Sample of Ofsted Questions and Answers – Science Subject ...

Sample of Ofsted Questions and Answers – Science Subject Leader

This resource contains full and comprehensive answers to all the following questions: Curriculum Design (Intent, Implementation, Impact)

1. How did you design your curriculum? 2. How have you made sure you are covering the National Curriculum? 3. What is your intent for science? 4. How does science contribute to children’s cultural capital? 5. Could you outline the breadth in the science curriculum? 6. What is your approach to spacing in your curriculum? 7. What is your model of progression in science? 8. How do you monitor that your curriculum maps are being implemented effectively? 9. How clearly defined are your end points on your curriculum maps? 10. How do you assess learning in science? 11. Could you tell me what I would see in lessons? 12. Could you tell me what I would see in the children’s books? 13. What does greater depth in science look like? 14. How good is your curriculum for all pupils? 15. Do you have any underachieving groups? 16. What is attainment on entry? 17. How does science contribute to the development of literacy and numeracy skills? 18. How does science support the development of SMSC?

Impact of Science Subject Leader

1. How long have you been subject leader for science? 2. What are the expectations of subject leaders in your school? 3. What are your main roles and responsibilities as subject leader for science? 4. Can you outline your leadership strengths and areas to develop as science subject leader? 5. Do you receive any non-contact time and if yes, how is it used? 6. Can you explain the 2-3 key priorities you are working on this year as science subject leader? 7. Is science well resourced? 8. Can you give me an example of a leadership action you took and the impact it has had on standards in science? 9. What CPD have teachers had to help them deliver the science curriculum effectively? 10. What do governors know about science? 11. Do you have a policy for science?

This is a sample of the questions and answers resource. Some answers have been removed for copyright purposes.

Ofsted Questions and Answers – Science

Deep Dive Element 1 – Curriculum Design: Intent, Implementation and Impact

Question Possible Answer and Notes Examples

1. How did you design your curriculum?

Possible sub-questions:

a) What are the basic principles and rationale behind your decisions?

b) What research did you use

when designing your curriculum?

c) How to you share the basic principles of the curriculum with all stakeholders?

For a more comprehensive include the following information.

• Curriculum audit - As a school we undertook a review and audit of the curriculum we offer to the children. This involved looking at the best research and information available on how children learn most effectively and specifically in the subject of science.

• Definition of learning - As a school we have determined that our

definition of learning is a change to the long-term memory. This means that the way we implement our curriculum maps involves repetitive teaching of the key concepts in science. Each unit has built in practise, retrieval and reinforcement of the key concepts to ensure knowledge sticks in the long-term memory.

• Long term memory - for learning to stick in the long-term memory we

teach scientific knowledge in meaningful contexts and in a connected way.

• Scientific key concepts - I identified key concepts from NC for children to

be procedurally fluent in science and these underpin the science curriculum map.

Science pedagogy is based on the development of these key scientific concepts:

• Conceptual understanding • Processes • Skills of enquiry • Scientific attitudes

• The basic principles are shared on our policy for science which can be

found on our website. I facilitate staff meetings where I share the curriculum maps and discuss the content pedagogy and also the pedagogical content knowledge for science.

2. How have you made sure you are covering the National Curriculum?

3. What is your intent for

Science? Possible sub-questions:

a) How do you share this with governors, staff, parents and children?

b) How does your intent for science link to your whole school intent?

4. How does science contribute to children’s cultural capital?

• In addition, the intent behind science is to contribute towards the

cultural capital for the children in terms of the knowledge and skills they need to be successful learners and in wider life. Cultural capital in science has been identified in terms of the knowledge useful to our lives. We are aware that powerful knowledge will put children at an advantage.

The powerful knowledge we teach in science is as follows:

• Scientific literacy: a young person’s knowledge and understanding about science and how science works. This also includes their confidence in feeling that they know about science.

• Science-related attitudes, values and dispositions: this refers to the extent to which a young person sees science as relevant to everyday life (for instance, the view that science is ‘everywhere’).

• Scientific vocabulary

• Knowledge about the transferability of science: understanding the utility and broad application of science qualifications, knowledge and skills used in science (e.g. that these can lead to a wide range of jobs beyond, not just in, science fields).

• Science media consumption: the extent to which a person, for example, watches science-related television, reads science- related books, magazines and engages with science-related internet content.

• Participation in out-of-school science learning contexts: how often a young person participates in informal science learning contexts, such as science museums, science clubs, fairs, etc.

• Family science skills, knowledge and qualifications: the extent to which a young person’s family have science-related skills, qualifications, jobs and interests.

• Knowing people in science-related roles: the people a young person knows (in a meaningful way) in their family, friends, peer, and community circles who work in science-related roles.

