson-preparation-2024-teacher-choices-trial

Our previous survey of Science Initial Teacher Training providers and their trainees in England, conducted during 2023 showed that there is a systemic lack of focus on mathematical skills in science Initial Teacher Training.  As a result of this work, the authors are developing a freely available targeted maths resource to support pre-service science teachers during their training year.  

During this structured workshop, the authors will share the audit being developed, the results of initial testing and seek your input to the signposting of external resources which will support trainee teachers to further develop their science specific maths skills.

Help us to select and match the best resources to each maths skill.

This session relates to the books sold by ASE/Millgate titled the Language of Maths in Science and Grappling with Graphs.

Discover Energy with Megawatt! Megawatt is a STEM card game that challenges players to build an electricity grid, teaching about energy and climate change, systems thinking, problem-solving and inspiring the next generation of scientists and engineers to take on the task of helping the world reach net zero.

In collaboration with the ASE, the creators of Megawatt have gone on to develop material for teachers to use as the basis for three lessons, with activities, relating to power generation. These are:

1. ***Energy Resources***: a detailed look at the different ways in which power may be generated, with a focus on evaluating the pros and the cons – and with a lively activity to follow.
2. ***Energy Mix***: how different countries generate their power, with a focus on developing a good mix based on the resources available – and with students working on a good energy mix for a particular island.
3. ***National Grid***: how a national grid works – and here with students now designing a grid for the same island.

**Who is this for?**

Megawatt alongside its teaching resources have been successfully used, with adaptations, with students aged from 10 to 17 – but predominantly we’ve been working with those aged around 13 to 15. It ties in very well with a variety of STEM curricula used in a range of different educational systems. It is also relevant in geography classes.

**How does it work?**

It is possible just to take a short lesson of, say, 45 minutes or one hour and play the game. It’s not hard to learn, and it’s a great motivational tool, introducing students to the topic of power generation.

Ideally, we recommend devoting a full school day to using the complete range of materials. In many cases, Megawatt can provide a facilitator to come to your school and lead the whole session, or teacher training to support you in integrating these lessons into your curriculum teaching.

This engaging workshop led by the dynamic Sam Holyman will delve into the transformative power of retrieval practice to save teachers time while improving student outcomes. Delegates will learn to evaluate the use of retrieval practice in the classroom and understand how it significantly enhances student learning and retention. Retrieval practice involves actively recalling information, which strengthens memory and aids in transferring knowledge to long-term storage. It helps students become more adept at remembering and applying what they learn. This session will begin with an evaluation of the effectiveness of retrieval practice based on research, including a consideration of different types of retrieval practice and their relative merits.

A key feature of this session is demonstrating how quizzes can be a cornerstone of retrieval practice. Sam will provide a practical, interactive demonstration of how quizzes can be used not just as assessment tools, but as powerful instruments for fostering student metacognition. Delegates will see how quizzes help students reflect on their learning processes, identify knowledge gaps, and develop improvement strategies. This metacognitive approach encourages students to take ownership of their learning, leading to greater academic success.

The session will also explore how quizzes can serve as diagnostic tools to identify student concerns and inform classroom practice. By analysing quiz results, teachers gain valuable insights into students' understanding and misconceptions. This data-driven approach allows for more targeted and effective teaching interventions, ensuring every student receives the support they need to succeed.

This session is highly interactive, combining discussion, group work, and live demonstrations to create a rich CPD experience. Delegates will have the opportunity to collaborate with fellow educators, share their experiences, and gain new perspectives on best practices in teaching.

Leading this workshop is Sam Holyman CSciTeach, an explosive Chemistry teacher with a wealth of experience in various educational settings, including comprehensive, grammar, and independent schools in the Midlands. Sam is also a prolific academic author with over 30 titles published by renowned publishers such as OUP, Pearson, and Collins. Her extensive catalogue includes print and digital textbooks, worksheets, and opinion blogs, catering to UK specifications and beyond.

This session is supported by Educake, which provides online homework and revision for many KS3 and GCSE subjects. It is based on a bank of about 100,000 specification-mapped questions that are automatically marked and give instant feedback to students. These questions, written by teachers and specialist subject editors, range from multiple choice to one-to-three-word answers.

This not-to-be-missed session promises to be both inspiring and practical, equipping attendees with the tools to make a real difference in students' learning journeys.