ASE 2025 Annual Conference

The session delves into the transformative potential of AI in creating a more dynamic and responsive educational environment. The session focuses on practical applications and tangible outcomes for educators, including sharing ideas & strategies from practising teachers and providing valuable insights and practical takeaways for the delegates.

In traditional classrooms, responsiveness to student needs is paramount. Traditional teaching methods, while effective in many respects, often struggle to address the diverse and evolving requirements of individual students. AI technologies offer innovative solutions to bridge this gap, enabling educators to tailor their approaches to better meet the needs of each learner.

Delegates in this exploration of AI technologies for responsive teaching will gain:
1. Understanding of AI Applications: A comprehensive understanding of how AI technologies can be applied to create more responsive and effective teaching environments.
2. Practical Implementation Strategies: Strategies for integrating AI tools into their teaching practices to personalise learning and enhance student engagement.
3. Insight into Data Utilisation: Knowledge of how to leverage data-driven insights to inform instructional decisions and improve student outcomes.

The proposed structure of the talk is detailed below:

>Overview of the Topic - Explain the importance of responsive teaching and the role of AI in education

>Understanding AI Technologies in Education
*What is AI?
Define AI and provide examples relevant to education.
*Key AI Technologies Used in Education:
Machine Learning
Natural Language Processing
Intelligent Tutoring Systems
Data Analytics
Provide real-world examples and case studies

>Benefits of AI for Responsive Teaching
*Personalised Learning Experiences - Discuss how AI can tailor educational content to individual students.
*Real-Time Feedback and Assessment- Explain the benefits of immediate feedback and adaptive assessments.
*Enhanced Student Engagement - Explore AI tools that make learning more engaging.
*Efficient Classroom Management- Describe how AI can automate administrative tasks and support classroom management.

>Practical Implementation Strategies
*Integrating AI into Teaching Practices- Step-by-step guide on incorporating AI tools in the classroom.
*Case Studies and Success Stories - Share specific examples of schools & teachers successfully using AI for responsive teaching.

>Challenges and Considerations
*Technical and Ethical Challenges - Discuss potential challenges such as data privacy, bias in AI, and technical barriers.
*Future Trends and Developments -Highlight emerging trends and the future of AI in education.

>Q&A and Interactive Discussion

>Conclusion- Summary of Key Points /Recap the main takeaways from the talk.
*Call to Action
*Encourage delegates to explore and experiment with AI tools in their teaching practices.

Is teacher attrition an inevitable fact of life? Annual attrition rates for Early Career Science Teachers in England are running at an eye watering 15% per annum despite major government initiatives. But this does not have to be case. Taking case studies from across the world delegates will be invited to see if there are lessons to be learned from further afield.

Can the whole of the Atomic Structure GCSE unit be taught and learnt in one hour? This workshop will explore the impact of Spaced Learning within lessons in physics education. This statistically significant study shows how recent advances in our understanding of neuroscience can be applied to the classroom to maximise learning rates.

Delegates will explore evidence-based approaches to implement Spaced Learning in their teaching, as well as gaining insight in this exciting area of cognitive science. Although the research study and associated peer-reviewed article presented is focused on physics teaching and learning, the strategies discussed are highly transferrable to other areas of the curriculum.

As we move further into the 21st century, numerically literate Earth scientist will be needed more than ever to help to tackle our planet and society’s most pressing challenges, including the energy transition towards a low-carbon future, ensuring global food and water security, and understanding and mitigate the impacts of natural hazards and climate change. Geophysics provides exactly the needed skill set and is shortlisted by the UK Government as a profession in high demand, yet hardly known amongst science teachers.

This session explains what geophysics is: the application of physics  to study planet Earth, addressing volcanism, earthquakes, resources, space weather, climate and environmental challenges; and why Geophysics matters for a sustainable future.

The talk will consider the barriers impacting learners within science education and strategies to overcome them by exploring the Plymouth Science SEND Toolkit. Consideration has been given to supporting pupils with particular SEND needs and how to scaffold learning to support them effectively.

