Showing posts with label ASE conference. Show all posts
Showing posts with label ASE conference. Show all posts

Saturday, 11 July 2015

ASE Professional Learning Conference 2015

Back in January Joanna Conn, chair of NAIGS (which is the advisor and consultant subgroup of the ASE) suggested that anyone with an interest in teacher CPD should attend the NAIGs/ATSE (science ITT tutors group of ASE) conference in the summer. The date was set for after I finished my term, and I do organise conferences and have an interest in teacher CPD as part of what I do in my own department, on twitter and where my career might go, so I thought that I would go.

The first session was by Prof Shirley Simon, entitled 'CPD, what does it really mean?' This was definitely my favourite talk of the two days and the one I took the most away from. Prof Simon was obviously an expert, her talk was pitched very well for me though. It was understandable, yet also thought-provoking. (I was very glad she delayed her holiday a few hours to give us her time).

She said that moving from 'surviving in the classroom' to 'teaching for learning' (I love this phrase) was a life time's work. I have to agree. Even now, 11 years in there are occasions where my lessons are about getting through the hour and hoping the students have a positive experience, rather than knowing what I am going to do will be valuable and result in progress. I suppose the positive I take away from that is that I do know the difference. I always get the impression others are planned and perfect all the time, but I have a way to go until I am organised enough to be brilliantly prepared for every single lesson I teach.

Prof Simon said that for valuable PD it was important to learn from outcomes, that collaborative learning was important as well as critical reflection, and teachers need time to change. To support teachers in this they need relevant classroom activities, accessible strategies and the opportunity to reflect.

At the time I was struck. I should know these things, I do know them. I suppose it is just the right time in my career to hear them? I am thinking about moving to senior leadership, but more on the curriculum, procedural side (time tables, exams, policies, that sort of thing), but on hearing this I decided that despite my lesson than perfect performance in the classroom perhaps I would have something to give a teaching and learning role.

Is what we do in schools transformational to the way that teachers develop their teaching? I don't think it is. When I consider the way that CPD has been delivered in schools I have worked in over the past 11 years of my career I feel that it is far from being transformational and collaborative.

Prof Simon went on to describe some of the projects she is involved in, listening to the way that she works with teachers, schools and other organisations was very interesting. It made me hope that one day I can work more closely with a university researcher to improve my practice. Her analysis of why the work she was doing had more impact on some teachers than others was interesting too, again going back to reflection and collaboration.

Next was a session by Paul Clark who examines international qualifications for Edexcel. He went through examples of exam questions that require students to have done the practical. I am more confident that students who have done the practical work and learned from it and about it, will have a greater advantage than those who haven't in the new qualifications. It also made me acutely aware we need to discuss practical skill development with Year 9 students when we start in September. I would also advise any reader to have a look at the examiner reports of international qualifications.

I wrote the following questions at the end of the session.

  • can students apply their theory in context?
  • do students know how to use pieces of equipment appropriately?
  • do students understand practical concepts or are they learning them by rote?
  • just because a student has an A, do we assume they have a good grasp of all topics?
The next session I went to was excellent. It did assume more knowledge of how to deliver good practical work than I really have, so the conversation went slightly too quickly for me to make good notes in places. Prof Paul Black and Prof Jonathan Osborne both spoke about the importance of practical work. 

One set of statistics that I wrote down, and I hopefully remember the context correctly was also about the importance of practical work in increasing understanding. Prof Paul Black said that in a study involving three groups of students one group was given a list of equipment during their learning, another pictures of the equipment and the third group was given the actual pieces of equipment. In the assessment of the work those that were given the list 15% got top grades and 72% got the bottom grades, the group that got the pictures 32% got top grades and 54% got the bottom grades, and as you can guess those that were able to use the equipment 48% got top grades and 33% got the bottom grades. That sold the importance of practical work for me.

