Robert Brooks

Associate Assistant Headteacher

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GCSE Edexcel P1 Physics Exam Calculations

Only one week to go until the GCSE Edexcel P1 Physics exam! Please read this blog post in addition to my previous post titled GCSE Science Numeracy Questions.

Your students will be revising the content relevant to the foundation or higher tier they are sitting but have they practised enough calculations?

Did you know that (based on previous past papers) around 16 marks are awarded for calculation and data interpretation questions on the P1 foundation and higher tier exams?

  • Grade C Boundary on P1 Foundation Tier June 2015 = 32/60 (50% of the marks required to get a C from the calculation questions)
  • Grade C Boundary on P1 Higher Tier June 2015 = 22/60 (73% of the marks required to get a C from the calculation questions)

Here are my top tips and resources for gaining your students full marks on these questions. Please share them with your students over the next week to build their confidence:

Recall and use 9 scientific units appropriately

In the exam, students will often be given the scientific unit but sometimes they will have to provide it themselves. Get the students to note the sizes of the abbreviations of the units as some are upper or lower case:

  1. Distance or wavelength (m) metres
  2. Speed or wave speed (m/s) metres per second
  3. Time (s) seconds
  4. Frequency (Hz) hertz
  5. Energy (J) joules
  6. Power ( W ) watts
  7. Current (A) amps
  8. Potential difference (V) volts
  9. Power consumption (kWh) kilowatt-hour

Why not set your class a multiple choice quiz on Show My Homework testing them on these units before their exam?

Step by step process to all calculation questions

  • Practise using the equation sheet on page 2 of the exam paper
  • Choose the correct equation by highlighting the quantities given in the question and what they are asking for, such as power, energy used, time taken
  • Copy the shorthand version of the equation, such as P = E / t
  • Rearrange the equation if necessary using an equation triangle (see next section) and rewrite the new equation out as part of your working
  • Show your full working out
  • Write out the full answer first, no matter how many decimal points!
  • Then round (only if you need to, remember 5 and above after the decimal point rounds up!)
  • Give the correct answer in the answer space (so that the examiner does not miss it!)
  • Give the correct unit (only if requested to and if another unit has not already been provided)

Rearranging equations (HIGHER TIER ONLY)

  • If the equation is in the v = f x λ format, then the subject of the equation goes onto the top of the equation triangle and the other two quantities onto the bottom
  • If the equation is in the v = x / t format, then the quantity being divided goes onto the top of the equation triangle and the other two quantities onto the bottom
  • You then cover up the quantity you want to find and carry out the appropriate calculation

Converting units

Students need to remember to convert to SI units, otherwise they risk losing marks:

  • 60 seconds (s) in 1 minute
  • 1000 metres (m) in 1 kilometre (km)
  • 1000 watts ( W ) in 1 kilowatt (kW)

Kilowatt-hour (kWh) can be kept in this format if the question requires the student to calculate the cost of electricity.

Practising general mathematical skills

  • Calculating a percentage
  • Calculating the mean
  • Plot and draw graphs (line graphs, bar charts, pie charts, scatter graphs, histograms) and selecting appropriate scales, labels and units for the axes
  • Interpret information from tables, charts and graphs. If the question asks the student to describe what the data shows, it is important that they give numerical values from the data as well as describing it (just like they would have done for the conclusions based on evidence in their controlled assessment tasks)
  • Use and interpret numbers written in standard form (higher tier)


Students must practise calculations and data interpretation questions. Print off a pack of these questions using Exam Wizard or create your own (see my resources below). Set some challenging multiple choice calculation-style questions using the quiz function on Show My Homework.


I have uploaded some resources that I have used with my students to help prepare them for the calculation questions in the P1 exam:

I wish your students every success in their examinations.



GCSE Science Numeracy Questions

From doing a quick analysis of GCSE Edexcel core and additional science foundation past papers, around 20% of the marks link to numeracy, data, equations and calculations. This may be similar, more or less in other exam boards.

Why is this area important?

The average raw mark in Edexcel for June 2015 achieving a Grade C on the foundation core and additional papers was 32/60.

