Primary
- 3D shape nets - Hands-on activity
- Addition and subtraction game - Cracking codes
- Aerospace engineers - IET Faraday® DIY Challenge Day
- Balloon race car
- Amazing animals
- A red-letter day
- Balloon speakers
- Homemade drum and earmuffs
- Learn to count: Balloon rocket activity
- Blindfold maze
- Make a DIY Easter bunny
- Build a bunny craft activity
- Build a car that moves
- Build an Easter bunny basket
- Drawing an electrical circuit diagram with symbols
- Design and technology crossword
- Countdown numbers game
- How to make a Leonardo Da Vinci bridge
- The human body
- Design a model car and wheel axle
- How much paper comes from a tree
- Dress the elf
- How do deciduous trees change?
- Make an amazing bunny pop up card
- Make a papier mâché Easter egg
- KS1 Easter maths: Count using eggs
- Volcano science experiment
- How to calculate density
- Make a steady hand game
- Exploded views
- The difference between deciduous and evergreen trees
- Fashionable forests
- First Lego six bricks
- Using fruit batteries to produce electricity
- How to make a grabber
- Gravity free water
- Greenhouse effect experiment
- Fun with fractions
- Homegrown
- Make a doorbell circuit
- How to work out scale
- How much plastic?
- Investigating lamp brightness
- Animal diet game (KS1)
- Make a Leaf print
- Leaf it
- How does the light from a torch change with distance?
- How to make a periscope
- Lighthouse keeper transfer - IET Faraday® DIY Challenge Day
- Create a letter collection pictogram
- Solving maths problems (KS1)
- Magic squares puzzles
- How do magnets work?
- Magnetic maze STEM challenge
- Water Cycle Activity - Have fun making rain
- How to make a cardboard car
- How to make recycled paper
- Create a map of local flora and fauna
- Make a Marshmallow Catapult for kids
- Magnetic forces STEM activity
- Materials and their Properties
- Mathematical measuring - lengths of leaves
- Investigating simple linkages
- Moving pictures with levers and sliders
- Make models of a simple slider and a lever from card
- Times table bingo
- National Grid jigsaw
- How to make a magnetic Newton's cradle
- DIY Paper planters
- How to draw a plan view in maths
- Favourite colour tally chart
- Pizza fractions
- Static electricity experiment (KS2)
- Practical probability
- Product analysis using the 5 Ws and ACCESS
- Tree trunk circumference
- Easy rainbow experiment
- Easy cookie recipe
- Recycling activities
- Investigate reverse writing through mirror games
- Rubber band helicopter
- Addition and subtraction game - Cracking codes
- Salute maths card game
- Making invisible ink
- Section drawings
- Seesaw scales
- Edges, vertices and faces
- How to make a simple electrical circuit
- How to make a simple electrical switch
- Measuring time
- Build a bridge from spaghetti - Hands-on science
- Make the tallest spaghetti structure - Design & Technology resource for kids
- Identify star constellations
- National Rail maths challenge
- Stronger structures experiment
- Shadow puppet experiment
- Make a homemade musical instrument
- DIY 3D geodesic dome project
- Testing a cars performance
- Time for sunshine
- Treasure hunt
- Water Cycle Activity - Have fun making rain
- Testing material properties
- Calculate journey times
- Wind powered cars
- Make a Robinson Anemometer
- Vikings cross-curricular integrated project
Christmas STEM resources
- Acids and alkalis
- Animal graphics project
- Best Christmas wrapping paper
- Best STEM toys for children
- Build a marshmallow catapult at home
- Build your own Christmas lights
- Christmas cracker jokes
- Christmas emoji
- Christmas paper chain fun
- Christmas star decoration
- Chromatography Christmas tree
- Conductors and insulators
- Crafts with cardboard boxes
- Create a retro lava lamp
- Create crystals
- Create your own Christmas mobile
- Create your own gift tokens
- Daylight hours maths activity
- DIY Winter window decorations
- Dress the elf maths activity
- Eco-inventor Challenge
- Edible stained glass
- Eye spy
- Folded book art
- Freezing point experiment
- Graphics project
- Handmade Christmas decoration
- How deciduous trees change
- How does Santa's sleigh fly?