Jonathan Osborne spoke about the obsession there is about practical work, and that it is only a small piece of what we do in science education. He talked about the importance of the practical coming from what we do before and after it. He refuted that practical work itself was motivational, but that the motivation came from answering a question. His talk was compelling and makes me need to go back to the work of Abraham and Millar on good practical work. Jonathan Osborne's article in SSR is also worth a read if you are an ASE member or know one. 

The final session of the day was from Tony Sherborne. I love hearing from Tony, everything he does is so considered and rooted in theory. He talked about a mastery curriculum as he is working with AQA to develop this idea at key stage 3. He talked about assessing students before teaching the topic so we know who needs extending and who needs intervention and we can do something about it. He talked about ensuring that students get the support they need. This is something that has been going around my mind for some weeks now (after doing the future learn AfL MOOC) but I don't really have a practical way that I can accomplish it - yet. Some of the advisors in the room were slightly more sceptical than I. I saw mastery statements, that helped breakdown the key stage 3 curriculum into steps that we can use to help students achieve this mastery then move onto excellence. 

In the evening we had a great conference dinner. The social aspect really helping to make the conference something special. It was time for reflection and to meet people that I only know virtually. It was also great to be able to talk to Liz Coppard and Stuart Naylor about the day and get that opportunity to reflect. Stuart is a real joy to speak to, everything he talks about is backed up with examples and rooted in his vast understanding of classroom practice. He asks challenging questions in very non-challenging ways. Through my interactions with him I have learned a lot over the past few years. I also have to mention Liz Lawrence, Andrea Mappleback, Briony (PriSciGeeks), Chris Harrison and Pete Robinson, who were brilliant company too. 

The second day started with a presentation by Sir Andrew Carter of the Carter review. A very charismatic man, with a lot of positive things to say. However, I do believe after that presentation that he is not the person to be able to sort out the recruitment crisis in education and that power hungry heads should not have to have been given power over ITT routes in order to make schools pay better attention to the quality of teachers on entry to the profession. The whole thing made me worry about teachers.

I then went to a session by OCR about the new practical endorsement. OCR are officially my new favourite exam board. I took away that I really need to get my head around the practical endorsement, lab books, teaching and recording. But that there is a lot of work being done by exam boards - especially OCR, so we are not alone. More importantly we can be positive about practical.

If you get the opportunity to hear Brain Cartwright speak then take it. I know others who have been invited for biscuits at ofsted feel that there are good people in the organisation and I feel that Brain is one of them. 

He outlined what inspectors do when they come to a primary or secondary school to look at science and why they might do that. (The data from the school shows there is something going on in science that is different from the rest of the school). And that he is looking for evidence that the students are being taught the national curriculum, including working scientifically. He does this by looking at the work the students produce, visiting lessons and by talking to students. He also looks that schools are following the best health and safety advice. A lot of new schools are not part of CLEAPSS and as a result do not always get it right. Ask yourself, have you read maintaining curiosity and have you read the purpose of study section of the national curriculum documents? This is what ofsted are looking at. Brian's presentation was hopeful. The issue over grading lessons was wiped from my mind, he didn't mention about looking for progress in the lessons he visits, he talked more about looking for evidence of the type of experiences the students have and the the outcomes for the students, including them speaking confidently, being proud of their work and enjoying science. 

After an amazing lunch. I heard Alan Edminston talk about the update that is being given to the CASE materials. He told us that CASE is very popular still and that a few years ago a very small charity was set up to try and update the resources. The charity have now been given money from EEF  to work on let's think secondary science. I was very alarmed and interested to see the comparison (and apologies if you are not familiar with CASE as this will make little sense) between the results from the volume/density CASE test II from the students in the 1970s and the students involved in the new study. The results show a drop in the cognitive ability of our modern students. Alan's hypothesis for this was that young people don't explore the world in the same way anymore. However, we await the outcomes of the trail, which are due in the winter of 2016. 