20% of 60 = 12 marks

Have you built time into your curriculum plan for your current Year 11s to ensure they have been taught how to tackle data handling, numeracy, equation and calculation type questions?

Guide students on how to complete the question. Perhaps create annotations on an actual exam question to show them how to answer it:

p2 calculation

Check that students know what the command words mean:


  • Dedicate time in the curriculum plan: Use numeracy exam questions linked to the lesson topic you are teaching.
  • Test students regularly: Use the Show My Homework quiz function to set multiple choice calculation quizzes and for testing knowledge on using the correct scientific units.
  • Check your specification: What are the requirements for your specification? Are there parts you can skip for your foundation tier students because they only appear on the higher paper?
  • Provide students with or get them to bring in calculators: If students are regularly using their smart phones as calculators in lessons, they may not get used to using a scientific calculator for their real exam.
  • Students must show their working and give the correct units!

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Rethinking KS3: Early Intervention

Excellent blog post and some really useful points made. Thank you!


In earlier blog posts I’ve been exploring the ways that KS3 can be reclaimed to have a positive Assessmentimpact on student achievement over time. Ofsted’s document KS3: The Wasted Years explores the issues affecting KS3 at the moment and, to me, gives very clear guidance to schools about what is required for them to be successful.

Firstly, Ofsted state that ‘[successful schools] ensure that pupils are well aware of their school’s high expectations for behaviour and conduct, and they have a clear understanding of pupils’ achievements in primary school and build on them from day one.’ (Ofsted, 2015). For more on this see the earlier posts in this series.

The ways that this can be done are:

If we want to see students make expected or more than expected progress at KS4, we need to get in early on and identify…

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#TLT15 at the University of Southampton

I had a fantastic day at the Teaching and Learning Takeover #TLT15 event yesterday at the University of Southampton, despite the M3 motorway having a 50 mph limit for most of the way there!


Warm Up Session

Stephen Lockyer @mrlockyer engaged the audience with a different version of “The Very Hungry Caterpillar” story by Eric Carle.

Stephen’s humour was excellent and enthused us ready for the workshops we were about to go to:

Stephen gave a great description of how teachers are notorious for having marking in their car and asked the audience to raise their hands if they did. Many put up their hands and he gave an account of how he brings his marking home every Christmas in an IKEA bag, it stays in the car for a few days, then into the hallway and it pleads with him to “mark me!”

Stephen explained the importance of the #TLT15 event in communicating the excellent ideas discussed so that they can have the impact they deserve. He gave some interesting statistics:

  • There are 480,000 teachers in the UK
  • Only 130,000 of UK teachers (27%) are on Twitter
  • Only 0.67% of UK teachers went to a TeachMeet event in the last 12 months

Stephen encouraged us not only to tweet and blog, but to disseminate the information we learnt into our schools, such as by e-mailing out our blogs to our colleagues.

Workshop 1: Making the most of Middle Leadership

I met Jill Berry @jillberry102 at #LFE15 earlier this year and she gave me some great advice on how to succeed as a middle leader. When I saw that she would be presenting at #TLT15, I knew I had to sign up.

Jill asked us to think about the differences between the roles of pastoral and academic leadership. Here are some ideas that the audience gave and I have also added to:

Pastoral Leadership

This could involve positions such as a Deputy Head of Year, Head of Year, Head of House, Head of Learning or Head of Key Stage.

  • Great emphasis on the success of the whole child rather than focussing on their success in an individual subject area
  • More focus on the welfare of the student and elements of ‘social work’ involved in the role
  • You have to deal with things as they arise and therefore the role is a little more unpredictable
  • Dealing with student discipline more


This could involve positions such as a Department Key Stage Co-ordinator, Second in Department, Head of Department or Head of Faculty.

  • Great emphasis on the success of child in an individual subject area
  • More accountability for student progress
  • Line management of teachers and accountability for their examination results
  • More strategic leadership and vision needed

What was interesting though, particularly as I am currently involved in both pastoral and academic leadership, was the crossover of skills required for both roles:

  • Data analysis
  • Time management
  • Prioritising tasks

Jill gave an excellent comparison between the Head of Year and Head of Department. Motorists are pedestrians and pedestrians are often motorists too.

