Loading…
ASE 2025 Annual Conference
The ASE is delighted to be hosting its Annual Conference, generously sponsored by AQA, at the University of Nottingham from 9th to 11th January 2025. International sessions are incorporated throughout the event’s 3 days and we will have a great exhibition with lots of exclusive Conference offers. Post-16 focus-day and for those involved in leading and delivering professional development, the Teacher Developers’ Group programme is Thursday. Friday is the dedicated Technicians day, kindly sponsored by Philip Harris, and Early Career Teacher day. Sessions for both Primary and 11-19 are threaded throughout all 3 days with a focus on Research on Saturday.

Book your tickets now at https://ase2025AnnConf.eventbrite.co.uk - and remember, if you are an ASE member you will benefit from hugely discounted prices! Check out our membership here - it’s free for Early Career Teachers and only £25 for Technicians!
 

or to bookmark your favorites and sync them to your phone or calendar.
strong>Physics C29 [clear filter]
Thursday, January 9
 

08:45 GMT

Building the Universe: Nuclear physics resources and kit loan scheme
Thursday January 9, 2025 08:45 - 09:35 GMT
This session introduces curriculum-linked nuclear physics resources for GCSE and A-level physics (and Scottish and international equivalents), including cutting-edge research and real-world applications. Try out practical activities suitable for use with or without nuclear sources.

A free loan scheme is available to all UK schools to access the equipment demonstrated.

Find out more at bindingblocks.org.uk.
Speakers
avatar for Christian Diget

Christian Diget

Nuclear Physics Researcher and Lecturer, University of York
Christian is a Senior Lecturer in Nuclear Physics ay University of York. He has over 20 years of experience in nuclear physics, specialising in nuclear astrophysics and nuclear medicine, and he is a national leader in nuclear physics public engagement. In this, Christian has led the... Read More →
KL

Katherine Leech

Physics and Engineering Outreach Manager, University of York
Thursday January 9, 2025 08:45 - 09:35 GMT
Physics C29
  11-19

11:15 GMT

Practical work on the microscale: A small-scale study of student voice
Thursday January 9, 2025 11:15 - 12:05 GMT
Whilst there is plenty of existing research on microscale chemistry and its benefits, much of this focusses on logistics of how and the why. Currently, no research exists on what pupils actually think of it. This led us to a pupil-voice research project on practical work on the microscale.
Students have performed the same practical both full-scale and microscale, and have discussed their views on the process: how easy it is, how useful it is, whether it aids their understanding, and most importantly, whether they prefer it! Both qualitative and quantitative data has been collected using focus groups, lesson observations and % positive response surveys.

This session aims to:
Provide the background of the research project
Discuss early findings of the students' perspectives
Suggest how to make the most out of microscale practical work in your lab

This session relates to the book on Microscale Chemistry sold by ASE/Millgate House
Speakers
LG

Louise Glynn

Chemistry specialist/teacher, JAGS
AM

Andy Markwick

Science lead and science specialist lead PGCE Primary, University College London
Thursday January 9, 2025 11:15 - 12:05 GMT
Physics C29

15:45 GMT

Bringing Quantum into the classroom
Thursday January 9, 2025 15:45 - 16:35 GMT
Quantum technologies are developing much faster than the classroom curriculum evolves. How can we bring quantum ideas into the secondary school classroom and still deliver our required curriculum content? How can a laser pointer and a prism demonstrate quantum effects?

The new, free resource book from the Perimeter Institute for Theoretical Physics provides hands-on activities for your students that will do just that.

This workshop will show some of the fun and simple activities in the Quantum Technology resource and you will see how easily they can be used in your own classroom, and how strongly they connect cutting edge physics with the standard high school curriculum. Waves and superposition, charged particle beams, light, diffraction, refraction, interference, dispersion, lens optics: all parts of the curriculum addressed by these resources, with connections to quantum effects illustrated whilst still highlighting the classical curriculum content.

Diffraction patterns can be interpreted as ‘probability maps’ and this has a direct connection to the quantum world – could dice be used to develop a diffraction pattern? The quantum tunnelling that can produce these probability maps has uses in electron microscopy, but comparing with optical microscopes, including issues with resolving power can take us through optics ideas that our students need to understand. You will try this yourself in this workshop, including making the links to wavelength and the Rayleigh criterion using cheap LEDs and pencils.

If you like the workshop, we can even turn the round of applause at the end into a laser!
Speakers
avatar for Alan Denton

Alan Denton

Physics Coach, Perimeter Institute
Alan taught in Suffolk secondary schools and led large, successful science and physics departments.Since 2013 he has become well-known for the science teacher training he provides to both trainees and experienced teachers throughout East Anglia, the UK and internationally. This includes... Read More →
avatar for Miles Hudson

Miles Hudson

Teacher Network Member, Perimeter Institute
Miles is the PGCE Physics tutor at Newcastle University. He has written numerous textbooks and is the inventor of the Bestfitlineruler. He has trained teachers on behalf of the IOP, Perimeter Institute and the British Council in France.The latest project to come from Miles is called... Read More →
Thursday January 9, 2025 15:45 - 16:35 GMT
Physics C29
 
Friday, January 10
 

08:45 GMT

Leveraging AI Technologies for Responsive Teaching
Friday January 10, 2025 08:45 - 09:35 GMT
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.
Speakers
avatar for Kavitha Ravindran