The session will focus on unlocking learning and removing barriers to ensure all children make progress. During the session the toolkit will be explored to consider removing barriers for those with visual impairment, hearing impairment, physical disability, neurodivergent pupils, dyslexic pupils etc. Examples from lessons will be discussed to exemplify good practice. Evidence-informed practice will be explored.

IRIS has supported over 7,700 students across 10% of UK secondary schools to carry out real research, contributing to knowledge today and solving the problems of tomorrow. We’ve seen how teachers and schools can developing a culture of Research & Innovation and how it transforms students’ experience of and relationship with STEM.

Do you want to inspire your students to pursue STEM careers and make a positive impact on the world? Do you want to learn how to foster a culture of research and innovation in your school that engages learners of all abilities and backgrounds? If so, join us for this session where we will share what we’ve learnt from our work and research. You will also get practical tips and resources on how to start your own research and innovation journey.

An introduction to professional registration with the Science Council. This workshop will explain what's involved, how you can apply and how to write a cracking application. The workshop will cover all registers - Chartered Science Teacher, Registered Scientist and Registered Science Technician

Wellbeing is such a key topic currently for education. For three years (2019-2022) Primary science in Stoke-on-Trent received significant DfE funding (Opportunities Area local plans) to upskill the local school workforce. It is now 2025 and there is much to continue to celebrate. What happens to staff wellbeing when the investment stops?

Tina Whittaker and Karen Peters (co-leads of ‘Science Across the City’) will facilitate reflections from those involved in the funded professional development programme, and in particular focus upon the difference that the model developed, implemented and known as ‘The SATC Science Influencers” made both then and now. This session will invite attendees to explore the successful legacy beyond the funding, and reflect upon the key messages that are transferable and relevant to current policy design and the set-up of local systems leadership. Check and question assumptions of what matters to great teachers by hearing from great teachers.

www.scienceacrossthecity.co.uk

The IOP is delighted to be hosting these informal tea and cake sessions for anyone interested in delivering physics education!  Pop along, eat, drink and chat - we look forward to welcoming you.

Our dedicated Chair Trio invite you to drop-in to the “Chair-Chat” sessions on one of the days of Annual Conference 2025. 

Got a question? Ever wondered about what goes on behind the scenes? Ever thought about getting involved in Committee activities? Are you wanting to know more about Professional Registration or writing an article in one of the ASE journals? First time attending our flagship Conference?

We look forward to hearing your questions and will endeavour to answer them or point you in a selection of possible right directions!

Since moving from mainstream secondary education to work in Alternative Provision (AP*) in September 2022, Gemma has been tackling the question of what a meaningful, fit-for-purpose, and successful science curriculum, looks like in this setting. Very little is written about the curriculum in AP in general, and there is even less writing or data on Science in AP. Science provision in AP is patchy across the country, with some provisions unable to find a science teacher and dropping the subject from the curriculum. Many science teachers working in AP are the sole teacher, or work in a team of two people, and the vast majority work without a technician. Finding herself in a similar situation, Gemma reached out to others and formed the Science in AP network.

Many young people excluded from school, at risk of exclusion, or unable to access mainstream education due to SEMH needs, have poor prior experiences of science education. Reflecting the national trend, seen in research such as the Science Education Tracker, many of these young people have the least access to practical science work and enrichment opportunities - both when they have been in mainstream schools and during their time in AP.

In this session Gemma will talk about her journey so far in developing a science curriculum in AP. We will look at ways to adapt a curriculum to a setting where students come and go, and may join with many gaps in their education. We will also look at ways to enable students in AP to access practical science and science enrichment opportunities - even when budgets are tight!

The session will also discuss how the lessons from AP can be applied to mainstream secondary education - ensuring students at risk of exclusion are not excluded from the science classroom before they are even excluded from school.

