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PInCh 2017:
How can we use wearable technology to address an important health problem?

Up to $555,000 in awards!

The following projects will be competing for funding during the Final Event on October 25, 2017! The project applications were reviewed by a team of experienced reviewers with expertise and background including clinical medicine, basic and clinical research, finance and innovation. The six $100,000 finalists will give their pitch to a live judging panel and audience. The seven $25,000 finalists will compete during a poster session in which event attendees will vote for the projects they would like to receive funding.

The following teams will compete for up to $100,000 in funding:

FLO2 NeuroCap

Team Members: Mioara Manole, Theodore Huppert, Ervin Sejdic, Ericka Fink

Description: Multimodality, non-invasive technology to simultaneously and continuously monitor brain oxygenation and neuronal activity in children after cardiac arrest or other brain injury.

Manual Wheelchair Virtual Seating Coach *

Team Members: S. Andrea Sundaram, Josh Brown, Joshua Chung, Rory Cooper, James Landis

Description: A system to help manual wheelchair users to learn and remember to do adequate pressure reliefs to prevent the development of pressure ulcers.


Team Members: Krista Kutina, Michael Boninger, Dave Brienza, Katee Coleman, Goeran Fiedler, Alicia Koontz, Mary Miknevich, Kristana Mitchell

Description: Mobile gait training system for lower limb amputees that provides real time visual feedback from data derived from an integrated kinetic sensor in the prosthetic limb.

Purrr *

Team Members: David Rabin, Greg Siegle, Kathryn Fantauzzi, Erik Loraas, Shan Gao, Raghav Sharma, Noah Freedman

Description: A convenient, wearable, and intuitive tool that detects stress on the rise and empowers you to effortlessly control it before it controls you.


Team Members: Sandra Sobel, Dave Rometo, Kristine Ruppert, Linda Siminerio, Patrick McMarthy

Description: A protocol using continuous glucose monitors for temporary intensive insulin therapy at time of type 2 diabetes diagnosis to induce beta cell restoration and diabetes remission.


Team Members: Changfeng Tai, William de Groat

Description: A reversible thermal block technology to suppress or completely disrupt peripheral nerve activity without generating any initial nerve firing.

The following teams will compete for up to $25,000 in funding:


Team Members: George Stetten, Roberta Klatzky

Description: New wearable technology patented by the Univ. of Pittsburgh replaces eye motion with finger motion, allowing visually impaired users to scan the environment, rapidly finding and identifying objects by means of computer vision algorithms as communicated through vibratory as well as audio channels.


Team Members: Ulka Sachdev, Shiyi Shen, Yi Zhu, Michele Morris

Description: Smart compression stocking for patients suffering from chronic venous insufficiency that is adjustable and self-monitoring to reduce symptoms and improve quality of life.


Team Members: Amit Sethi, Ervin Sejdic, John Riley, William Clark

Description: I-HITS is an individualized hand improvement and tracking system, which allows patients with stroke to monitor their hand movement and enables therapists to deliver treatment outside therapy.

interACTION: ADL Module

Team Members: Kevin Bell, William Clark, Elizabeth Schlenk, Michael Schneider, Gwendolyn Sowa

Description: Wearable technology-based behavioral intervention that assess activities of daily living and actively informs a customized treatment plan to prevent chronic low back pain.


Team Members: Mingui Sun, Wenyan Jia, Patrick Strollo

Description: Smart textile wearable device that delivers controlled electrical and vibrational stimulations to lower extremities for treatment of restless leg syndrome.

OH Alert!

Team Members: Elizabeth Katrancha, Joe Lindsay, Travis Stouffer, Eunice Yang

Description: Wearable technology that assesses individualized heart rate variability data to predict and warn a person of orthostatic hypotension before it happens to prevent a potential fall.

uHaptic *

Team Members: Ameya Nanivadekar, Santosh Chandrasekaran, Lee Fisher, Max Novelli, David Weir

Description: Universal haptic package is a wearable for upper or lower limb prostheses that will sensorize prostheses and interface with existing and future stimulation systems to provide life-like sensory feedback to the wearer.

Veteran Impact Incentive:

This year we are incentivizing solutions that can impact US military veterans through a system of veteran impact bonus awards. * Eligible projects may receive up to $25,000 in bonus awards.

Please visit the Veteran Impact Incentive page for more details.

Funds to support 2017 PInCh Wearables project awards were generously provided by DSF Charitable Foundation

This website is maintained by the Clinical and Translational Science Institute. For questions regarding the PInCh competition, please email pinch@pitt.edu.
For technical difficulties with PInch submissions, please email ctsitech@pitt.edu.
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