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Design and Technology worksheets

These new worksheets are designed to support GCSE D&T learning.

The topics are great for student-led learning at home or in class with a group, and all include a "what you need to know" section. Every key topic has an example of a calculation - as well as the answers - making these ideal for independent use.

The questions included within these worksheets have all been written by a former senior examiner and will allow students to test themselves without the pressure of an exam setting.

Browse the set or why not download them all, sharing your learning with us @IETeducation on social media. 

Please note, these resources and experiments have been specifically designed to be carried out with adult supervision or direction as appropriate, and it is recommended that the instructions are followed in a safe manner. All resources and experiments are carried out at your own risk.

Areas

Can you calculate the areas of these different shapes?
Go to Areas

Cost

Can you calculate the various costs that could go into the  making of a single product?
Go to Cost

Density

The density of a material can be used with the volume of a part to calculate the mass of the part. Can you calculate the mass of these objects?
Go to Density

Fractions and percentages

You might be asked to use fractions or percentages when, for example, analysing responses to user questionnaires or calculating the percentage of a material that is used or wasted. Can you calculate the fractions and percentages in this worksheet?
Go to Fractions and percentages

Frequency tables

When a set of data is collected, it is often in a random order. Frequency tables are often constructed to help sort the data. Can you sort the data and fill in the missing fields?
Go to Frequency tables

Interpreting graphs

Explore the graphs displayed within this worksheet and see if you can determine the relationship between x and y.
Go to Interpreting graphs

Metric units and standard form

Very large numbers may be written in standard form enabling them to be written down easily. Can you convert the various units of measure into standard form?
Go to Metric units and standard form

Ohms law and resistance

Ohm’s law states the relationship between the current, voltage and resistance in an electrical circuit. See if you can calculate the answers to the related questions in this worksheet.
Go to Ohms law and resistance

Plotting graphs

Engineers use graphs to present data in a visual form. here, you may be asked to read data from graphs, explain the meaning of data shown in graph form or to plot graphs from provided data.
Go to Plotting graphs

Pressure

Pressure calculations are used to work out the output force of a hydraulic or pneumatic system, or the force applied on a material by a press. Have a look at our example and test yourself with some calculations.
Go to Pressure

Pythagoras

Pythagoras theorem can be used to find out the length of the missing side of a right-angled triangle when the lengths of the two other sides are known. See if you can work out the missing lengths on this worksheet.
Go to Pythagoras

Ratios

Ratios show the relationship between two values. See if you can work out the relationships between the numbers shown here. 
Go to Ratios

Stress, strain and Young's Modulus

Testing the strength of a material normally involves applying a force to a test piece and measuring how its length changes. To allow different sizes of test piece to be compared, this load and extension must be converted into values for stress and strain.
Go to Stress, strain and Young's Modulus

Tessellation

Tessellation means arranging shapes on a surface so that they fit closely together in a repeated pattern. Can you determine the shapes needed in these patterns?
Go to Tessellation

Tolerances

Most products are made to specific sizes depending on what the product is needed to do and are worked out by the designer. Calculate the maximum and minimum acceptable sizes for these products.
Go to Tolerances

Trigonometry

In this worksheet, you may be asked to calculate the angles or lengths of sides in a triangle. For example, this could be used to mark out a part, to calculate the angle of a taper on a turned part, or to determine the path for a machine tool.
Go to Trigonometry

Visualising forms

You may be asked to draw 2D and 3D forms of objects or to use a 3D drawing to create 2D drawings of an object. Complete the projections in this worksheet to show the objects in full.
Go to Visualising forms

Volumes

The volume of a complicated shape can be calculated by breaking it down into a number of simple shapes. See if you can determine the different volumes in our worksheet questions.
Go to Volumes

Related resources

Design and technology resources

Free Design and Technology teaching resources and activities for students aged 11-19 years including lesson plans, handouts and film clips.
Go to Design and Technology resources

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