Jill wanted us to think about the positivity and reward associated with middle leadership. Most of the audience agreed it was because of our sphere of influence and being able to initiate positive change for our students. As a Head of Year, you have to think about the sphere of influence on a cohort of students, whereas a Head of Science has to think about this for every student studying science.

There are various challenges middle leaders have to cope with, such as dealing with the Senior Leadership Team (SLT), constant curriculum changes, communication and line managing teachers. Jill told us something that John Tomsett @johntomsett once said:

At a National Union of Teachers (NUT) conference I went to in October 2013, Karen Lewis (President of the Chicago Teachers Union) @KarenLewisCTU said: “You can’t put students first if you’re putting teachers last.” Jill explained to us that if the staff are looked after then in turn the staff will look after the students. It is our job as middle leaders to support that within our teams and the SLT and Headteacher to ensure this for the whole school.

It is also important to consider this:

Some middle leaders worry that they can’t do what they want to do within their department or year group due to whole school pressures. Jill said that you have to work with what you can and be the best you can possibly be within your domain. The SLT and Headteacher over time will notice how good your area is and other areas (year groups or departments) can then learn from yours. This takes time and persistence.

This was a great session led by Jill and gave me loads to think about in my middle leadership roles.

Workshop 2: Marvellous Questioning for Monumental Learning

This was an informative session led by Sarah Findlater @MsFindlater on the reasons for questioning and different approaches to effective questioning in the classroom.

Sarah advised us to avoid asking too many closed questions and ones that do not move the learning forward. Sometimes we can be guilty of this when we need to fill time in a lesson. More careful planning of questions is needed when planning the lesson.

A fantastic idea Sarah gave us was to use canvassing questioning. An example of how I would use this in a biology lesson would be:

  • Teacher: “Who thinks that alcoholic patients should be entitled to a liver transplant? Put up your left hand for no and right hand for yes”
  • Students then vote.
  • Teacher then chooses students who voted either way to get an explanation from them.

This questioning method engages the whole class and allows you to ask deeper questions later on to individual students.

Sarah got us to then think about how we could use Bloom’s Taxonomy in our own subject areas in a particular topic to design a series of questions. This is also a good starting point when writing or developing schemes of work:

Other questioning ideas Sarah discussed with us:

  • Allow thinking time between asking the question and expecting a response. As the subject specialist it is very easy to go through the lesson quickly but if you can get used to the silence after asking a question it will be okay!
  • #PPPB Pose Pause Pounce Bounce questioning by Ross Morrison McGill @TeacherToolkit
  • No hands questioning: Use lolly sticks or the fruit machine on
  • Teachers should also avoid accepting a partially correct answer and students need to know it is okay to be wrong and that is how we can learn.

An excellent session and many ideas to take from this back to school.

Workshop 3: Question Level Analysis

This session was led by Kristian @KristianStill and Paul Kearley. Question level analysis is an important tool to pinpoint areas of weakness for a specific student so they (and the teacher) know what topics or skills they need to improve on.

It is also vital to use for analysing the cohort or particular classes in certain questions. If there is a topic all students are getting wrong then the teaching of that needs to be revisited or tweaked.

Kristian showed us his question level analysis tool, which is available to download from his website:

A good motivational idea Kristian and Paul gave was to give students alternative questions on a topic they got wrong (after some intervention) and show the students how the tracker can change. You can use Exam Pro, Exam Wizard and Test Base to find questions on particular topics for students rather than having to spend time creating your own or manually searching through past papers yourself.

We were given a good summary on how to lead effective assessments:

An excellent session and question level analysis tool given for us to use in our schools, thank you very much!

Workshop 4: Challenge and Differentiation

This was one of the most engaging and inspiring education workshops I have ever been to led by Lindsay Skinner @lindsayjskinner who is an English Teacher, Deputy Head and Raising Standards Leader.

Lindsay talked about the myths of effective differentiation, particularly when she observes lessons and sees mountains of differentiated worksheets, sometimes 30 different ones for each student in the class! She rightly pointed out that this method was unsustainable and probably does not have a significant positive impact on the progress of the students.