The final session was on the SAILS project. It's about assessing inquiry learning in science. I remember sitting through the presentations by both science teachers involved and hearing their enthusiasm and wondering if that was really coming from working as part of a project that forced them to reflect and collaborate (bringing me back to Prof Simon's initial talk). The open endedness of the inquiry that the teachers had allowed the students was inspiring though. Every teacher should be working with a researcher on something, it would help all of us to continually improve. 

As the session was being lead by Dr Christine Harrison I suspected that there would be an element of participation. She asked us to come up with questions that we might ask the students at each part of an investigation. I was absolutely thrilled (and tongue tied) when Prof Paul Black complimented one of the questions I came up with! The reflection on what questions I can ask during scientific inquiry was very useful. How much time is spent telling the children what to do rather than eliciting their ideas about why they have done what they have done. Something to consider for the future. 

Then I grabbed a taxi back to London and had some food and great conversation with Andrea Mapplebeck. So useful to be able to talk to others about CPD. I know that Science learning centres have evidence that two people from the same school going on a course has a greater impact on return than just one, so being able to talk to another colleague and friend about the experience of the conference was very valuable. 


Jo and Caro (Chair's of NAIGs and ATSE) did a great job of putting together a strong conference that helped me to reflect on my role in helping the rest of the department (and myself) continue to improve. I am beyond the point now where I need to be told what I should be doing in the classroom. I am at the point where I need help to ensure that I implement it. My continued engagement with the people of ASE and the conversations it allows me to have with people who support and challenge me.

If you are a head of faculty and are research engaged, then I do suggest you look to try and attend the professional learning conference and engage with ASE.



Sunday, 30 June 2013

Itch and Simon Mayo

At the ASE conference I had the please to be in a session where Annette Smith (the CEO of the ASE) interviewed Simon Mayo about his books. The books are about Itch, a boy who discovers a new element.



Annette began by asking Simon why he wanted to write a book with science as a main theme. Simon Mayo replied that while he was working at radio five he interviewed a lot of scientists and gained an interest in science. Then his son (aged 10) became obsessed with science. Simon tried to find something for him to read and found nothing. So Simon decided to write his own story for his son and that became his first book. At the same time, Daniel Radcliffe sang the periodic table song on Graham Norton and this spurred Simon Mayo on to publish as he realised someone else would spot the gap in the market.

Annette asked Simon about science at school. The audience were all science teachers after all. We are interested in learning from the experience of our pupils. Simon Mayo said that no one inspired him in the area of science at school and it is quite a departure to now be going to schools talking to young people about science.

The character Itch is an element collector. Simon Mayo was keen to ensure that the science in the books was real. The characters get themselves into and out of trouble because of the element. Simon Mayo talked to Professor Paddy Regan and Professor Andrea Sella and learned about the theoretical 'island of stability', where elements will reach a size big enough for them to be stable for days, weeks or months. Long enough for the story at least. He also learned he could get away with it if he said the new element was made in a supernova.

Someone did comment to him, that the most unrealistic thing about the books was the speed at which the new element (126 in case you are wondering) got its official name.

Simon Mayo stated that making science cool was not the intention when writing his book, he believes that kids will spot if if you try to trick them into liking science. He just wanted to write a good story.

Simon then went on to describe the session he delivers to students when he visits schools. Firstly, there is augmented reality on the front on the covers. Download the app, point it at the cover and amazing stuff happens!

He said that there was a debate between his editor, agent and himself about how much explanation of the periodic table do you add to the book? He read the section that introduces the periodic table from the first Itch novel to illustrate his point.



Simon said he tried to bring the Itch books back to elements when possible. He was inspired by this banned book on chemistry experiments:



Which Itch is too. It cost Simon £400 on eBay. He said that the kids he visits are often more interested in this boom than the Itch booms by the end of the visit!

He also told the audience that the hiding place for element 126 is a real place, although he took some poetic licence. The building is no longer a school, but it is in the books.



At the end of the hour Annette gave Simon the 'be safe' book from the ASE bookshop!



An engaging hour, and I can recommend the books as I have read them.