• Talking about science in everyday life: how often a young person talks about science out of school with key people in their lives (e.g. friends, siblings, parents, neighbours, community members) and the extent to which a young person is encouraged to continue with science by key people in their lives.

5. Could you outline the

breadth in the science curriculum?

Possible sub-questions:

a) Could you explain some examples of where you have provided breadth in the science curriculum and the impact it has had on learning?

b) Is your breadth at the expense of deep learning?

c) How do you record breadth in the science curriculum?

d) Do you provide children with any opportunities for science outside of school?

6. What is your approach

to spacing in your curriculum?

Possible sub-questions:

a) What research backs up your rationale?

7. What is your model of

progression in science?

Possible sub-questions:

a) How did you share and support staff to understand the progression in science?

b) How have you ensured that it is progressive?

c) How have you planned for knowledge, skills and vocabulary progression in science?

d) How did you determine the content of your curriculum maps?

e) How did you decide on the key concepts/knowledge for science?

f) How do topics contribute towards development and progress in science?

8. How do you monitor

that your curriculum maps are being implemented effectively?

Possible sub-questions:

a) What evidence do you have that your planned progression is actually taking place?

9. How clearly defined

are your end points on your curriculum maps?

10. How do you assess

learning in science?

Possible sub-questions: a) How high are standards in

science? b) Can you show me an example

of science assessment and how you used it to inform your practice?

c) How do standards this year compare to last year?

d) How do you know your assessment is accurate?

e) Do you carry out any moderation or standardisation across the school?

11. Could you tell me what I would see in lessons?

Possible sub-questions:

a) Where would I see the strongest and weakest practice in science?

b) Is the science curriculum

having an impact on pupils’ learning, standards and achievement?

For a comprehensive answer include the following information.

• Content and subject pedagogical knowledge – you would see highly skilled teachers with a good understanding of science pedagogy teaching engaging lessons.

• Meaningful contexts - children learning by being challenged in a series of

well-designed tasks linked to meaningful contexts.

• Teachers supporting – by guiding children to raise questions and design enquiries to find the answers.

Teachers supporting children to work and think in the following scientific ways:

• Raise questions • Collect data – planning investigations • Analyse • Present • Interpret the data

• Classroom culture – enquiry skills require discrete teaching as well as

being integrated within the investigation process. Our classroom culture in science is one of open mindedness and flexible thinking.

You would see children being enabled to work as a scientist including: • Are curious and notice things • Make connections between ideas to form new theories • Willingness to seek evidence that might change thinking through

systematic processes and methods • Interpreting the evidence to propose new theories or models

You will see teachers modelling the range of types of enquiry that children work with in science:

• Pattern seeking surveys • Identifying, sorting and classifying comparative fair tests • Research from secondary sources. • Supporting children’s learning work towards visualizing concepts in

connected frameworks. • For example, green plants use energy from the sun, along with water and

carbon dioxide, to make food in their leaves (photosynthesis.) Because green plants can make their own food, they fuel the start of all food chains. Food chains show feeding relationships in a habitat and represent the flow of energy with arrows .

You will see teachers using a range of techniques to elicit children’s ideas including:

• Drawing • Writing • Responding to a stimulus (a practical scenario, story or problem) • Concept mapping – individual and group • Discussions

12. Could you tell me what I would see in the children’s books?

13. What does greater depth

in science look like?

14. How good is your curriculum for all pupils?

Possible sub-questions:

a) Is it appropriate and how does it meet the needs for SEND, PPG, EAL?

b) What are the strengths and weaknesses in your curriculum and how do you know?

c) What do the children excel at and what elements of science do they struggle with?

d) What are the children’s main barriers to learning?

e) What evidence do you have to back up what you are saying?

15. Do you have any

underachieving groups? Possible sub-questions:

a) How are SEND, PPG, EAL pupils’ performing.

b) How do you ensure consistency in terms of scientific understanding for every group of pupils?

16. What is attainment on

entry? Possible sub-questions:

a) How does the EYFS support the science curriculum in the wider school?

b) How do you monitor science in EYFS?

17. How does science

contribute to the development of literacy and numeracy skills?

18. How does science

support the development of SMSC?

For a comprehensive answer include the following information. Spiritual

• Science supports spiritual development by providing many opportunities

for children to think and spend time reflecting on the amazing wonders which occur in our natural world.

Moral

• Science supports moral development by showing children that different opinions need to be respected and valued. There are many moral and ethical issues that we cover in science including discussions about environmental and human issues.

Social

• Science supports social development by exposing children to the power of collaborative working in the science community which has led to some amazing and life changing breakthroughs in medicine. When undertaking experiments and research children work collaboratively

Cultural

• Science supports cultural development by looking at how scientists from a range of cultures have had a significant impact globally. It also helps children to understand how important science is to the economy and culture of the UK.