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These resources have been reviewed and selected by STEM Learning’s team of education specialists for factual accuracy and relevance to teaching STEM subjects in UK schools.

Evidence that counts

The reports in this publication demonstrate the potential of practising teachers to carry out research which applies a scientific method, both in terms of the generation of school-based local and contextual evidence and with regard to the development of a research-engaged, research-informed and research-led teaching profession. They also illustrate how poster-style reporting can offer an engaging and immediate way of understanding a piece of education research of this type, how the research was conducted and its implications for other teachers. 

 

The 12 reports of teacher experimental research include:

Chapter 2 Between-subject design: what is a between-subject design and when can it be used?

Example 1 Verbal and visual-digital feedback on creative writing in rural primary schools improves progress rates compared to written feedback – a preliminary study (James Siddle)

Example 2 Peer reading improves the reading age of pupil premium children compared to reading only to adults – a preliminary study (Theresa Peacock and Bridie Bear)

Example 3 Preliminary evidence from a small-scale randomised controlled trial into the effectiveness of a ‘RUCSAC’ individual checklist approach (Alison Turner, Dean Flood and Kate Andrews)

 

Chapter 3 Within-subject designs: the advantages and use of a within-subject design

Example 4 Two mathematics lessons of flipped learning improve performance in numerical reasoning tasks for Key Stage 3 students (Daniel Lear)

Example 5 The use of flipped learning, prior to beginning a new concept in mathematics, has a positive effect on pupils’ learning (Matthew Maughan and David Ashton)

Example 6 A preliminary pilot study into the effectiveness of a ‘rich task’ contextual style of teaching mathematics, compared to a traditional procedural approach (Timm Barnard-Dadds and Allison Davies)

Example 7 Using a story map approach can be an alternative treatment when solving reasoning problems – evidence from a small-scale preliminary study (Sarah Baugh-Williams, Ceri Bibby and Graeme Jones)

 

Chapter 4 Adding in a third condition: when to consider using a third condition

Example 8 A collaborative teaching approach enhances the performance of students in mathematical problem solving (Gavin Jones and Rob Wilson)

Example 9 ‘Look, Cover, Check, Write’ improves attainment in Year 1 primary school lessons (Charlotte Morris)

 

Chapter 5 Case-matching and matched-pair designs: another way to deal with between-participant variation

Example 10 A small-scale, case-matched pilot study into the effects of mixed-ability groupings versus ability groupings on pupils’ attainment in and enjoyment of numerical reasoning tasks (Wendy Blyth and Rachel Elphick)

Example 11 A six-month mentor programme for underachieving GCSE students in an international school context increases progress across all subjects, as evidenced in GCSE examination results – a non-randomised case-matched study (Emmet Glackin)

 

Chapter 6 Quasi-experimental studies comparing two existing groups: looking at the effects of a single treatment on different groups

Example 12 Drop Everything and Read (a one-year reading intervention) closes the attainment gap for a significant number of low-ability Year 7 learners in a zone 5 Academy in London (Jess Moore and Simon Andrews)

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