Hemi

Degree Project 2022

Damage to the brain can lead to different types of long-term motor impairments like hemiplegia where patients have difficulties moving one side of their body.

Unfortunately, there is no cure for hemiplegia, but hand therapy is crucial for children to gain independence in their daily life activities and prevent the disuse of the affected side of their body.

Exercising does not only happen at the rehabilitation center, home becomes an important environment for children to keep doing therapy exercises. The problem is that therapy consists of repetitive movements, so motivating a child to perform uninteresting, frustrating and repetitive activities by themselves can be challenging for parents.

Hemi is a flexible system that helps children to keep exercising at home in a playful and fun way as a complement to the their regular therapy sessions. By interacting with physical controllers, Hemi allows kids to improve their hand motor skills while playing different digital therapeutic games. Hemi makes therapy more engaging without kids even knowing they are exercising!

Natalia Soledad Ikebara

Master's Programme in Advanced Product Design
Image:Umeå Institute of Design
Hand therapy Image:Umeå Institute of Design

Hand therapy

Remote ideation workshop from Argentina Image:Umeå Institute of Design

Remote ideation workshop from Argentina

Hands-on exploration Image:Umeå Institute of Design

Hands-on exploration

Exploration Image:Umeå Institute of Design

Exploration

User testing in Argentina Image:Umeå Institute of Design

User testing in Argentina

NataliaIkebara_Result01 Image:Umeå Institute of Design

NataliaIkebara_Result01

NataliaIkebara_Result08 Image:Umeå Institute of Design

NataliaIkebara_Result08

NataliaIkebara_Result02 Image:Umeå Institute of Design

NataliaIkebara_Result02

Games instructions Image:Umeå Institute of Design

Games instructions

Smart ball controller to exercise wrist-arm movements Image:Umeå Institute of Design

Smart ball controller to exercise wrist-arm movements

Turning controller to exercise fine-motor skills Image:Umeå Institute of Design

Turning controller to exercise fine-motor skills

Push controller to exercise fine-motor skills Image:Umeå Institute of Design

Push controller to exercise fine-motor skills

Sliding controller to exercise fine-motor skills Image:Umeå Institute of Design

Sliding controller to exercise fine-motor skills