Did you know that if you ingest tellurium you smell of garlic for months.


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Sunday, 31 March 2013

ASE session: asking good questions

Why are good questions important?


Robin Millar of York University began this session with the comments:

  • Assessment is the most significant driver of real change.
  • Defines real learning goals
  • It provides an "operational definition" of what the learning means.


I would have to agree with all of the sentiments above.


The emphasis on quality of written communication has changed the way many science departments teach. It was the six mark questions that have driven this.

Range of learning intentions:

  1. Recall
  2. Understand ideas and models
  3. Present and analyse information
  4. Carry out standard procedures
  5. Process display and interpret information

We were introduced to the York Science Project. Where questions are being written to check understanding.

We were told: "York Science is about checking understanding. Interested in writing good questions that check understanding. You can't see understanding, you can only check it."

I knew this already because I have been using York Science Resources in my lessons. The questions/activities are useful because they not only give an idea about what the students don't know, but what they do believe and in some cases how strongly.

Mary Whitehouse described some way of questioning: construct an explanation;

  • chose sentences from multiple choice to make explanation - see second photo,
  • chose true sentences from a list,
  • identify ideas from text (directed activity related to text)





Carol Davenport then spoke about writing exam questions. To be honest it is a topic I haven't thought much about before. The exam papers arrive, the students complain, I say "oh dear they won't know how to do that", and that is as far as it goes.

Carol described that when she writes for the exam board she starts with the point on the specification and writes an answer that related to that point.
Then find the context and the question.
The process for writing an exam question is quite involved. The question goes through several drafts and revisions and is seen and reviewed by a lot of people. Even though it doesn't feel like that when I see the final paper!

Consider "is your question going to get the answer you think it will?"



Finally Mary Whitehouse showed us an example of a poor question.

What makes a good question?



While the top photograph shows a version of the question suitable for American students talk of "sidewalk" and an image of a parking meter may confuse UK students. The word "crack" could also cause confusion.

Below is an edited version of the same question.



Teachers download questions from all sort of places, so be aware of the question.

I know I have selected activities that once the students start them I realise are poorly worded. However, I find that end of topic tests from published schemes of work are the most poor; students struggling to interpret the question and access the marks.

Project 2061 was mentioned as the source of questions. But US based and biased towards US language.

Finally Robin Millar said when summing up:

  • Question doesn't need to be perfect, just good enough to do a job... Back and forth with writing questions.





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Sunday, 13 January 2013

ASE conference session: Leading Science into the Future

The last session I went to at the ASE conference was run by the 11-19 committee and aimed at heads of department about the challenges facing faculties.

Alastair outlined areas of development facing science departments:

Performance management
New system,
local practice,
difficult conversations,
paperwork,
union action (work to rule)

Quality assurance, self evaluation
Identity the areas of strength/weakness - so what?

Accountability
Who is accountable?

New specification
Why? Evidence, which one? Timescale, resources, sow.

Changes to linear qualifications
Timetable, rota, order of teaching units, revision, mocks,

CPD
In house or external?
Collaboration?


As I work in an independent school I choose to look at changing to linear. I was glad I did because lots of issues I had not considered came up. I feel slightly glad we are doing OCR Gateway as there are less exams, but there is a lot more to it than the number of exams.




My main concern is getting accurate data and using it to inform intervention and report to parents. After than we have the issue of developing exam revision skills, but I think that will have to developed whole school as all subjects will have the same issues.

Thought provoking session!


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Location:Reading, UK

What is science education for?

What is it that we are delivering? And what do we need to change/move forward? What it is that we could do better if we could?

The questions above were posed by our new Head Teacher on Monday in her initial address to the staff. She wants each department to think about it carefully from an individual area's point of view.

This isn't something new to me.

I have mentioned the book "how science works" by James Williams before. The opening chapter is called "understanding the nature of science". After reading this I realised that this was my main purpose in teaching. While I am teaching students things like F=ma, electrons orbit the nucleus and chlorophyll is a green pigment that they need to pass exams, I need to remember that teaching them about the nature of science is important for the rest of their lives.