- How polar animals keep warm
- How to make a Christmas cracker
- How to make a Christmas star paper lantern
- How to make a snowflake
- Insulator experiment
- Jingle bells density science experiment
- Light up Rudolph's nose
- Magic trick
- Make a Christmas star lantern
- Make a homemade paper cone Christmas tree
- Make a homemade snow globe with your children
- Make a paper Christmas star lantern
- Make a playdough electrical circuit
- Make a snow globe
- Make a trap to detect Santa
- Make a woven bag
- Make a yule log
- Make an advent calendar
- Make an exploding snowman
- Make marshmallow
- Make non-alcoholic eggnog
- Make Rudolph shaped cookies
- Make salt dough Christmas decorations
- Make your own gingerbread house
- Make your own sparkly slime
- Marshmallow igloo
- Marshmallow snowflakes
- Naughty or nice
- Parachuting presents
- Reindeer treat chemical reactions
- Santa's suit replacement
- Sew your own Christmas stocking
- Snow blizzard in a jar
- Snowball catapult
- Snowmen Rice Krispie treats
- Super sleigh alternative
- Top eight engineers in Christmas films
- Top homemade gift ideas for children
- Top STEM books for children this Christmas
- Tree trunk circumference
- Triangular numbers
- Which animals hibernate card game
- Why does a snowflake have 6 sides?
- Why does ice melt (video only)
- Winter scavenger hunt
- Write a poem to Santa
- Write a poem to Santa about space
- Write a poem to Santa about the ocean
Future Flight resources
- Air traffic control communications
- Measure the velocity of balloon rockets
- Heat shield
- Hero engine
- History of flight
- Keep the path clear
- Luggage of the future
- Personal transport system
- Pop-up airport
- Which material for your aircraft
- Aircraft chic
- Cabin mood lighting
- Drop it
- Flying high
- How high will it go?
- Hydrogen power
- Measuring noise
- Solar powered engine
- Stop it
- Wearable cockpit
- Future Flight DIY FCD
Sports
- Build your own football team
- Design a kit for a national sports team
- Engineering a stadium
- Goal! Create a podcast for a sporting event
- Make international flag biscuits
- Design and create a pewter cast medal
- Select a Golden Ball recipient
- Fractions of the squad
- London marathon costumes
- London marathon landmarks
- Designing a sports wheelchair
- Designing the trainers of the future
- Sports logo design (Primary)
- Sports logo development (Secondary)
Coronation Celebration
- Design a place setting for a party
- KS2 Times table cake challenge
- How to make a crown
- Gingerbread man STEM challenge
- Maths tea party
- Make a DIY clay teacup
- Make bunting for a party
- Puff pastry pizza swirls recipe
- Make you own recipe book
- Create a Royal portrait
- Create a stone garden display
- Design a Coronation throne
- Design a Royal carriage
- Design an organic meal for a King
Secondary
- 3D modelling
- Technology in sports
- Acoustic Engineering 1
- Acoustic Engineering 2
- Advances in communication technology
- Aerodynamics in action
- Boomerang aerodynamic
- Aerodynamics timeline
- Airbus - IET Faraday® DIY Challenge Day
- Design your own sustainable aircraft
- Amazing animals
- Motorsport data analysis
- System analysis with the BBC micro:bit
- Antennas explained
- Applications of programmable systems
- Calculating areas of overlapping parts
- Calculate energy use at home
- Design and engineer a boat
- Learning about levels through beam and mass
- Binary numbers
- Build a robot arm using cardboard
- Making hydrogen experiment
- Pros and cons of hydrogen fuel
- CAD boat design
- Card modelling a treadle pump
- Design a car of the Future
- How to make a paper bag
- Changing perceptions with design
- Chinese zodiac animals
- Build a popsicle stick catapult
- What is a circular economy?
