There are three levels at secondary, Bronze, Silver and Gold.
Bronze is typically completed by 11-14 year olds (key stage 3), students complete a 10 hour project. and is a perfect introduction to STEM project work for young people. Over the course of 10 hours, teams of students design their own investigation, record their findings, and reflect on their learnings, giving them a taste of what it is like to be a scientist or engineer in the real-world.
Silver is typically completed by 13-16 year olds (key stage 4) and, students complete 30+ hours project work. are designed to stretch your students. They are long-term, in-depth projects that are run by the students themselves, and usually consist of 30+ hours of project work. All Silver projects are assessed externally via our online platform.
Gold is typically completed by 16-19 year olds (key stage 5), and students will complete 70+ hours project work. Gold projects are long-term, in-depth projects that are run by the students themselves, and at this level, students are encouraged to collaborate with a CREST mentor – an academic or person from industry with expertise in their project’s theme. All Gold projects are assessed externally via our online platform.
There are many more CREST resources which have been developed by our partners and by providers in your region. Click here for links to CREST accredited resources developed by partner organisations, CREST accredited schemes and education providers who can deliver CREST accredited activities.
Click on the links or scroll to browse
Aerodynamic sails Click Learn to about edit project aerodynamics description by studying sails and their properties. #physics #aerodynamics #sailing
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10 hour projects recommended for ages 11-14 years. Find out more about this level and how to gain a CREST Award on the Bronze page
Investigate different soft drink recipes and design an experiment to make the perfect fizzy drink.
Investigate a range of methods for making tea and devise an experiment to make the perfect cup of tea for you.
Investigate different bread recipes and design an experiment to get the perfect rise.
Investigate different types of crisps to find out what makes them crispy.
Compare shop bought shampoo to alternative liquid cleaning products.
Design and test your own rollercoaster to see how you can make it go faster.
Design and build a cabinet for your home entertainment system.
Experiment with different ingredients to find the best recipe for cleaning teeth.
Investigate air pollution levels by sampling rainwater and finding out about the causes of pollution in your local area.
Find out about quality control by taking on the role of a factory quality checker.
Find out which methods are best for revealing latent fingerprints on different types of surface.
Measure the baseline level of fitness of a group of volunteers.
Design and test your own rollercoaster to see how you can make it go faster.
Design and build a cabinet for your home entertainment system.
Measure the baseline level of fitness of a group of volunteers.
Experiment with different ingredients to find the best recipe for cleaning teeth.
Investigate air pollution levels by sampling rainwater and finding out about the causes of pollution in your local area.
Investigate different soft drink recipes and design an experiment to make the perfect fizzy drink.
Investigate a range of methods for making tea and devise an experiment to make the perfect cup of tea for you.
Investigate different types of crisps to find out what makes them crispy.
Compare shop bought shampoo to alternative liquid cleaning products.
Find out about quality control by taking on the role of a factory quality checker.
Find out which methods are best for revealing latent fingerprints on different types of surface.
Design and test your own rollercoaster to see how you can make it go faster.
Find out about quality control by taking on the role of a factory quality checker.
Measure the baseline level of fitness of a group of volunteers.
Investigate different soft drink recipes and design an experiment to make the perfect fizzy drink.
Investigate a range of methods for making tea and devise an experiment to make the perfect cup of tea for you.
Investigate different bread recipes and design an experiment to get the perfect rise.
Investigate different types of crisps to find out what makes them crispy.
Compare shop bought shampoo to alternative liquid cleaning products.
Experiment with different ingredients to find the best recipe for cleaning teeth.
Investigate air pollution levels by sampling rainwater and finding out about the causes of pollution in your local area.
Find out which methods are best for revealing latent fingerprints on different types of surface.
30 hour projects recommended for ages 14-16 years. Find out more about this level and how to gain a CREST Award on the Silver page
Investigate the effects of fermentation and additives on fizzy drinks.
Learn about the causes and consequences of diarrhoea and dehydration.
Learn about weights and counterweights by designing your own model pirate ship.
Investigate the fat and salt contents of different types of spread.
Investigate the properties of alcohol/water mixtures, and how these properties can be used to measure alcohol content.
Investigate the effect of industry or agriculture on a water course, by comparing levels of pollution.
Investigate the thermal properties of different fabrics used in cold weather clothing.
Learn about weights and counterweights by designing your own model pirate ship.
Learn about the causes and consequences of diarrhoea and dehydration.
Investigate the fat and salt contents of different types of spread.
Investigate the effect of industry or agriculture on a water course, by comparing levels of pollution.
Investigate the effects of fermentation and additives on fizzy drinks.
Investigate the fat and salt contents of different types of spread.
Investigate the properties of alcohol/water mixtures, and how these properties can be used to measure alcohol content.
Investigate the thermal properties of different fabrics used in cold weather clothing.
Learn about weights and counterweights by designing your own model pirate ship.
Learn about weights and counterweights by designing your own model pirate ship.
Investigate the fat and salt contents of different types of spread.
Investigate the effect of industry or agriculture on a water course, by comparing levels of pollution.
Investigate the effects of fermentation and additives on fizzy drinks.
Learn about the causes and consequences of diarrhoea and dehydration.
Investigate the fat and salt contents of different types of spread.
Investigate the properties of alcohol/water mixtures, and how these properties can be used to measure alcohol content.
Investigate the effect of industry or agriculture on a water course, by comparing levels of pollution.
Investigate the thermal properties of different fabrics used in cold weather clothing.
Investigate the thermal properties of different fabrics used in cold weather clothing.
70 hour projects recommended for ages 14-18 years. Find out more about this level and how to gain a CREST Award on the Gold page
Run tests on potatoes to see how much starch they contain.
Compare the properties of a range of fabrics made from different fibres.
Consider the impact of treatments on different types of hair.
Investigate nutritional disorders and design a menu for someone with one.
Investigate how quickly vitamins and minerals enter the bloodstream.
Investigate if fruit juices are really healthier than fizzy drinks.
Research the various properties of materials used to make a cooking utensil of your choice.
Investigate what makes the ideal toothbrush and design your own.
Make sure you research the hazards and complete a risk assessment.
Investigate nutritional disorders and design a menu for someone with one.
Investigate how quickly vitamins and minerals enter the bloodstream.
Investigate if fruit juices are really healthier than fizzy drinks.
Run tests on potatoes to see how much starch they contain.
Investigate different bread recipes and design an experiment to get the perfect rise.
Run tests on potatoes to see how much starch they contain.
Consider the impact of treatments on different types of hair.
Investigate if fruit juices are really healthier than fizzy drinks.
Compare the properties of a range of fabrics made from different fibres.
Research the various properties of materials used to make a cooking utensil of your choice.
Investigate what makes the ideal toothbrush and design your own.
Consider the impact of treatments on different types of hair.
Investigate nutritional disorders and design a menu for someone with one.
Investigate how quickly vitamins and minerals enter the bloodstream.
Run tests on potatoes to see how much starch they contain.
Compare the properties of a range of fabrics made from different fibres.
Consider the impact of treatments on different types of hair.
Investigate nutritional disorders and design a menu for someone with one.
Investigate how quickly vitamins and minerals enter the bloodstream.
Investigate if fruit juices are really healthier than fizzy drinks.
Research the various properties of materials used to make a cooking utensil of your choice.
Investigate what makes the ideal toothbrush and design your own.
Make sure you research the hazards and complete a risk assessment.
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