It is in fact possible to differentiate day in day out by teaching to the top. If you know the A* model answer for a specification statement and can teach that well (this is something that is embedded into all of our schemes of work in the Science Department), you can teach it to all students. Teach to the top down #teachingtothetop

It is a good idea to start embedding more complicated terms at GCSE and A Level down into Key Stage 3. Students are then used to the words and are not as baffled by them as they reach examination classes. This increases their vocabulary, scientific literacy and specialist terminology from an earlier starting point.

Lindsay explained how it was important that the complex skills need to be taught in the classroom where the students have you (and each other) on hand for support and leave the lower end skills and much of the content for homework using a model of flipped learning.

Lindsay also showed us that by using the PiXL Club PLCs (Personalised Learning Checklists) effectively, you are differentiating without having to create additional resources. Many schools, like ours, adapt the PiXL PLCs to suit their students and schemes of work but the principles are still the same. If students have model answers for the PLCs, they can learn the content at home, whereas the more complex skills can be taught in lessons.

By having the colour-coded PLC tracker on the board, students can see where they are up to and what skills they need to be able to develop. In science, students could complete an examination question on a particular specification statement, the teacher could check it and then they could colour-code the tracker green.

It is important to regularly save copies of the tracker, Lindsay suggested weekly. This is so you can show progress over time to your school leaders but more importantly to the students to show how much they have learnt and developed over a short space of time. This was something I used to do with BTEC Science trackers but I have now realised I can easily do this with GCSE and A Level too.

The focus needs to be on the learning of a particular section, such as explaining the dangers of electromagnetic radiation, rather than how to do it, such as doing a comic strip, PowerPoint presentation, report, cartoon or video clip. Sometimes the students will moan that they are having to write an extended writing answer. Lindsay gave an idea on how to challenge this:

Lindsay made an important point that we need intervention and differentiation like this from the start of Key Stage 3 to avoid the proverbial frantic Year 11 intervention.

There was so much information from this session that I can easily take and use in school, in particular with my Year 11 classes. Thank you Lindsay!

Action Points

When attending a TeachMeet, conference or CPD, I always try and pinpoint key points to take away with me to use in my own school. Here are 4 (one from each workshop)

1) Leadership: Evaluate my sphere of influence on students studying science in my school and use this to decide how I can develop this further.

2) Questioning: Try out this questioning technique:

3) Feedback: Investigate how we could use the question level analysis tool in different key stages within the Science Department.

4) Differentiation: Display the PLC tracker on the board, use this as differentiation and save copies each week to show progress over time.

#TLT15 was a fantastic day and I really enjoyed networking with other teachers. I’m already looking forward to #TLT16 next year!

Thank you to David Fawcett @davidfawcett27 and Jenn Ludgate @MissJLud for organising!



Here are my slides from the #TMLeatherhead event held at Therfield School this evening.

My presentation was about Differentiation by pathway in Science

Here is the link to the lesson resources mentioned in this presentation 

It was a great evening and Teach Meet event.

Hoping to go to another one soon!



Yesterday I went to the Research Education 2015 #rED15 event at South Hampstead High School along with other teachers from my school. Thanks Richard @rolfster for organising this for us!


South Hampstead High School’s Headmistress, Helen Pike, and Tom Bennett, the event organiser, welcomed us all to the event.

Life after levels

This session was led by Daisy Christodoulou @daisychristo on life after levels. This was of particular interest to me as a KS3 Science Co-ordinator and from my work creating the PiXL Club KS223 Science levelling proforma and associated test questions with model answers.

Daisy made a really important point to start off with by deciding what was wrong with National Curriculum levels before deciding what to replace them with. Levels were previously used for both formative and summative assessments, which was very difficult for teachers and schools to accurately track students’ progress at KS3. The National Curriculum levelling grids previously published for KS3 Science were incredibly difficult to interpret and manage for the benefit of the students.

Using National Curriculum level statements to standardise how assessment happens at KS3 in all schools was flawed by schools interpreting the statements in various different ways. Daisy gave many examples of how different assessment questions could link to meeting a statement. In this particular example, if the question is phrased in one way then 90% of students met the statement but in another method only 15% of students achieved it.