- Clean water
- Design and build a water treatment
- Coding a geometric construction
- Coding the Future - IET Faraday® DIY Challenge Day
- Aesthetics and design: Colour & feelings
- Colour in product design
- Communication ethics
- Communication future
- Build a simple communications device
- Debating simulation verses real-world sports
- Concept and design
- Is it worth converting to LPG?
- Counting stars using estimation
- Create a flood warning system
- Micro:bit traffic light project
- Create a portable beep tester
- Develop a travel information system
- Data logging - difference calculations
- Develop a programmable counter
- Micro:bit food temperature probe project
- Design a home energy system
- Design a home security system
- Design an alarm for your schoolbag
- Design an automatic lighting system
- Design an information system
- UV protective clothing
- Design a personal heart monitoring system micro:bit
- Design a prototype score counter
- Design a prototype step counter
- Design a hoverboard
- Product design: Create an ergonomic shopping bag
- Design the casing for your flood warning system
- Design an effective logo
- Design to sell 2
- Display stand
- Easter box nets
- Vacuum forming project for KS3
- Egg drop challenge
- Making a vehicle for an egg race
- Test out Galileo's gravity experiment
- Sustainable dancefloors
- Electromagnetic spectrum
- Emergency communications - IET Faraday® DIY Challenge Day
- What is sustainable energy?
- How to reduce your carbon footprint
- Energy transfer
- Energy use of everyday appliances
- Engineered materials
- Reverse engineering
- Materials for design
- Engineering processes
- Engineering products
- Engineering prosthetics
- Water pollution
- Engineers can read your mind
- Entrepreneurial challenge
- Ergonomics and design
- Ethics of prosthetics
- Population growth
- Explore electrical resistance
- Fault detectors using circles
- Filtering water
- Fitness and gaming
- Flood defence - IET Faraday® DIY Challenge Day
- Flood prevention strategies
- Develop a programmable system using the BBC micro:bit
- How to make flowcharts for programming
- Flowcharts for shapes
- Flying by numbers with the lift equation
- Easy magnet experiments ideas to try
- Fuel poverty calculation
- What is fuel poverty
- Design a robot
- What is the future of community transport?
- Generating electricity
- Global surgery challenge
- Nuclear energy debate: pros and cons
- Golden rules for programmable systems
- Heating effect of infrared
- Heating through the ages
- Human robotic arm design
- How do animals use sound?
- Analyse sewage tunnel design
- Underground sewage systems
- Water conservation
- Water consumption
- How technology affects us classroom debate
- Human hearing
- Humans vs robots
- Identifying sensors
- Inclined planes
- Make an infrared game
- Communications infrastructure
- Input, process and output
- Inputs and outputs of design
- Integrating the bag alarm system
- CAD design project
- Investigating batch production
- Investigating how hoverboards work
- Investigating problems faced by people in remote areas
- Is remote surgery safe?
- James Webb Space Telescope - IET Faraday® DIY Challenge Day
- What is energy efficiency?
- Analyse energy consumption data
- Killer water
- Land Rover BAR - IET Faraday® DIY Challenge Day
- Learning more about programmable systems
- Sustainable lighting design
- Logo programming - creating algorithms
- Magic of Christmas
- Easy magnet experiments ideas to try
- Electromagnetic waves
- Marketing a product
- Market research on colour and mood
- Materials and design
- Harnessing the unique properties of materials
- Materials for a prosthetic foot
- Materials for a robotic arm
- Mathematics behind revolving door design
- Maths behind a heating system
- Medical imaging
- Methods of obtaining water
- Microchip technology
- Microwaves and health
- Mission to Mars - IET Faraday® DIY Challenge Day
- Mobile phones and health
- Mobile phone technology
- Model boat maths challenge for GCSE
- Modelling pulley systems
- Modifying the security system
- Navigating a maze
- Reading maps and scale drawings
- How does a Sat-Nav work?
