Leeds Beckett University - City Campus,
Woodhouse Lane,
LS1 3HE
Rachel Linfield
Senior Lecturer
Rachel Linfield has worked in education for over thirty years, teaching throughout the 3-11 age range and in higher education at both the University of Cambridge and Leeds Beckett University.
About
Rachel Linfield has worked in education for over thirty years, teaching throughout the 3-11 age range and in higher education at both the University of Cambridge and Leeds Beckett University.
Rachel Linfield has worked in education for over thirty years, teaching throughout the 3-11 age range and in higher education at both the University of Cambridge and Leeds Beckett University.
As a senior lecturer at Leeds Beckett University, Rachel is the module leader for Level 6 Action Research and teaches on the Becoming a Subject Leader module for the science option. She also supervises dissertations, supports students on school placements and is a Personal Tutor.
In 1994, Rachel gained an MA in Applied Research in Education from the University of East Anglia and she continues to enjoy carrying out educational research. She has over 100 publications including:
- Professional materials for early years and primary teachers
- Chapters in academic books
- Articles within peer reviewed journals
Rachel was a member of the editorial board for 'Primary Science Review' (Association for Science Education) for six years, four as the assistant editor.
Academic positions
Senior Lecturer
Leeds Beckett University, England | 01 September 2005 - presentSenior Lecturer in Early Years and Primary Science, Co-ordinator for Professional Studies
University of Cambridge, England | 01 September 1992 - 01 August 1998Senior Lecturer in Early Years and Primary Science (Hourly paid)
University of Cambridge, England | 01 September 2002 - 01 August 2004External Examiner
University of Durham, United Kingdom | 01 November 2016 - July 2022External Examiner
Nottingham Trent University, Nottingham, United Kingdom | September 2022 - present
Non-academic positions
Reception class teacher and Byron House Director of Studies
St John’s College School, Cambridge, England | September 1998 - August 2004KS2 Teacher
St Paul’s CE Primary School, Cambridge | September 1984 - August 1992
Degrees
MA in Applied Research in Education
Cambridge Institute of Education/ University of East Anglia, EnglandBEd Hons (1st) Primary Education and Physics
University of Cambridge, Cambridge, England
Certifications
Fellow
Higher Education Academy | January 2015 - present
Related links
Research interests
- Assessment
- Early years design and technology
- Primary science
- Useful feedback
Publications (158)
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Assessing Learning in Science
'Oliver's Wood' in Primary Science 64
Science through Physical Education or and Physical Education
Can Scientific Understanding Be Assessed through Drama?
How can I cater for children's indiduality?
A principle that should guide early years settings is that ‘every child is a unique child, who is constantly learning and can be resilient, capable, confident and selfassured’ (Department for Education, 2012). Lucy in the examples above typifies this principle. She demonstrated surprising maturity and an ease in speaking with adults. Yet, when more is known about Lucy’s home background, her social skills and desire to please are less surprising. Lucy’s parents were divorced and never spoke to each other. Lucy spent half the week with her mother and soon to be stepfather, and the second half with her father and nanny. Wednesdays were changeover days. These were the occasions when Lucy needed to ensure she had all she required for the coming half-week. Throughout the year, Lucy successfully managed her own school needs such as remembering to bring in her book bag, costumes for plays, and ingredients for cooking. She also always asked for two letters for school events. Lucy’s independence and ability to take responsibility, not only for herself, but also to ensure each parent knew what they needed to know, showed many traits that one would associate with a child of greater age and was a surprise to me as her class teacher. On reflection, however, it highlighted the need to not limit what we might expect from a child. As Thomas, when discussing children’s competence (cited in Waller, 2005) argues, ‘children often turn out to be more capable and sophisticated than they are given credit for.’
Learning opportunities in the Early Years: Ourselves and Our Bodies
School Work Experience: Young people and the labour market
Children as Editors
Language for Science
A comparison of primary school pupils' ability to express procedural understanding in science through speech and through writing
Science 3-13 The Past, The Present and Possible Futures
This book forms part of a series of key texts which focus on a range of topics related to primary education and schooling.
Understanding the World: When did they paint the trees green?
Teaching and Learning in the Early Years
Planning for Learning in the EYLF Shapes
Planning for Learning in the EYLF Space
Planning for Learning in the EYLF ICT
‘Is it like the school bus?’ ASSESSMENT IN THE EARLY YEARS
Planning for Learning Through How are Things Made
Brompton Resources: Key stage 2 lesson plans
Brompton Resources: Key stage 1 lesson plans
Can scientific understanding be assessed through drama?
The Human Body
Planning for learning through all About Me
Planning for Learning through Minibeasts
Revising for Science can be fun!
Learning about materials at the 'science table'
Assessment in the Early Years: Some examples from Science
Jack and the Beanstalk
Speeding up plant growth and children's ideas
Is it fair?
Work Experience in the Climate and Conditions of the Late 1990s, Report to BP/OFSTED, Homerton College
Assessing Learning in Science
Possible Futures
Case study: Oliver’s Fruit
Book Review of Gilchrist, G. (2018) Practitioner Enquiry: Professional Development with Impact for Teachers, Schools and Systems (http://leedsbeckett.ac.uk/-/media/files/research/collectived-apr-2018--issue-31.pdf?la=en)
Developing Science Skills
Ideas for Science
Spring frieze:new life
Ideally, before starting on the frieze, children will have had the opportunity to see some signs of spring. You might have been on a walk to see buds on trees and spring flowers. If this is not possible, pots of snowdrops, hyacinths, tulips and daffodils could be brought into the setting as each flower is due to appear on the frieze.