I believe there is a consensus that the young people should leave school scientifically literate. (ie able to make decisions that involve science). After the ASE conference lecture by Professor Paul Hardaker (a meteorologist) I realised that even reading the weather forecast requires a level of scientific literacy.

I am more of a "bringer together of ideas" than an imaginative person. I rely on experience over creativity. So in order to write the aims for my department I am not going to be original, but start with the "aims of a good science department" from the ASE Guide to Secondary Education (https://secure.ase.org.uk/membersarea/shop/details.asp?id=132).

They are:

1. A grasp of the "big" ideas that enable active participation in decisions involving science and technology
2. A basic understanding of what science is, how it works and what are its strengths and limitations
3. The ability to continue learning


If you want to know the rationale then you will have to buy the book!

In a previous blog post about a lecture given by Michael Reiss he talks about the purpose of education being the "flourishing of young people". I would hope that science education in my department will aim to do this in the context of our subject.
http://geordiescience.blogspot.co.uk/2013/01/ase-conference-and-purpose-of-science.html
Professor Reiss also points out that there is an overlap between what students learn in the classroom and outside of it (e.g. From YouTube). It is increasingly important that we help the young people learn to interpret this information critically and correctly. So I believe that aim 3 is a very important point to consider in that context.

(I think about the lecture given by Paul Hardaker where he spent time talking about climate change and the lack of acceptance among the general public.)

Under aim 1 I would want to ensure that students get to experience science theories first hand in an controlled context in the lab, so they can see and believe certain scientific phenomena. I believe that students can't discover scientific ideas through play, but need scaffolding to reach accepted conclusions and understand the evidence behind them.

Of course what the "big ideas" are in aim 1 are up for debate.

I think aim 2 is overlooked by many science teachers, myself included in my early teaching career. See my comments above about the book "How Science Works". For those who are going on to further science studies and those who are not they have to understand that no idea in science cannot be challenged and refined. Science is not a group of indisputable facts, yet it is also not something that can be argued from all sides. It is difficult to give 13/14 year olds experience of this though.

It is easy to take someone else's opinions, particularly when they are written in a published book, and accept them as part of your policies. Easy to do when you are creating policies as a tick box exercise. However, I do believe these three aims and I am committed to achieving them for the students I teach. I won't be adopting them, writing them down and hoping it is what we do, I want to take the next step and embed them in our curriculum, teaching and attitude.

What is it that we are delivering? And what do we need to change/move forward? What it is that we could do better if we could?

On my journey to answer this I have my aims, now I need to look at what we are doing and in what way we meet them.


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Saturday, 12 January 2013

John Lewis Lecture: Professor Paul Hardaker, CEO of the IoP. ASE conference blog post 2

This blog post is an edited version of the things I noted during the John Lewis lecture. They make not make sense as I was gripped by what Paul Hardaker had to say so didn't always have time to type what he was saying.

This lecture and the lecture by Michael Reiss in the previous blog post as ones that have most been useful during the last week at school, which I didn't expect when I went to them!

The first thing I noted was I that John Lewis (who passed away in autumn 2012) sounded like a truly inspiring man, influencing a lot of positive reforms and changes and I was proud to be in a lecture in his name.

Professor Hardaker started with an image that captivated him. It is below. The photo doesn't do it justice as his version was animated and showed the general weather patterns on the Earth.



At the moment in my lessons and curriculum development plans I am looking to develop the idea that science develops and changes. So I quickly noted the names Fitzroy who Paul Hardaker described as being responsible for bringing science into predicting the weather, and LF Richardson - took the globe and put a grid around the globe to help track the weather, now a days they still use grids, but the grid goes up into the atmosphere and down into ocean too.

Professor Hardaker also explained that collaboration important in weather and climate as 97% of the UK information comes from other countries. I thought that this was a very useful point to make to students about the nature of science in the modern world.

