MRI Scanner Range
Improving lives through the experiences we curate Design Talk by Florian Boulanger and Hyelin Lee, 13.30 and 15.00 hrs at the Philips Museum
Hosted by Philips Museum and Philips Experience DesignThis project is now archived and was part of DDW19
MRI Scanner Range
MRI scanners are complex diagnostic imaging machines that provide very crisp anatomical images to help clinicians provide accurate diagnosis. That said, getting an MRI scan can be time consuming, loud and uncomfortable for the patient. For many people, it can be a daunting experience.
In order to design the next generation of MR technology, the Philips Experience Design team not only looked at how to leverage incredible advancements in technology, but also looked at the holistic patient and clinician experiences.
The Philips Experie
Participants of this exhibition
Hosted by
Philips Museum and Philips Experience Design[email protected]
+31 (0)40 235 90 30
Visit website
About Philips Museum and Philips Experience Design
Philips Experience Design was founded in 1925. Over 500 designers in 15 studios around the world create products, services and solutions that are meaningful to the people who purchase or use them. Every year Philips Design wins over 130 international design prizes. The designers offer a look behind the scenes and insight in the challenges and cooperations.
The Philips Museum gives a fascinating picture of Philips developing from a small light bulb manufacturer into an innovative global company.
Similar projects
Vereniging Nederlandse Gemeenten & What if Lab
What if: Safety Matters
ABN AMRO
ABN AMRO HOTSPOTS | Louis Braddock Clarke
Temporary Art Centre (TAC)
What A Time To Be Alive!
Dutch Design Week
DDW Talks: Digital Design
Philips Museum and Philips Experience Design
Stroke Communication Tool
Willem de Kooning Academy & Draka Interfoam
Foam Visions
MU
Re-Create Out Loud #3 Dries Depoorter
Jessica den Hartog
ReChallenge
SERVICE DESIGN DAYS, Philips Experience Design and ELISAVA
Service Design Challenge
Studio Julia Janssen
0.0416 seconds