- New tech vs old tech
- Overcoming friction with maglev technology
- Paper aeroplane design
- Make a paper house
- Make a night-light circuit
- Investigate the photovoltaic effect
- Photovoltaic cells - Investigating circuits
- Photovoltaic cells - Modifications
- Piezoelectric crystal
- Piezoelectric product
- Pitch a product
- Turn milk into plastic
- How to make a potato battery
- Ohm's law resistor calculation with the BBC micro:bit
- Power station event tree analysis
- Presenting fitness data
- Measuring boats speed - KS3 engineering
- Produce a treadle pump
- Product analysis
- Micro:bit product integration
- Programmable systems
- Programmable systems of the future
- Programming commands
- Programming the robot buggy with the BBC micro:bit
- Projectiles
- Estimate the radius of a circle of light
- Properties of rocks
- Properties of sensors
- Prosthetic imitation the human body
- Pulleys - Forces in equilibrium
- Pulleys - Forces in motion
- Queueing theory
- Ration and proportion
- Recycling
- Remote operations - IET Faraday® DIY Challenge Day
- Renewable energy debate
- Repeating graphical patterns
- Analysis of needs
- Build a robot arm using cardboard
- Robot swarms
- Code breaking with the Rosetta stone
- Rosetta code 2
- How safe if personal transport?
- Comparing the carbon footprint of transportation
- Science behind the materials
- Sculpting a story
- Sensor decisions
- Sensors
- Sensor solutions
- Sensor systems
- Sewage tunnels
- Debating simulation verses real-world sports
- Sketch it out
- Smart and modern materials
- Smart cycle - IET Faraday® DIY Challenge Day
- Smart materials 2
- What are smart materials and how are they used?
- Smart sensor card game
- Smart sensors
- Snow place like home
- Develop a programmable system using the BBC micro:bit
- Social effects of health management
- Sound insulation
- Sound insulation 2
- Sound velocity
- Understanding the equation for a sound wave
- Speedometer calibration
- Boat design challenge - KS3 engineering
- Land Rover BAR and sustainability
- Spreading disease
- Starry lights
- Pedometer design
- Step counter - prototype to final product
- Streamlined shapes
- Structural engineering
- How to design a spaghetti roof structure
- Structural engineering starter
- Suitably dressed Santa
- Design a pair of futuristic sunglasses
- Super sleigh
- Table tennis server - IET Faraday® DIY Challenge Day
- Taster activities
- Technology benefits
- Tessellated fabric printing
- Create a tessellation pattern
- Test and modify the pedestrian crossing system
- Testing fitness levels
- Testing pulley systems
- Testing the beep tester
- Testing water filtration systems
- The first programmable system
- Thorpe Park - IET Faraday® DIY Challenge Day
- Make a tie dyeing a picnic blanket
- What are the pros and cons of using public transport?
- Design a magnetic tool holder
- Tool holder testing
- Train design
- Transportation problems
- Transport displays designed for users
- What is aerodynamics?
- Use the speed equation to calculate journey times
- Understanding ergonomics and anthropometrics
- Vanishing card deck
- Water aqueduct shapes
- Water supply
- Water treatment systems
- Water wheel construction
- Waves equation
- Wearable antennas
- Wearable technology
- Well placement between villages
- What am I? Inputs and outputs
- What is a program?
- What is remote surgery
- Balancing forces to design a boat?
- Which material and why?
- Which medical imaging technique?
- Which medical imaging technique - practical
- Why cast it?
- Wifi - How it works
- Wii fitness?
- Wind tunnel testing
- Wind turbine calculations
- Wireless
- Electromagnetic Radiation
- Wonderful weaving
- How to make a toy zip line
Bugatti Trust
Fairfield Control Systems
EABW
- Create a foldable football goal
- Design a robot to draw lines on a football pitch
- Design an astronauts menu
- Make a terrarium to grow grass on the moon
- Build a communication system for the moon
- Sketch a football pitch
- Design a football robot referee
- Design a jetpack
- Design a football kit to use on the moon (secondary)
- Design a moon football kit (primary)
- Design a futuristic backpack (primary)
- Design a backpack for the future (secondary)