Prof Hardaker describe his perfect Christmas gift: a toaster that connects to the weather forecast and burns the most appropriate symbol to your morning slice of toast.



Weather scientists use models. What you can do is limited by computing resources. Climate models are very large scale, not good resolution. However the local weather does have good resolution so that localised weather issues can be identified.

We were snow an example of requiring good resolution. Each arrow represents a section on the grid. Hurricane Catharina would not have been predictable if the was not the same level of detail/resolution.



The computer models are also run a number of times to take into account as many possible variables as possible. When Michael Fish failed to predict the Hurricane to hit southern England in the 80s, the computer models were not as accurate as they are now. The top image shows what they were able to do then and the bottom one is what we can do now with the same information. Again showing real development of science and technology.



Professor Hardaker then went on to describe the hard work that goes into displaying weather information for the public.

It occurred to me at this point that the weather is the science that the general public interact with every day. And we don't teach it in science!

He showed us the image below as asked which way of displaying weather we like the best. In a room of scientists version 2 was preferred. Professor Hardaker explained that each version got 25% preference in public surveys.


This section of the lecture gave me a sense of purpose for when I am teaching young people to interpret data.

Paul Hardaker then went onto talk about students studying meteorology.

Meteorology is 50/50 male/female. But a lot of these students come from social science, not from science, which causes a problem as the students need maths and physics to access meteorology. Most of the meteorology is taught in geography, so the students don't realise the maths and physics necessary. University students often have to go back and do a masters after their geography degrees to improve their subject knowledge.

Being CEO of the IoP it was inevitable that Paul Hardaker would talk about the recent IoP report into girls studying physics.


We need more female public role models.




Paul Hardaker then finished his lecture by talking about the Greenhouse effect and Global Warming. I took the first image because I liked it. A lot of people don't understand the greenhouse effect and I think this image does a good job.



Professor Hardaker displayed a lot of data about climate change:







The image below shows the temperatures we have had and the lower graph has the computer model for the temperatures without the effect of global warming.




If we double CO2 then temp goes up 1 degree, but the atmopshere can hold more water at this temperature, which causes another 3 derees of change in temperature, and aerosols in the air, ice, snow will also affect temp another 0.5-5.5 degrees.

Professor Hardaker said that storm surges are more worrying than sea level rises in shorter term.

After to using data to prove to a room of scientists that climate change is real he went on to look at the complicated nature of tackling it.



Paul Hardaker asked "Why do we disagree about climate change?" He explained that is was related to how we frame the argument.
-Economic problem,
-Technology problem,
-Global injustice,
-Over consumption (population/prosperity),
-Natural variability and we should just adapt to climate change,
-Perhaps we are at a tipping point so need to geo-engineer with giant mirrors and ships in the Atlantic pumping areosols into atmosphere.

He said that we need to reduce emissions by 80%, but we need to start the journey, and think about how we use energy, even if we don't know the exact solution yet.



The most disturbing slide was the last one.




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Location:Reading

ASE conference and the Purpose of Science Education

This is my first blog post about the ASE conference. It is almost a week since I came back and whilst the euphoria I felt during the 3 1/2 days is gone the resolution to be a better teacher and head of department remains.

The first lecture I attended was at 9.30am on Thursday morning. It was by Professor Michael Reiss and felt like a whistle stop tour of all the ideas and policies related to science education and some related to education in general.



The context of his talk was the revision of national curriculum and who will be the awarding body. OCR sponsored the talk: it wasn't biased towards them, but I can imagine that awarding bodies are getting as much advice from people like Michael Reiss as possible to ensure their survival!

He started on a very popular topic for a lot of people in education: Hattie's meta studies of educational research. The list of the most influential 10 factors in order are in the image below.


Professor Reiss pointed out that most of these factors are under the control of the teacher, not the curriculum. I found this point very interesting, I have taught some terrible schemes of work, that I firmly believe hampered my students' learning, so it takes a leap to believe that curriculum doesn't factor directly in the top 10.

