Online led 3D printing workshop for primary & secondary schools
Event Information
About this Event
***U.K. schools only***
When pupils use 3D printers, they have a mind-set for better learning, one where it is okay to make mistakes. This contributes to their boldness for design, increasing their confidence and imagination.
This virtual CAD and 3D printing workshop will run for 1 1/2 hours and will take place over Microsoft Teams (you don't need to have MS Teams account to access the workshop).
Pupils will use online Computer Aided Design software, Tinkercad, to design and make a 3D printed object.
Pupils will design their very own fridge magnet which will be 3D printed for them and sent to the school.
Who's the workshop for?
- Key stage 2 pupils: year 5 and 6 (class size of up to 30 max)
- Key Stage 2 pupils: year 7 and 8 (class size of up to 30 max)
What will the workshop include?
- What is 3D printing?
- How to design an object for 3D printing
- Slicing your 3D design ready for printing
- See how a 3D printer prints!
- Examples of how Renishaw uses 3D printing
- Q & A session
To have the best experience your class will need access to:
- Each pupil will need a computer or laptop with an internet browser installed (Chrome, IE).
- A good, stable, Internet connection.
- A mouse for each pupils P.C. (not essential but makes the experience better)
- The teacher’s laptop will need access to Microsoft Teams and will need the ability for their screen to be projected onto a screen/TV for the class to see.
If you have any questions or queries please e-mail education@renishaw.com
Renishaw is a global, high precision metrology and healthcare technology group.
We are also a world leader in the field of additive manufacturing (also referred to as metal 3D printing), where we design and produce industrial machines that ‘print' parts from metal powder. From transport to agriculture, electronics to healthcare, our breakthrough technology transforms product performance.
Additive Manufacturing, or more commonly known as 3D Printing is becoming commonly used in manufacturing and medical industries