Filters
Clear allSubject
- Careers (21) Apply Careers filter
- Climate Change (7) Apply Climate Change filter
- Computing (34) Apply Computing filter
- Creative arts and media (1) Apply Creative arts and media filter
- Cross curricular (11) Apply Cross curricular filter
- Design and technology (42) Apply Design and technology filter
- Engineering (26) Apply Engineering filter
- Leadership (2) Apply Leadership filter
- Mathematics (75) Apply Mathematics filter
- Personal development (1) Apply Personal development filter
- Science (212) Apply Science filter
- Space (1) Apply Space filter
- STEM Ambassadors (1) Apply STEM Ambassadors filter
- STEM Clubs (2) Apply STEM Clubs filter
Age range
Type
- Activity sheet (46) Apply Activity sheet filter
- Article (2) Apply Article filter
- Assessment (4) Apply Assessment filter
- Data set (1) Apply Data set filter
- Demonstration (3) Apply Demonstration filter
- Diagram (1) Apply Diagram filter
- Experiment (4) Apply Experiment filter
- Game (1) Apply Game filter
- Group work (12) Apply Group work filter
- Image (1) Apply Image filter
- Information sheet (20) Apply Information sheet filter
- Interactive resource (20) Apply Interactive resource filter
- Open-ended task (3) Apply Open-ended task filter
- Poster (6) Apply Poster filter
- Presentation (29) Apply Presentation filter
- Quiz (1) Apply Quiz filter
- Research (10) Apply Research filter
- Self assessment (2) Apply Self assessment filter
- (-) Remove Teacher guidance filter Teacher guidance
- Textbook (9) Apply Textbook filter
- Video (38) Apply Video filter
- Include Physical Resources (0) Apply Include Physical Resources filter
Showing 300 results
This book, published by the Association for Science Education (ASE) and The British Society for the History of Science, celebrates the life and work of Marie Curie and the subsequent developments in radiochemistry.
The book focuses on the development and applications of radiochemistry and is set out in a...
This Association for Science Education (ASE) publication about properties of metals was developed in association with the British Aerospace Dynamics Group. At the time the Dynamics Group employed over 20,000 people at ten major design/production establishments...
This poster, from the Science and Technology Facilities Council, celebrates 100 years since two scientists in the UK pioneered a technique for crystallography.
Crystallography uses x-rays to create a diffraction pattern to examine the atomic structure of crystals. The poster explains Bragg’s Law, which...
This aim of this resource is to help teachers to support students to acquire the skills required to analyse data and interpret trustworthy information from data. They are designed to be flexible and adaptable with the data providing the stimulation for interrogation and...
This publication is a report from the Leading Space Education Programme (LSEP). This is a Science and Technology Facilities Council (STFC) funded project that has worked with 30 schools in England with the aim of enhancing science, technology, engineering and mathematics education in secondary schools and using...
This guide to disruptive technologies provides ideas and rationale for why disruptive technologies should be taught as part of the Design and Technology secondary and post-16 curriculum. It provides examples of disruptive technologies, discusses how they might be introduced in a classroom setting and supports in...
The Gatsby Charitable Foundation recently launched Good Practical Science, a new report outlining ten benchmarks for secondary schools to transform practical science education in England.
All Saints...
This More Maths Grads resource, from the Maths Careers website, investigates the maths used in transport and is based on the travelling salesman problem.
Students are given a table containing information on the cost of air travel between nine different cities and asked to plan a route that visits each...
These activities, from Eurostemcell, introduce students to the science of stem cells and explore four basic themes in stem cell biology: 1. What is a stem cell? – what stem cells can do; types of stem cell 2. Where do embryonic stem cells come from? – the blastocyst; cell culture; IVF 3. Why bother with stem cells...
In separate documents, this resource provides guidance for teachers to plan for progression of students aged 11-16, based on the National Strategies Framework for Secondary Science Learning Objectives. Each learning objective is given further explanation under the heading ‘Pupils could learn to … ’
...
Python is a freely available programming language. This resource contains six sections:
The first section, Getting started, begins with a simple description of how to download and install a Python compiler onto a computer. The screenshots in the resource use a compiler called IDLE. There...
This learning resource is an introduction to programming with Python. Versions are included for Python 2.7 and Python 3. The fundamentals of programming are covered: • Arithmetic operations • Data types • Control flow As well as some more advanced techniciques including the use of: • Regular Expressions • Files •...
Purpose: Animations require students to make models that explain how a process takes place. Digital technology is used to record a series of frames using the in-built camera, which are then compiled into a video sequence. A narration could be recorded and added to the video using a separate app, but often narration...
Purpose: A rapid method of recording results of investigations or observations is to take a photograph using the camera built in to most mobile devices. The photograph then needs to be annotated to ensure important details are not forgotten or overlooked.
Teaching approach: An example of when this approach...