Michael Riess then went on to describe work by Tim Oates on factors that control what students learn. I didn't get the opportunity to take a photo or write everything down, but a selection is below:

1. Curriculum content, (awarding body and the text book)
2. Assessment
3. Inspections
4. Institutional forms and structure
5. Funding

Curriculum is one of a vary large number of things that affect what is taught. This related well to a blog post I wrote about the intended, taught and learned curricula - all of which are different!


Professor Reiss then went on to discuss what it meant to be "True to Science".
He said science was: reaching science conclusions, gathering imperical data, creating and using models, testing. And went on to comment that science is different to other subjects in the way that it concerns all three of mathematical, ethical and aesthetic knowledge.

He also said that as educators we are not good at getting across at school that the way of working in science is also applicable elsewhere, eg geography, history, archaeology.



Teaching science in school is very important because The school lab can simplify the model of science, as it is complex. Youngsters cannot learn science by simply experiencing it. In schools science we are trying to get students to understand different levels: context, macro, invisible and model

A point I found interesting was that the top performing countries in the PISA rankings tend to have more direct assessment of the practical work than UK. As we move even further away from assessing practical skills this is a very interesting point to note.

Michael Reiss then went on to talk about outsider art and what he called outsider science. I wasn't sure why. But I have since been told that he believes that the people with "outsider" opinions shouldn't be dismissed, but respected if not agreed with.
Outsider art: art produced by people who are not trained artists.
Outsider science: creationism, climate denial, alien abduction, 400,000 people believe they have been abducted by aliens, astrology, conspiracy theories.




As Professor Reiss started to wind up his lecture he moved from the topic of science education to what education is about in a wider sense. I found interesting his comment that "overall aim of education should be the flourishing of students. At the moment the curriculum starts with the subjects".

(I know of schools who have tried to develop skills based curricula, but not that have really had a massive impact outside their school and some, I might even say most, that have been scrapped.)

Professor Reiss then described the skills that people call for in school leavers:
1. Cognitive skills
2. Interpersonal skills e,g, communicate to another, articulate thoughts in variety if ways
3. Intrapersonal skills e.g. Adaptability and self management

Relating this general overview to science education he outlined some factors that are "True to science education":
1. Formal and informal learning
2. Lifelong learning
3. Both academic and vocational science
4. There is more permeability between what we do in the science laboratory and what you can experience outside of the school e.g. You tube

Michael Reiss also talked about double award vs triple award. He posed the interesting question: are students put into a two teir system if they do double? Particularly if you consider that students who do triple archive half a grade more at a-level than those who do double award science.

Finally he talked about what influences students to study science and maths at university. He talked about a study that interviewed about 60 students all of whom had the a-levels to do physical sciences or maths as a degree, half chose to do so and half who didn't.

The conclusions are in the photo below.



And a story indicating this is shown in this photo.




I am very pleased I attended this lecture as it gave me a lot to think about. Lectures like this are an important part of the ASE conference, when else would a regular science teacher be able to hear the thoughts and ideas of a Professor of Science Education from the IoE? Thank you to ASE and OCR, as well as Michael Reiss. (Factiod: he was staying at the same hotel as me!)

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Location:Rudgleigh Ave,,United Kingdom

Friday, 28 December 2012

ASE conference - what should I go to?


I am going to all four days of the ASE conference - mainly because I can this year. It only cost £132, before the hotel.

There is a lot of choice at the conference. I want to get the balance right! Policy, science, STEM, the future of the ASE and pedagogy. Here are the events I have picked out so far:


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Tuesday, 20 November 2012

ASE West of England Conference 2012

On Saturday we ran our annual regional ASE conference.

The main discovery was the Eventbrite website. It is a fantastic resource, allowing delegates to automatically sign up and I would recommend it to anyone running an event where they want automatic replies and automatic collection of information to help with sign-in.

