Since 2014, SEERIH (Science and Engineering Education Research and Innovation Hub) has developed a professional learning programme for primary science subject leaders in Greater Manchester. This responds to the ongoing need for teachers to develop skills and confidence in the teaching, learning and assessment of primary science (Wellcome Trust,…

In this article, Rebecca Riley uses drama and role-play to provide a context for science learning and teach about STEM careers. The article discusses how using a meaningful text with a stimulating story and relatable characters allows children to become fully immersed in a narrative. By using the drama-based teaching approaches that teachers…

Ken Robinson (2006) once suggested that schools kill creativity and it is argued that in England, since the introduction of the most recent iteration of the National Curriculum (2013), creative subjects are in danger of being marginalised in favour of spending time preparing for high-stakes testing in maths and English. Meet Little Inventors! It…

The research completed by the authors into the teaching and learning of evolution and inheritance (2014 to 2018) seeks to understand the demands made by the revised National Curriculum in England (DfE, 2015) and to offer support. The commitment of the authors to applied research assumes more useful outcomes are likely when studies are conducted…

Changes to the National Curriculum in England in 2014 placed a stronger emphasis on children working scientifically while developing a range of science enquiry skills. As science subject leaders, the authors noticed that colleagues in their schools were only confident when teaching enquiry as a fair test, which the authors now know is not always…

For many years teachers have been planning cross-curricular lessons to develop children's knowledge and understanding in two or more subjects at the same time, with the aim of showing children how to transfer skills from one subject to another and give greater purpose to their learning. However, following the revisions to the National Curriculum…

In March 2016, the school that the author teaches at held its annual science day and the theme was "bees." Each class was given a different question relating to bees to investigate. The children in the authors' year 2 class (ages 6-7) were challenged to investigate the life cycle of a bee. The whole day was focused around the life cycle…

Having embraced the inclusion of evolution in the National Curriculum for primary science in England and briefly bemoaned the omission of any physics in key stage 1 (ages 5-7), it was time to focus on the biggest change, that of working scientifically. While the authors were aware of the non-statutory suggestions to study famous scientists such as…

We cannot expect every child to leave primary school with the aspiration of becoming a scientist. It is, however, achievable for children to move through their education seeing the implications of science in everything we do. Questioning, predicting, interpreting data, drawing conclusions, communicating evidence and evaluating procedures are all…

Changes in the National Curriculum for England in 2014 included the introduction of levers, gears, and pulleys into primary science. Although simple mechanisms had been part of the design and technology (DT) curriculum for some time, it was the first time that the science behind the mechanisms had been included at the primary school level. These…

Children are engaged by finding out about science in the real world (Harlen, 2010). Many children will be cyclists or will have seen or heard about the success of British cyclists in the Olympics and the Tour de France. This makes cycling a good hook to draw children into learning science. It is also a good cross-curricular topic, with strong…

Evolution and inheritance appear in the new National Science Curriculum for England, which comes into effect from September 2014. In the curriculum documents, it is expected that pupils in year 6 (ages 10-11) should be taught to: (1) recognise that living things have changed over time; (2) recognise that living things produce offspring of the same…

Is a "fair test" the only way to carry out science investigations? Many children (and primary teachers) following the National Curriculum in England and Wales would answer "yes" to this question. This is because fair test investigations have historically been promoted in national assessment, published curricula, schemes of work…