Despite recent efforts from Ofqual to raise the profile of experiments in terminal GCSE assessments, recent research reviews from Ofsted suggest that teachers frequently focus on substantive knowledge at the expense of detailed understanding of the experimental skills (the working scientifically skills) required to undertake scientific enquiry. Consequently, research nationally and internationally suggests that teachers adopt recipe-style experiments restricting students' curiosity and scientific understanding.  

Microscale experiments offer an affordable and safe pedagogic strategy to support teachers move beyond a recipe-based approach to experimentation and support teachers diagnose and challenge the misconceptions held by students. Moreover, our recent research has shown that offering early career teachers professional development, including microscale experiments within their teaching practice, can be revolutionary. However, teachers are yet to adopt microscale experiments readily, given concerns about compliance with terminal examinations.

Through a suite of hands on minds on microscale experiments, this interactive practical session explores how microscale experiments can support delegates to develop enquiry skills as part of their everyday teaching practice. We offer a range of microscale practicals that align with the required practicals in the GCSE and A-level chemistry curricula in England. In doing so, we provide guidance that supports delegates to center working scientifically skills in their teaching and support their students' understanding of the practical components of the chemistry curriculum in England. By attending this workshop, delegates will uncover the power of microscale experiments. Delegates will examine how microscale practicals are valuable time-saving tools that act as a springboard to develop oracy in their classroom. To support delegates embed microscale practicals in their teaching, each attendee will receive copies of 7 GCSE and 4 A-level microscale experimental methods and accompanying worksheets.

Einstein once said that “without changing our pattern of thought, we will not be able to solve the problems we created with our current patterns of thought.” These words emphasise the role of climate education and educators in “equipping learners with the skills, attributes and competencies required to safeguard our [highly interconnected] social, environmental and economic wellbeing” as encapsulated in UNESCO’s definition of Education for Sustainable Development (ESD).

Understanding complex global issues requires a new ‘way of thinking’ that consider the many interactions that occur within and across ecological, social and economic systems. Furthermore, people who score higher on ‘systems thinking’ are consistently more likely to be better informed of value issues like climate change as personally important and so take more effective action.
Climate Fresk, is a highly engaging, gamified workshop, based in information taken from the latest IPCC Assessment Report3. This workshop is designed to facilitate conversations among participants and challenge their assumptions in relation to the mechanisms of climate change.

Having featured recently as a very popular article in ASE's own Primary Science journal and used extensively in teacher training, CPD courses and partnership schools at the University of Strathclyde, Scotland’s National ITE establishment, this workshop will be of intense interest to ASE members as it illustrates how to help children and teachers exercise their anticipatory and systems thinking competencies through use of a fun gaming platform as they gain an understanding of emergent earth system behaviour, involving feedback loops and climate tipping points, and the potential impacts of this behaviour on highly interconnected ecological, social and economic systems.

A crime has been committed. There has been a theft at the ASE conference! In this session the participants will become Forensic Scientists. We will find out how Scene of Crime Officers (SOCOs) collect DNA evidence from the crime scene and how the evidence can be used to solve this case. As part of our analysis we will reveal how the thieves in this case are all part of the same family. We will see how information contained in the DNA has been inherited from the mother and father and how this evidence builds to create a strong case to convict them. This is a fantastic way of directly demonstrating the process of inheritance to children in an engaging and fun way. It will help with their understanding of the topic and to see how inheritance can be used to solve criminal cases in the real world. Come along to see some fantastic novel approaches for helping to teach Year 6 pupils about "Evolution & Inheritance".

In this introductory session for ITT’s and ECT’s we discuss what a specification is, and how we assess what’s in it, looking at content, Assessment Objectives, the structure of an AQA GCSE science exam paper, how we apply a mark scheme and some implications for teaching and learning of particular aspects of the assessments.

We all need Climate Action Plans and Sustainability Leads but how do we make them impactful to deliver the scale of change needed at the pace that's needed? This presentation will describe the journey we are undertaking at Hills Road Sixth Form College in Cambridge. A summary of our thinking behind the journey can be read in an article entitled 'The role of the education sector in shaping a sustainable future' in the Journal of Biological Education here: https://www.tandfonline.com/doi/full/10.1080/00219266.2024.2288418.