The day started with the lecture by Aude Alapini- Odunlade, Exeter University. We invited her because Allison and I from the committee had seen her talk before and were REALLY impressed, the description is here: http://geordiescience.blogspot.co.uk/2012/06/iop-stimulating-physics-south-west.html Aude left a small selection of resources, all of them were snapped up quickly.

Then the delegates went into the first set of workshops. I stayed on the desk, ready to help anyone who arrived late.

As I walked around the workshops there was a great atmosphere as the people who had given up their time and money to get some CPD engaged fully with the workshops.

At break there were opportunities for networking and I witnessed a delegate make useful connections to the IoP and get some ideas of where to go for support for A-level physics. This made the morning for me as I believe that connecting people should be a main aim of the ASE.

The delegates went into their second set of workshops and back to learning.

Of the 100 people who signed up 31 didn't show up, which was dissapointing. I think that I will try to find out if the IoP have the same sorts of issues with their South West Physics conference, and again with the Chem Labs conference. I know that people get ill, but 30% seems quite high, especially when the conference was fully booked. I didn't want to risk adding more people as if they had all turned up then we would have had too many for the space to watch the key note.

Whether charging would make a difference is another question. I personally don't want to charge members, when we are able to cover the cost of the conference from the money we get from non-members. (Costs are tea and coffee and the travel expenses of the key note speaker).

Lastly we went to the planetarium for a very quick ABM, at which I was elected to chair-elect! Sarah has done it for 6 years so far, I don't see why she doesn't want to do it for a 7th. Then we watched the planetarium show aimed at key stage 3/key stage 4. I did learn something, as I didn't realise that black dwarf stars were purely theoretical and that the universe wasn't actually old enough to have produced any yet. I just read my Physics for You text book and accepted what it said.

We haven't yet had time to analyse the opinions of the delegates. I really hope that they liked it as it is quite an effort to put on.

We did have a few people decide to join the ASE that day, and I hope that is because the committee put on a good show for the association. The issue now is to provide those new members with the same support and community that was available on Saturday throughout their membership of the ASE.

Roll on 2013.

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Location:At-Bristol

Tuesday, 25 September 2012

ASE Conference January 2013

I intend to go to the ASE conference 2013. It is being held in Reading, which is convenient for both my  and my science teacher partner, Richard.

As we are both members and will get the 20% early bird discount it isn't too expensive to stay for all four days, three nights.

I want to go to the international day as I teach a lot of international students and communicating with international teachers will help me to understand the prior experiences of the students and therefore teach them more appropriately.

I know that I want to go to some frontier lectures. I enjoyed hearing about cutting edge science. Sometimes I get so involved in education I forget about "science". I want to take as many opportunities as I can to remind myself.

I will also be careful not to arrange any booked courses on Friday afternoon, as I really hope the ASE can get a key note speaker for that time. Although I would like to go to a literacy workshop at that time.

This year I am interested to hear the presidential address and I want to go to some sessions that relate to the changes happening to the curriculum and the way that GCSE/EBC science will be assessed.

The added bonus of the conference will be meeting a lot of the people I know from twitter. Putting a face to the twitter handle will be great.

Tuesday, 11 September 2012

Excitement over the January ASE conference

The annual ASE conference is 4 months away, but I am excited already.



The preview brochure has come through the post in the last week.

I have been through and highlighted everything I want to go to. I need a Hermione Granger time turner thingy to go to everything I have chosen. And as more is added I may struggle even more.

I know this year that I will only choose a couple of booked courses so I can change my plans as more events are added to the programme.

I really hope that there is a lecture like the in the zone lecture last year or David Attenborough the year before. I will keep my Friday afternoon free just in case.

I would recommend to anyone to go to a frontier lecture, as well as the teaching workshops and debates.

I have other things in my life this term, a trip up North, a holiday in Cornwall and of course Christmas, this just makes my job a bit more entertaining too.

If you are a science teacher you should try to go.

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