Visual and conceptual research in the form of a book filled with a collection of prints, words and drawings exploring the ways we represent and relate to the human body.
Penland
Exploring the dynamic-ness of the spine and looking for ways to visualize the tensegrity of the spine.
Penland
A drawing, printing, binding, sewing and sculpting experiment to connect layers of a bodied experience.
Penland
What is it made of? How healthy is it? Why is it so heavy? There were so many questions about the dense Danish rugbrød, so it was time to investigate. CIID
Exploring the relationship between the left and right hand's individual connection the rest of the body and its content and expression.
Contintent.cc magazine
A tunnel book of a simple watercolor diagram of the digestive system.
Penland
In an exhibition room at the Medical Museum in Copenhagen we installed and facilitated an open biology lab – a space for visitors to participate in experiments and pick up the know how to do it on their own.
Medical Museion / Studio Lab / Labitat
A screening and talk at Husets Biograf Copenhagen exploring analogies we use to describe and know the body
Husets Biograf Copenhagen
My pancreas, is small and black, rectangular, compact, and outside of my body. Could it be any more foreign? At least we speak a similar language, at least I am technology friendly and it hasn’t been hard to understand what my pumps functions are.
The Flux Factory
Medical data is oddly impersonal considering its personal origins. How can people engage with, internalize and process medical data (or any data…) if it does not relate to them in a personalized way?
CIID
“Not the ghost in the machine, but the body in the medium is the central dilemma of modern communications…” – John Durham Peters
CIID
We did design research with people using connected devices and pharmacists to understand system design opportunities.
Lilly R&D and Desert Oasis Health Center
We designed an automated system for triaging and responding to connected device data for the division of endocrinology.
UCSF Center for Digital Health Innovation
We translated clinical research system for automated dual hormone delivery into a consumer product experience for people with type 1 diabetes.
Beta Bionics
We worked to create a simple user interface for business and engineering teams to collaboratively build a machine learning model.
Vinai
We prototyped and tested concepts with participants to create a design direction for the stroke rehabilitation experience using a BCI and robotic arm with a therapist.
Nuerolutions
We translated academic research into a community and clinical resource to support decision making and prescribing diabetes.
Stanford School of Medicine
We worked with the company from the beginning to design a suite of apps and platform for diabetes data.
Tidepool.org
We did hypothesis driven design testing using new adaptive algorithms to design an insulin delivery system that is accessible to non-experts.
Tandem Diabetes