Daisy then explained how using multiple choice questions (MCQs) can be used for assessment beyond levels. At first I was a little skeptical to this idea as I remembered the previous GCSE Science examinations that were purely MCQs and wondered where they had a place in today’s education. I quickly realised whilst discussing with one my colleagues at the event and through the next several slides that MCQs can be used to test and build on students’ knowledge. Daisy suggested how challenge can be brought in and how to set MCQs that highlight misconceptions, such as a common incorrect answer that students may select.

Daisy then discussed how using model answers to set the standard for essay or longer answer questions and moderating assessments within departments could help to secure better accuracy.

Daisy finished with three conclusions to her presentation:

  1. Don’t replace levels with rehashed levels!
  2. Define criteria in terms of a) questions and b) pupil work.
  3. Remember that human judgement is comparative, not absolute.

The importance of the teaching profession

I was disappointed that John Tomsett’s @johntomsett session on Research Evidence in Education was full so I returned to the hall to listen to Nick Gibb’s @NickGibbMP views on the importance of the teaching profession. I had mixed views of this particular speech. It was good to see that this MP was able to recognise the strengths that teachers and students have in the UK. There are now over 2,300 education blogs, according to Andrew Old @oldandrew, and Nick stated that many of them “have directly influenced government policy.” Nick also stated that “our best policies have always grown out of the profession.”

Nick then focused on how trainee teachers’ degree classes had been improving over time and stated that the “best graduates are going into teaching.” Whilst it is pleasing to hear that there is an increasing number of highly qualified graduates going into the classroom. a higher degree class does not automatically make a better or more effective classroom practitioner. One member of the audience spoke out about this during the question and answer session at the end. There are many highly effective and experienced teachers that are in the profession with less than a 2:1 degree. These good and experienced teachers are vital for our profession. It was good for Nick then to acknowledge that:

On a more positive note, Nick advised those teachers in schools where to direct their senior leaders or colleagues to if they are still being:

  • Asked to include learning styles in lesson plans
  • Criticised for implementing frequent factual recall tests
  • Subjected to “termly do-or-die lesson observations

“And if your school still practices Brain Gym, then God help you!”

Flip the system

René Kneyber @rkneyber discussed how flipping the system occurs in Holland to change “education from the ground up.” René talked about how difficult it was to manage teachers properly and how complex it was to ‘measure’ a teacher. René then went onto explaining “flipping the system,” whereby teachers can hold more senior staff to account and allow themselves to influence educational policy.

To achieve this, René talked about the importance of collaborative working so that teachers are not just staying in their own classrooms. By working collaboratively as a group, classroom practitioners can put their ideas forward in the flipping system to develop the education their pupils receive.

René then compared how much teaching and planning time is available in different countries:

In summary:

Will the media ever get education?

Ed Dorrell @Ed_Dorrell Deputy Editor for the @TES gave a presentation about the media and education. Ed discussed how there is “good and bad” of both journalism and educational research and that there are “many reasons why teachers and journalists disagree.” The role of journalists is to reduce the size and complexity of academic articles for others to understand, although some ideas can be lost in translation. Ed outlines some of the deadly sins of education journalism: lust, envy, greed and so on. Ed also gave us some examples of various education journalism headlines that may indicate that an article is invalid:

Exam marking and re-marking: what do we know and how should we use what we know?

This was probably the most interesting and useful session I attended at #rED15, which was led by Amanda Spielman from @Ofqual 

Amanda gave possible reasons for why there has been a recent increase in appeals for exam re-marking, such as a reduction in retake opportunities due to linearisation, increased accountability pressures and expressions of dissatisfaction with marking. Amanda also stated that the greatest scope for reliability in marking was in subjects like English and Philosophy, whereas subjects like Mathematics would have a smaller scope.

Amanda outlined:

How qualifications work:

Marking tolerances:

It was clear that there were many advantages of using electronic marking compared to marking traditional paper scripts, such as team leaders being able to instantly check the accuracy of marking.

The research study by Ofqual was regarding the Enquiries about Results System (EARs):

How could EARs be better?