Kavitha Ravindran

Co-founder & Director of sAInaptic, sAInaptic Limited
sAInaptic is an AI-driven web app for GCSE science that automatically evaluates free-text answers to open-ended questions, providing instant feedback. The feedback includes a predictive score and qualitative, teacher-like information on correct and missed concepts. sAInaptic’s auto-marking... Read More →
Sponsors
avatar for sAInaptic

sAInaptic

sAInaptic is an AI-driven web app for GCSE science that automatically evaluates free-text answers to open-ended questions, providing instant feedback. The feedback includes a predictive score and qualitative, teacher-like information on correct and missed concepts. sAInaptic’s auto-marking... Read More →
Friday January 10, 2025 08:45 - 09:35 GMT
Physics C29

11:15 GMT

CLEAPSS: Physics practicals that work
Friday January 10, 2025 11:15 - 12:05 GMT
A talk showcasing a series of new and old Physics practicals, and discussion about how to ensure they work and how to get the best out of them in lessons
Speakers
avatar for Samir Moezzi

Samir Moezzi

Physics Advisor, CLEAPSS
Worked as a Physics teacher/HoP before joining CLEAPSS in 2013 as a Physics adviser. My main interests lie in nuclear physics and astrophysics. Come to my talk to see some novel ways of carrying out various practical work. Uses Arduino / Technology a lot.
Friday January 10, 2025 11:15 - 12:05 GMT
Physics C29
  11-19

13:15 GMT

Unlocking student success: The hidden power of teaching physics hinterland
Friday January 10, 2025 13:15 - 14:05 GMT
What is the banana equivalent dose? How does a fire piston work? What is going on in clouds? How does UV nail polish work? How do turtles return to the same beach to lay their eggs? What physics is in your local area?
Who was Emily du Chatelet? Or Lise Meitner? Or Marguerite Perey? And why are these questions important?

During the lockdowns Kerry spent time developing a 'Physics of .... 'series of CPD sessions to engage more students and bring physics to life. She'll share ideas from Physics of the weather, Physics of animals, Physics of beauty and more. We'll look at practicals, starters, literacy activities using different contexts and how using these can help students be more confident in tackling application questions in exams.
Speakers
HH

Henry Hammond

Stimulating Physics Network (SPN) Lead, Stimulating Physics Network (SPN)
KC

Kerry Colyer

Stimulating Physics Network (SPN) lead, Stimulating Physics Network (SPN)
Friday January 10, 2025 13:15 - 14:05 GMT
Physics C29
 

Share Modal

Share this link via

Or copy link

Filter sessions
Apply filters to sessions.
  • Theme
  • Assessment
  • Curriculum and New Teaching Approaches
  • Frontier Science
  • Inclusion and Diversity including SEND
  • Other
  • Practical Work
  • Professional Journeys
  • Research
  • Sustainability climate change & environmental issues
  • Using AI to deliver the science curriculum
  • Wellbeing and Effective Working Practices
  • Key Stage / Audience Type
  • 0-4
  • 11-14
  • 14-16
  • 5 to 7
  • 7 to 11
  • Advisors/Consultants
  • ECTs
  • FE/Skills
  • Global
  • Industry
  • ITEs
  • Post-16
  • Selected by Research Group
  • Selected by Teacher Developers' Group
  • Teacher Developers
  • Technicians
  • Trainees
  • Twitter feed
  • @_chrisshepherd_
  • @alexbclearning
  • @AstroDanNTU
  • @BindingBlocks
  • @bolshybunsens
  • @CaroScienceEd; @stmaryssecsci
  • @ciecyork
  • @CLEAPSS
  • @CLEAPSS_Primary
  • @curieusgames
  • @DaffDNA
  • @dannynic
  • @dataharvestnews
  • @DoctorPreece
  • @DrDav; @nustem_uk
  • @DrGraham
  • @DrJoScience
  • @DrPRobotham
  • @educake
  • @glazgow
  • @Grevster73
  • @ids_Dan
  • @IOP_teaching
  • @isaacphysics
  • @JaneStill2
  • @Johnston_Nat_; @emmaswift
  • @JScience_WHS
  • @kcoscience; @TeacherCoach1
  • @leejowett
  • @littlestoryco
  • @LSRIUK
  • @lucycragg
  • @MarshallPhysics
  • @melisa_lord16
  • @MissJRiley; @JhammondTeaches
  • @MossSafari
  • @MrsWhite1972
  • @my_scienceclub
  • @NaomiHiscock
  • @Neilingram1
  • @Neilingram1; @Jane Still2
  • @Neon_Futures
  • @OCR_science
  • @ogdentrust
  • @OUPPrimary
  • @OUPSecondary
  • @OUPSecondary; @PhysicsForward
  • @Phillipson70
  • @PriSciEarle
  • @Psqm_HQ
  • @PSTT_whyhow
  • @rachelphysics
  • @SAPS_News
  • @science_aps
  • @Science_AQA
  • @sciencealan
  • @ScienceDouglas
  • @scikathryn
  • @SphereScience
  • @ssercofficial
  • @stmaryssecsci
  • @SWPS
  • @syafiq_man
  • @theASE
  • @thisiscentury
  • @TraceyBConsult
  • @TracyBConsult
  • @TsuiAllen
  • @tteacheruk; @sosukcharity
  • @UoMSEERIH
  • @UONPEemma; @helen_tiplady
  • @vheng0001
  • @VITTAEducation
  • @WonderseekersUK
  • @yourgenome; @engagewcs
  • @z-arts_schools; @OneTenthHuman