Writing for Publication
What it means to be a subject lead in science Primary Science
Summer frieze: a mini beast garden
Rachel Linfield and Erin Ireland turned to basic and available resources to help children’s science learning during lockdown.
Presentations from the 10th TEAN (Teacher Education Advancement Network) Conference
Presentation for the Carnegie School of Education Research Seminar Series 2019-20
The National Student Survey - thinking about the 'good things'?
Teaching the physics of sound creatively to young children
This chapter explores the areas of talk, reading, and writing to show how schools can develop inspiring learning opportunities based on principled pedagogy which permeate across the school to create meaningful learning experiences for the children. Once the audience, purpose, and context of the writing activity have been established it is very important to support children through the actual process of writing. The subject of English in the primary school has been the focus of great debate for educationalists, politicians, and the general public. The news agenda is focused each year on the percentage of pupils in Year 6 who leave school ‘being able’ to read or write. The development of talk and the centrality of it in the Early Years and Key Stage 1 is crucial. The passion of individual teachers supported and exemplified by the senior leaders in a school is paramount to ensuring genuine conversations take place.
Science from Art
Design a Plant
Camouflaged Creatures
It is well known to primary teachers that effective assessment of children requires a multi-faceted approach (Sparks Linfield 1994). Equally, written feedback on a piece of work is often not understood by the pupils themselves (Sparks Linfield 1995). As one proceeds through secondary and tertiary education, this situation changes little, with the best attempts to set ‘perfect' assessments still leading to misinterpretation by students. It is also true that students often do not always recognise what is meant by the term ‘feedback' and have difficulty in interpreting and understanding the feedback that they receive, even with the most careful and targeted advice in advance. (Sutcliffe et al 2014) In 2010 the National Union of Students released a ‘Charter for Assessment and Feedback' which outlined ten principles for effective assessment and feedback. Despite this charter, the National Student Survey (NSS) in 2014 still showed twenty-eight percent of students were not satisfied. ‘Assessment and feedback was again rated the lowest by students, with just seventy-two percent saying they were satisfied with this, the same level as last year.' (Grove 2014) This poster considers research carried out in 2014 when the Year 2 cohort of students on a Bachelor of Arts Primary Education course were asked to complete a questionnaire inviting views on feedback on assessment they found most helpful in clarifying things they did not understand. Analysis of completed questionnaires revealed that although students' experiences of feedback and assessment within their first year of study had broadly matched the principles outlined within the NUS Charter, twenty-five percent of students still were not satisfied. Results from the cohort showed a desire for a range of types of feedback including a wish for face-to-face discussion to enable them to both assess their understanding of feedback comments and feed-forward actions. In addition, a common theme emerged: a lack of perception by students of their own roles and responsibilities within the assessment/feedback cycle. Recommendations are made for ways to overcome the challenge to provide assessment feedback that aims to give total satisfaction.
Reflections on the impact on data collection and analysis when 'insiders' carry out research into teacher education
The article focuses on a study regarding the impact of being an insider researcher on data collection and analysis in teacher education. The study was focused on a problem-based learning approach that was introduced in professional studies modules of teachers of a university as a trainee. There are various difficulties in a qualitative insider research including unwillingness to reveal insecurities to colleagues, offending the sensibilities of individuals and criticizing each other.
Inspiring trainee teachers to engage with and use feedback
Flower Painting on Silk
This article considers the use of Compulsory Online Named Evaluations by Students, (CONES) as a method to achieve 100 percent response rates, of benefit for university accountability, as well as encourage meaningful evaluation and reflection on modules and professional practices by student teachers. In addition, it is suggested that the freedom of opportunity for student teachers to complete the CONES at a preferred time within a given submission period, (one month) does not necessarily affect the quality or quantity of reflection. In order to develop student teachers’ reflections on personal professional practice, within evaluations, it is proposed that greater use of scaffolding is included within future iterations of CONES. The research took place in a public university within the north of England working with an opportunity sample composed of eighty, first year student teachers on a Bachelor of Arts, with Honours Primary Education degree leading to Qualified Teacher Status, (QTS).
Learning through Action Research
Defining 'force'
A primary egg race
Teaching and Learning in the Early Years
Running a school science club and BAYS award scheme
The Last Word
Running a science club using the BAYS Award Scheme - Silver and Gold Awards
Planning for Learning through Celebrations and Festivals
Winter frieze: a snowy day
Start by making a collection of photographs and pictures of cold, winter weather. Include pictures of snow, frost, pink wintry skies and dull grey days. As a group, look at the pictures. Encourage children to think whether they have experienced the weathers shown. Many three-year-olds may have had little, if any, experience of snow and may be unaware of its properties. Talk about frost, ice and icicles as frozen water.
Grouping materials
Learning intentions • Pupils will use their senses to explore and recognise the similarities and differences between materials. • They will sort objects into groups on the basis of simple material properties. • They will find out about the uses of a variety of materials and how these are chosen for specific uses on the basis of their simple properties. • They will recognise and name common types of material and recognise that some of them are found naturally.
Wrapping it up: Recycling paper
Are you desperate for some way to use up all that left-over Christmas wrapping paper? Rachel Sparks Linfield reveals some innovative recycling ideas.
Understanding Electricity
Understanding Electricity is a video to explain and demonstrate the use of the British Gas (1990) ‘Understanding Electricity’ work card resource packs. Rachel Sparks was the lead presenter and consultant.
Activities (5)
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Primary Education
Primary Education
Primary Education
Primary Education
Current teaching
- Level 6 Action Research
- Level 6 Becoming a Subject Coordinator (Science)
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