They used a study to compare the current EAR processes with three alternative models:

The conclusion confirmed that their current EAR model actually performed as well or better than other models since double blind remarking brought problems too and the differences between live and study EARs showed that markers may be affected by the knowledge of students’ likely proximity to a grade boundary:

Amanda also stated that any model can be affected by human factors so it is important to continue finding ways of managing these effects.

CPD Panel

A CPD panel debated research by John Hattie and others to determine the most effective ways in which evidence-informed professional development for teachers can improve learning outcomes for pupils.

Becca Knowles discussed how in science we need external support to help with the recent vast changes, such as in curriculum. David Weston looked at Hattie’s research “one year so one year’s progress for the child.” He correctly stated that there are too many variables involved in a year’s progress for a child and not all of these variables were within our control. He compared the sheer number of variables to the term “noisy.”

Another point made by the CPD panel was that CPD needs to be closely related to a teacher’s experience. A teacher that has been teaching for 20 years may not need a CPD session on classroom management, whereas an NQT might. CPD also needs to be linked to a teacher’s competency and level of responsibility, such as a middle or senior leader. A CPD panelist suggested that teachers who are “getting the results” could be given more autonomy and a teacher that is not could be given more “support.”

Another CPD panelist stated that it is important to know how you have improved as some schools and teachers do not. Without this information, it is very difficult to move forward even more. Many schools, like ours, use BlueSky for performance management and for recording CPD.

My action points after attending #rED15:

  • To use Daisy’s strategies for life beyond levels to help develop our KS3 Science curriculum.
  • To develop collaborative working methods to reduce workload and increase learning outcomes.
  • To look at ways we can develop exam marking moderation at a mock level within school to further secure grade accuracy.

Overall this was a fantastic day and learning experience, topped off with a drink by the Thames at the end of the day!

Best wishes for the academic year 2015/2016.

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Top 5 Tips for a Science NQT

Having read Kelly Leonard’s @viewthrudifeyes excellent article on “30 snippets of advice I’d give my NQT self,” here are 5 top science-specific tips that may be useful for NQTs:


Use the 5 minute lesson plan by@teachertoolkit if you feel comfortable enough planning like this at your stage of training. Remember as an NQT it will take you longer than 5 minutes (you will find most experienced teachers will still take longer than this!) to complete the plan. Please check out my blog on my KS3 Science lesson plans done in this format, as well as the site where you can create these yourself

7Jd Example Lesson Plan-page-001

You shouldn’t need to plan in as much detail as your PGCE year and in fact you won’t have the time to unless you don’t fancy sleeping until half-term! You may find that a well structured PowerPoint and a practical worksheet suffice as a ‘lesson plan’ for you. Relax when you write in your teacher planner ‘end of unit test’ and don’t do a lesson plan for these lessons. Breathe!

Technicians and practical work

Remember that your technicians are your number one friend in the science department! Get to know them well, buy them chocolates at the end of each term and thank them for everything they do to help you.

Having these fantastic colleagues on your side means if you have forgotten to order a practical or need some photocopying at the last minute then they will try to help you as much as they can. Try not to get into the habit of this because you will soon not have the technicians (or your Head of Science) on side!

Never have an ‘us and them’ culture with your technicians (or any support staff in school for that matter). When you are having an off day, and there will be some as an NQT and even further up the career ladder I can assure you, they will be the ones who will be most willing to help you. If you are having a difficulty with a student for instance that is ‘kicking off’ outside the classroom after they’ve been sent out, they may know that student well and be able to help defuse the situation. The students will see you positively interact with your colleagues and in turn will respect you for doing this too. Overall, your technicians are the engine oil for running the science department and are your number one asset as a science teacher!

Check carefully with the head technician as to how far in advance you should order your practical equipment and in what format they need it in. Some science departments need a couple of days’ notice, sometimes a week’s notice! Don’t be afraid of asking for a demo set of the equipment for you to practise with before the lesson. This is good practice and helps you to see any flaws before the lesson itself. When ordering, check you have the correct quantities and it is set up in the way you would like it. Communication goes a long way here. Whilst you will need to record what you need, speak to the technician as well so you both feel at ease. Your technicians will get to know you and how you order and teach your practical lessons over time but until then be very explicit on your requisition sheets with what you need.