This presentation will cover:
•Developing a culture for sustainability in an organisation
•How to reduce your institution's carbon footprint
•Ways to incorporate sustainability into the curriculum
•Enhancing careers education
•Developing a voice to push for change.

Whether you are in initial teacher education, an early career teacher, an experienced teacher, someone with management responsibilities or in an organisation supporting the education sector you can be part of driving this agenda forward. There are a vast number of organisations supporting the education sector to move forward with sustainability and this can be daunting at times. This talk aims to give you concrete ideas for taking back to your organisation to help drive the change needed at the pace that's needed.

It may seem obvious but revising/studying for an exam improves student outcomes on the exam. However, how students revise and the strategies they use can have a big influence on these outcomes. In recent years, evidence drawn from cognitive psychology has given teachers a much better insight and understanding of effective teaching and study strategies. However, the students may not be utilising these strategies when undertaking independent study.

In this session we will explore the evidence base into effective revision strategies and present findings from our recent study that focussed on developing effective revision strategies for GCSE science. Findings suggest that a sequenced approach to revision is helpful and that effective techniques need to be taught and embedded into the curriculum.

Could the inclusion of the science of early brain development in the national curriculum build the skills and knowledge we need to close the attainment gap and build the next generation of parents and citizens? This session will take the form of a panel discussion on the science of early child development and the long-term impact that early experiences can have on the life chances of every child.

It will talk about the changes we could make to society and education through teaching children about early child development and hear from teachers who have done this by teaching the SEEN Curriculum. Speakers will be key players in education, and science leads/teachers who have taught the Kindred² SEEN programme to KS2/KS3 students.

The session will end with a Q&A and discussion with delegates, and we will be keen to hear your thoughts and questions

• Suitable for early years, primary, secondary or policy audience with an interest in curricula and new approaches to teaching.
• The SEEN Programme was developed in collaboration with Oxford University and two Expert Advisory Groups.
• Kindred² is a charitable foundation working collaboratively with partner organisations to improve early education and early child development.
  
  Kindred² is proud to be sponsoring this session for the ASE at its' 2025 Annual Conference.

 

How clean is the air that surrounds you where you live or that you breathe on your walk to school or work? Are there as many insects as there should there be in your garden or local park and does this number matter?
These kinds of starter questions have been used successfully to engage participants throughout the UK in a Citizen Science initiative called the ‘Open Air Laboratories Project’. Insights gained have helped shape the creation and implementation of scientific learning resources that can be adapted for use in diverse groups and settings, to improve understanding not only of our environment, but of more complex ideas such as ‘connectivity’ and ‘change’.

A recent Education Endowment Foundation (EEF) evidence review of metacognition and self-regulated learning (Muijs & Bokhove, 2020) suggests that enabling learners to apply metacognitive strategies in the classroom can have a high impact on learning outcomes. The summary guidance report (https://educationendowmentfoundation.org.uk/education-evidence/guidance-reports/metacognition) identifies seven recommendations and these include setting an appropriate level of challenge and promoting metacognitive talk between learners during whole class dialogue.

Metacognition and cognitive conflict are two of the key pedagogical pillars that underpin the seminal research into Cognitive Acceleration, established in 1981 by Michael Shayer, Philip Adey and Carolyn Yates at King's College, London. In this research, metacognition is defined as a learner’s ability to ‘think about their thinking’. The professional learning programme and teaching resources, arising from this work, translated this research into a series of classroom lessons, initially within the context of secondary science (CASE). Since its inception, the theoretical principles of Cognitive Acceleration have been applied across different age phases (5-11 years) and curriculum subjects (e.g. maths CAME) and English (LTE)). Collectively, these learning, teaching and professional development resources provide practical classroom approaches aimed at enabling learners to develop their ability to think and think about their thinking.

