A 3D printing and assistive technology design challenge for students, brought to you by PrintLab and Autodesk

A human-centred design project where students create a range of assistive devices for people with disabilities

Students design solutions to limit the spread of viruses such as Covid-19 on surfaces

Send Tinkercad models to Fusion 360 for further editing and visual presentations

Get started with Fusion 360 software and learn all the essential tools

Students learn about photosynthesis before designing and 3D printing a self-watering planter

A lesson about forces and motion where students design their own balloon powered dragster

Students upcycle waste materials at their school by combining them with 3D printed forms to create useful products

Students are challenged to rethink and redesign a disposable plastic product to eliminate waste

Students learn about the circular economy before rethinking and redesigning the way we create and use plastic packaging

Students learn how to digitise nature with 3D scanning to create beautiful jewellery pieces

Students learn how to design and manufacture 3D printable orthotic devices

Students transform an off-the-shelf product into an ergonomic solution customised for an individual

Students learn how to reverse engineer a series of products using 3D scan data

Students design and make consumer products out of mycelium, the root-like structures of mushrooms

Students create an intervention that encourages the reuse of a product that would typically be thrown away after a single use

A 30-page team portfolio that guides students to create a 3D printing business

Students design assistive clips that attach to objects to make them more accessible

In collaboration with HiveHaus, this project will guide students in designing a new building for their school

Students design organic homeware by editing 3D scan data and display them online as digital inventory

Students collaboratively design and 3D print a 3D contour model

Students learn about tension, compression, torsion and shear by making a suspension bridge model

Turn a clay model into an ergonomic 3D printed pen using a 3D scanner