Health and safety can be quite daunting for an NQT who has always had another science teacher supervising them whilst leading practical lessons. Be confident with your approach and have a zero tolerance on any student not wearing goggles, refusing to tie their long hair back, not standing up etc. If you feel like you do not have control during a practical, stop it immediately and switch to another task. Discuss this with your department mentor before trying another practical with that class and see what could be done differently.

Subject knowledge

You may find that you are teaching an A Level class or a triple GCSE class not in your specialism. You may even come across something in the new Key Stage (KS) 3 curriculum that you weren’t taught at school yourself! Please don’t worry. Subject knowledge is something that is developed over time and you are not expected to know everything as an NQT.

However, when you walk into your lab Period 1 on Monday morning, the students must believe you are the expert on that particular topic. This all comes down to lesson planning. For these types of lessons, you may need to do more than the 5 minute lesson plan. Look carefully at the exam specification and the textbook and first of all check that you are comfortable if a student were to ask you a question related to what you just read. Then, here comes the most challenging bit, think of 5 questions that students could potentially ask you about the topic that would put you on the spot! Research the answers and embed them into your lesson. Find two or three ‘cool’ facts about the topic that you can share with the students, which will boost your confidence. When giving your students and exam question to do, perhaps as part of a plenary, try this yourself without looking at the mark scheme. When ‘marking’ it, think about the common pitfalls your students may come across too.

If you are still stuck, ask on Twitter #asechat or a more experienced colleague. Teachers can still be taught and a 5 minute explanation with someone could save you hours in the long run!


Sometimes people forget about how much content there actually is to know in science at KS3, KS4 and the separate disciplines at A Level. There are therefore hundreds of resources and so it can be a daunting exercise having to trawl through filing cabinets in your new school, searching the internet for them etc.

First of all try to see what is already in your department. Hopefully it will be all neatly organised into a shared area on the school network. This may not always be the case. Nevertheless, as an NQT you can always ask to be guided to the resources you need to use to help you teach your lessons. Your department NQT mentor should offer to do this but you may need to ask them (they will be busy!). You will probably find you need to tweak the resources but make sure you save it as your own copy in your documents and don’t alter the original file.

You may have to find another resource online or create one. Make sure you find ways of sharing resources you find or create with your department, perhaps over a coffee at breaktime (if school-related conversations are allowed!), in the corridor or at a department meeting. All of this is good to help you work as part of a team and helps you build your profile as a science teacher in your new school. Avoid sending loads of resources by e-mail to the department.

Don’t be afraid to use an AQA resource for an Edexcel GCSE lesson for instance. Just check carefully that it matches the requirements of your lesson and, as above, you many need to tweak it slightly. Tweaking lesson resources will be a skill you develop over time and will stop you reinventing the wheel, which can lead to the Sunday night feeling.

Here are some resource websites I’ve found useful:


Were you ever set a piece of science homework as a student yourself to ‘revise for your end of unit test?’ Did you do it? If you did, did you know how to do it? No, me neither! How can you expect your students to then?

Embed into your lessons the different ways your students can revise. Listen to them too as they can share ones you maybe didn’t think of and other students in the class will hear them too. You may want to advise a mnemonic for learning the divisions of kingdoms to species or using an annotated diagram of the heart and circulatory system.

Give at least a week’s notice for an end of unit test and share revision resources with your students. This may be BBC Bitesize links, links to your VLE, revision notes (Exploring Science creates these already for you at KS3!), video clips and practice questions. Most importantly of all, ensure that the students bring in evidence of revision to you. This way you can check they have done it. If a student has got a score well below their target grade for no good reason, get them to resit this at break, lunch or after school (their time!) Your expectations of behaviour and academic progress need to be high at all times. Students generally won’t do the revision for their end of unit test if they know you are not going to check it.

I hope you found this blog post useful and please also read Kelly’s article if you haven’t already as it covers a lot of advice on behaviour, relationships, work-life balance, passion and interpersonal skills that all teachers must have.

For all of you science NQTs that are starting in September, I wish you all the very best. Enjoy the year, it will be a rollercoaster of emotions!