The EEF review of metacognition and self-regulated learning draws attention to understanding the differences between developing a learner’s knowledge of how they think, the strategies they employ to achieve this and their ability to select, regulate and evaluate the effectiveness of using different strategies. Findings within this review also suggest that teaching metacognitive and self-regulated strategies discretely, outside of the curriculum as stand-alone ‘thinking lessons’ is less effective and calls for teachers to identify subject specific teaching opportunities where metacognitive strategies can be applied appropriately within curriculum subjects.
In this interactive workshop, a team of current CA tutors and those involved in the research will draw from these materials to offer some classroom strategies (and insights) that will support you in enabling learners to think about their thinking in science in today's classroom. This session will include presentation, interaction and professional reflection . We will revisit the theory behind Cognitive Acceleration and model teaching approaches that bring this theory to life in a science classroom. Within the context of both secondary and primary science, this session will support you to consider:

How do I establish a learning environment that promotes a culture of thinking and curiosity?
How can I introduce an appropriate level of collaborative challenge in my science lessons?
How might I employ classroom dialogue (metacognitive talk) to facilitate challenge (and conflict) and metacognition in my science lessons?

Frames for Learning (F4L) is a CPD programme for teachers and their teaching assistants which aims to improve science attainment by scaffolding how teachers and pupils approach multi-staged science tasks. F4L is an EEF funded pipeline project that recently completed its pilot phase (September 2023- July 2024).

The F4L programme aims to increase pupils’ recall, knowledge, and understanding in science, by supporting teachers to use the F4L approach. This approach can be integrated into the existing curriculum, and supports teachers to develop and deliver lessons which optimise the amount of information children must process at once (cognitive load), whilst building on pre-existing knowledge and understanding (schema development) to support learning outcomes.

Y5 teachers from 20 primary schools in South Yorkshire and neighbouring regions participated in the pilot. Training took place through a mix of face-to-face and online CPD sessions. Initially, teachers were trained to use worked examples that they could apply immediately. The training programme culminated in teachers planning and delivering their own lessons using the F4L approach. Alongside these applied skills, attendees gained an appreciation of how applied psychology and cognitive science can make a difference to teaching and learning in the primary classroom.

This interactive workshop is hosted by the lead developers of the F4L programme: Andy Bullough and Diarmuid Verrier. The workshop is suitable for teachers and teaching assistants. It will cover key issues that arose during the pilot phase as teachers applied the F4L approach within their classroom and will describe the ways in which the approach supports primary science education.

The ‘frame’ itself is an elegantly simple and readily accessible approach and curriculum tool used to develop a scaffolded pedagogy to science enquiry in KS2 science activities that supports the progress of all learners, including disadvantaged learners.

During the session an exemplar frame activity will be used to consider how the frame can help good practice in the classroom, through the application of cognitive science concepts and principles such as focus, attention, cognitive load theory, schema development, dialogic approaches and meta cognition in the classroom setting.

Building the frame into lesson plans can help ensure that children are ‘on task’ and focused on the intended activity, that they are learning the required curriculum content, and that they are successfully achieving the learning objectives of the task.

By attending this workshop, delegates will develop an enhanced appreciation of how cognitive science approaches can be applied in the classroom.  In addition, this is an opportunity to learn more about the frames approach in particular, as well as possible future F4L CPD opportunities.

In this session we will dive into the AQA science specifications and their newly published resource to discuss how current specifications can support students learning on sustainability and the environment. What more could be done to enhance these important topics across the sciences by adopting a more integrated approach?

Cheap and easy to use microcontrollers such as Arduino, BBC Micro:bit, and the Crumble are an excellent way to enhance your 11-18 physics curriculum. In this session we showcase and practice how to integrate strands of the computing curriculum into the physics classroom with hands on demonstrations of how you can build on your students programming skills.

