Event Details
Day 1: 9 February 2023
Start time: 09:00 BST
End time: 12:00 BST
Venue: Services For Education, Unit 3 Holt Court, Holt Street, Birmingham, B7 4AX
No products in the basket.
£165.00
For students to develop scientific literacy, they must first engage in literate practices to develop their understanding of scientific concepts. Put another way, improving students’ literacy in Science will help them to better develop their scientific understanding and scientific inquiry skills, which increases their scientific literacy and their ability to access the world around them.
36 in stock
Day 1: 9 February 2023
Start time: 09:00 BST
End time: 12:00 BST
Venue: Services For Education, Unit 3 Holt Court, Holt Street, Birmingham, B7 4AX
Scientists and other STEM professionals have unique ways of accessing and communicating information. Students benefit from explicit instruction by someone who understands scientific practices in order to link language skills to this complex content. Communication and writing in Science is highly specialised. Students must be able to read and write texts that are often dense, technical and abstract (Fang, 2005). Scientific texts are also typically multimodal, containing written language, diagrams and images. Teaching students how multimodal elements of a text work together to create meaning will help them to develop and communicate their scientific understanding.
We will consider the impact of areas such as reading for meaning in science through:
• developing students’ ability to build on their own experiences of different styles of writing developed in primary school;
• develop their use of scientific terminology by making increasingly complex terminology the focus of starters and plenaries;
• produce independent written work that communicates science in a clear, logical way;
• to distinguish between opinion and fact to demonstrate understanding of the role of evidence in scientific ideas.
Scientific texts are also complex as they are comprised of multiple genres. Explicitly teaching students about the textual features of the various genres they will encounter in Science should help to improve students’ reading and writing. The common genres students will read and write in Science include:
• procedural recounts
• explanations
• discussions.
These skills not only support students’ ability to navigate scientific method, but also help students to clarify, extend and communicate their developing knowledge of scientific content.
For more information contact us here.
Marsha firmly believes that a quality education is the basis for social mobility and has spent her extensive career working across the West Midlands conurbation catapulting the stunted ambitions of staff and students. Marsha has held several senior positions, most recently as a Deputy Headteacher transforming outcomes in one of the most deprived parts of the county.
Marsha is a specialist in The Principles of School Leadership, Safeguarding, STEM Education and Behaviour Management this is complimented by her interest in cognitive science, not only the application to schema but also its application to the wider, often hidden curriculum.
ECT Support
Leadership and Management
Curriculum Area Training
Mental Health and Wellbeing
Curriculum Area Training
Curriculum Area Training
How to Teach Relationships Education (Including Puberty) – Modules 1-4
Music
Curriculum Area Training
Curriculum Area Training
Primary Statutory Relationships and Health Education: A Free Roadmap and Webinar Series
Music
Mental Health and Wellbeing
Curriculum Area Training
Sandra Passmore – Former Adviser, Services For Education
Sandra has extensive experience in safeguarding, health and wellbeing and evidence based practice. She has worked nationally with key government departments (Departments of Health and Education) to help shape strategy and policy whilst still retaining the focus on working for the best outcomes for children and young people.
She has a PhD on the psychology of health related choices which has informed the development of award winning, evidence based programmes such as Health for Life in primary schools and Health for Life in nursery schools which have been proven to have a sustainable impact on improving the health and wellbeing of children and families.
Sandra led the development and delivery of the DSL (Designated Safeguarding Lead) training for SFE. She was pivotal in expanding the remit of the safeguarding work to also include issues such as domestic abuse and sexual violence and harassment within the education context.
Sandra’s passion for improving the lives of children has led her to develop work within Public Health and managed RCT (Randomised Control Trials) on the effectiveness of interventions such as the daily mile. Additionally, Sandra has written books for teachers and pupils as well as peer reviewed academic journal papers.