DKPP
Drop, Kick, Push, Pull
University of Michigan Taubman College of
Architecture and Urban Planning
Research Through Making
Collaborators: Ulysses Sean Vance, RA (PI)
University of Michigan, Taubman College of Architecture and Urban Planning
Ziui Chen Vance, MFA
University of Michigan, Stamps School of Art & Design
Rebecca E. Hasson, Ph.D., FACSM
University of Michigan, School of Kinesiology
Student Collaborators:
Ian Donaldson
Eric Minton
Tianhua Zhang
Martin Elliott
Publication: Move Detroit: An Active Class Space Intervention
Wall of Controller Types
Addressing issues of sedentary body positions in institutional settings, the project investigated the
flexible resonance of polymer materials by embedding sensors that react to pressure and displacement
in furnishing and surfaces. The intent was to increase small muscle movement while in seated or
resting positions. The goals of the research through making activities are to test the applicability of
the sensor in measuring a variety of small and large movements associated with specific physical
behaviors, and develop objects that engage and encapsulate the body’s physical movement.
Questions
1. What are the applications for the tested sensors and their polymer settings in pliable and wearable
technologies that monitor physical activity?
2. What are the surface displacement requirements based on the engagement of an architectural
element serving as a device during physical activity?
3. How do these architectural interventions influence the arrangement of furniture and materials in a
room?
Methods
1. Understanding the performance criteria for embedding sensors in polymers.
2. Test a variety of polymers for flexibility, resilience, strength, and durability.
3. Repetitive testing of activities related to compressive and tensile displacements.
4. Testing the ability of sensors to receive information dependent on the thickness of the polymer
setting and its flexibility.