Programming RGB LEDs to model the life cycle of stars (KS5 Physics)

Coding a reaction time experiment (KS3-4 Physics)

Visualising potential divider circuits (KS4-5 Physics)

Sensing circuits and control (BTEC/Vocational) is presented as a curriculum case study:
We teach a module focusing on sensors and transducers as part of the Applied Science BTEC course. To escape the monotony of multimeters, we have adapted the scheme of work to incorporate Micro:Bits instead. Using simple breadboard circuits to connect various sensors to the Micro:Bit, and quick drag & drop coding to retrieve data from them, we get meaningful readings which can be immediately put into contextual applications. In one experiment we use a reed switch to sound a burglar alarm, in another we make an LED array tell the user if their plant’s soil is too wet, too dry or just right. Students leave equipped with the theoretical knowledge of how sensors work, the practical skills to use them in real-life scenarios, and the confidence to explore further.

In the evolving landscape of education, embracing neurodiversity is essential as more adolescents and adults become aware of their neurodiverse traits and the impact on their daily lives. There is greater acceptance in the science community that a neurodiverse team brings many benefits, but how can we adapt our learning environments to allow everyone to flourish?  This session explores the hidden strengths and the needs of neurodivergent teachers and students. We will be exploring strategies to create supportive, inclusive science classrooms, and what needs to be addressed at the institution level.

The New ‘Normal’ and Neurodiversity
We will challenge traditional notions of normality, highlighting the unique strengths neurodivergent individuals bring to science, such as hyperfocus and creativity. Real-life examples will illustrate their significant contributions.

Supporting Neurodivergent Students and Teachers
Discover techniques to adapt activities and manage executive function challenges that are science specific. Share strategies to reduce the administrative burden on teachers. Participants will engage in designing inclusive science activities, promoting collaboration.

Creating a Supportive Environment
Latest research and case studies will showcase best practices for fostering an inclusive classroom. We will discuss recognising hidden struggles and promoting well-being for both students and teachers.

Interactive and Sensory-Friendly
We are requesting dimmed lighting and flexible seating, so that this session ensures comfort for all attendees. Open discussions will allow sharing of experiences and solutions.

Join us to unlock the potential of neurodivergent learners and educators, making science education inclusive for all.

School grounds will almost all have a variety of habitats and microclimates – even if just unkempt vegetation, a tree or two, asphalt and all-weather sports “grass”. These can be the starting point for helping students to discover how our urban spaces can be developed to influence resilience climate change, even if first learning is to suggest what not to do! For the future, school grounds will play a very significant role in schools’ Climate Action Plans.
The Coop Manchester Academy, 11-16, has been a pilot school for the National Education Nature Park (NENP). This session will look at the progress made with the steps that they have taken with their outside space and the impact that this is having within the formal curriculum across the sciences for instance in fieldwork, and in a multitude of ways outside it. Richard (STEM lead and Science Technician) and Aimee (physics and science teacher) will have very practical advice about what the simplest steps can be to “greening” your grounds, the connections that offer support and developing change in your school.

School grounds are a haven for STEM in action – from engineering to ecology. Melissa will discuss how observations in hot weather can inspire learning in sometimes dull-to-teach areas of physics, bringing Science Capital to lessons, showing the difference that planning and planting for nature and climate can make. Infra-red images, and also low-cost infra-red thermometers, will show how the thermal picture of your school can be revealed – even though much of this can be found from simple experience on a hot day. This will link with teaching about e.g. latent heat – making very important biology connections with transpiration, specific heat capacity and materials, the e/m spectrum and the greenhouse effect. Resources for lessons on the NENP website will be referenced.

Delegate outcomes:
Awareness of
•how your school grounds, whatever their current state, can be a resource for learning
•links with specific parts of GCSE (and KS3) sciences
•material available on NENP website for connecting with 11-16 teaching in the sciences
•using infra-red thermometers and images – enlivening thermal physics and adding cross curricular dimensions
•steps to improve your school grounds for nature
•careers relevance in fields such as construction, landscape architecture, civil engineering, materials and urban design, as well as routes via ecology
•potential enhanced engagement of students in STEM climate relevant action and connections

This workshop will share the outcomes from two research projects investigating climate change education across the sector.

