Skip to main content

New collaboration between ASU College of Health Solutions, Herberger Institute sparks innovative research projects

glass globe
March 14, 2019

Faculty researchers from the College of Health Solutions and the Herberger Institute for Design and the Arts have combined forces on interdisciplinary research projects through a new grant program that brings health and design and the arts together to solve various health challenges.

The Collaborative Seed Grant program is a joint venture initiated last summer by the deans of both colleges to fund projects that combine the research and expertise of their respective faculties. College of Health Solutions Dean Deborah Helitzer and Herberger Institute Dean Steven Tepper each pledged $10,000 to establish this competitive research grant and have funded three innovative projects through this new collaboration.

Hearing loss rehabilitation, awareness and prevention through acoustic ecology and virtual reality

Grant: $6,330.
Principal investigator: Sabine Feisst, professor of music, School of Music, Herberger Institute.
Co-investigators: Aparna Rao, clinical associate professor, College of Health Solutions; Garth Paine, associate professor, School of Arts, Media and Engineering, Herberger Institute.

Description: Blending medical research, sound studies, creativity and technological innovation, faculty from ASU's Acoustic Ecology Lab  and ASU's Speech and Hearing Clinic will focus on the emotional and psychological impact of hearing loss in adult patients. Researchers will use listening practices from the fields of music, sound studies and acoustic ecology such as multi-sensory environmental listening, creative exercises and virtual reality technology to rehabilitate individuals with hearing loss.

Development of a hydration self-assessment system for student athletes

Grant: $5,000.
Principal investigator: Floris Wardenaar, associate professor of nutrition, College of Health Solutions.
Co-investigator: Dean Bacalzo, assistant professor of industrial design, The Design School, Herberger Institute.

Description: Researchers aim to create a reliable, cost-effective urine color system for athletes to self-assess their hydration levels. Current methods for assessing hydration are cumbersome, inconvenient and non-standardized. Combining user-friendly design principles with field research will advance the use of this method to assess factors that affect athletic performance.

Design of the future workstation: Enhancing health and well-being on the job

Grant: $8,000.
Principal investigator: Dosun Shin, associate professor of industrial design, The Design School.
Co-investigators: Assegid Kidane, engineer, School of Arts, Media and Engineering; Pavan Turaga, associate professor, School of Arts, Media and Engineering; Todd Ingalls, research professor, School of Arts, Media and Engineering; Matthew Buman, associate professor, College of Health Solutions.

Description: Research studies associating sedentary behavior with numerous chronic physical ailments inspired a collaboration to create a new type of desk for employees whose work requires them to sit for prolonged periods. Embedded sensors will assess posture and sit-to-stand efficiency and will issue prompts to increase standing behavior. Users will get feedback about their movements through unobtrusive displays as well as light and sound cues.

The one-year grants fund the projects through the end of 2019.

More Science and technology


Palo Verde Blooms

NASA's ShadowCam now lets you explore the moon’s darkest places

There are places on Earth’s moon where sunlight never reaches. Now, you can peer inside them — literally see inside these shadows…

March 04, 2024
Group of people wearing the same shirt pose for a photo in front of a staircase.

NSF CAREER grant funds ASU physics professor’s research on integrin structure

Understanding integrins is essential for comprehending fundamental biological processes and various diseases, including cancer.…

March 04, 2024
A hand holding a pile of dirt next to an insect.

Advances in forensic science improve accuracy of ‘time of death’ estimates

Accurate “time of death” estimates are a mainstay of murder mysteries and forensic programs, but such calculations in the real…

March 01, 2024