The first research project includes 14 case studies to find out how school leaders are tackling the Department for Education’s Climate Change and Sustainability Strategy in primary and secondary schools, colleges and at Multi-Academy Trust and local authority level.

The aims of research project two were: to explore teacher confidence in teaching aspects of climate change; and to gain an understanding of primary teachers ’needs to support effective climate change teaching and learning in different curriculum subjects.

Findings from both research projects will be summarised and themes drawn out. There will be an opportunity for participants to discuss and reflect on project outcomes and take away potential ideas to develop in their own schools and settings, as well as professional development providers.

Delegates will have:
•a greater understanding of how education settings are tackling the Department for Education’s Climate Change and Sustainability Strategy.
•insights into teachers ’confidence and understanding in teaching aspects of climate change and highlight issues of climate anxiety if any.
•considered the challenges of and explored some practical solutions to teaching climate change and sustainability (with a focus on primary subject leaders).

In recent years, education in England has seen a move towards ‘evidenced-based’ practice with the Department for Education privileging ideas and practice drawn from cognitive science.  

An area that has gained significant interest is that of ‘retrieval practice’. On the face of it, retrieval practice appears to be an intuitive and easy to implement strategy for a teacher, as it requires students to retrieve (remember) information from their long-term memory, rather than passively restudy it. The act of deliberately retrieving information then improves the retention and later retrieval of that information, which is often referred to as the ‘testing effect’.

Despite there being strong evidence that retrieval practice supports learning, there are a number of issues that teachers should be aware of when translating the research into effective classroom practice.

This session aims to share some of the issues that retrieval practice research raises for teachers and discusses some key consideration for teachers who already use or want to use retrieval-based strategies in their practice. Drawing on findings from two recent research projects, the concept of retrieval-based learning will be outlined, along with key ideas to support the development of effective and efficient strategies.

Electron Microscopy (EM) is a powerful tool that reveals structures at the micro and nanoscales, offering a unique window into the microscopic world. Despite its transformative capabilities, EM remains relatively unknown outside of academic circles, with minimal exposure in standard school curricula—briefly touched on at A-level biology. Yet, its potential to enhance learning goes far beyond the sciences. Imagine teaching cell biology by showing real EM images of different cell types, or bringing abstract concepts to life in subjects like history with stunning details of ancient glass.

Under the Microscope is a public engagement initiative designed around a simple yet exciting question: "What would you like to see imaged at the microscale?" This talk explores how EM can break down barriers and captivate diverse audiences. Since its inception in 2023, it has evolved from being purely online to being shown on TV, going international, and reaching local communities including children from SEND backgrounds.

Join Dr. Luke Norman as he demonstrates how a single concept can be adapted to reach different audiences through creative mediums. Like Ant-Man, get ready to shrink down and explore the fascinating world at the nanoscale, where every detail tells a story.

Effective science education needs to reach beyond the classroom – climate and ecological education is vital knowledge that is essential in the real world and can unite entire school communities. Current approaches to climate education fall short of equipping our pupils with the skills they need for their futures, leaving them helpless and hopeless in the face of the climate crisis.

In this interactive session, SOS-UK and Teach the Teacher young people will share solutions to this issue, explore intergenerational approaches, curriculum tracked changes, and ideas into how we facilitate two-way learning between students and teachers, school staff, and even how that knowledge is shared with families back at home too. Breaking climate education out of its silo empowers our young people to make real change, while feeling supported by the educators around them.

If you are a secondary teacher or science education consultant, come along to the "Meet the 11 to 19 Committee" session at the end of Friday of Annual Conference 2025.

Got a question? Ever wondered about what goes on behind the scenes? Ever thought about getting involved in Committee activities? Are you wanting to know more about Professional Registration or writing an article for one of the ASE journals?

We look forward to listening to your questions and will endeavour to answer them!