This software attempts to add another layer of engagement to pediatric therapy sessions for children with physical disabilities who may have trouble regulating their posture.
Archive | 2017
Xbox Adaptive Gaming Kit (Caltech)
Our solution is clip-on additions to the Xbox one controller that extend the joysticks and the top trigger buttons.
Eye Spy: An insertion device to help with diabetes management (Duke University)
Our device has allowed our client to insert her needle on her own at a consistent angle and depth taking her visual impairment into account.
One Thing Straight: A reminder device for monitoring posture (Duke University)
Our device is a posture monitoring system designed to detect a slouch in a man with Parkinson’s Disease and alert him to straighten his posture.
Smart AFO: A walking boot for patients with foot and ankle injuries(Wichita State University)
The Smart Ankle Foot Orthosis is a walking boot which solves the problems of patient non-compliance to partial weight bearing plans, and prevents pressure ulcers in diabetic populations.
Design and development of Haptic Robotic Interfaces(University of Alberta)
This project focused on designing and developing interfaces that can be used in later user studies.
IntelliSleeve: A Smart Knee Sleeve for Exercise Tracking (Purdue University)
The IntelliSleeve is unique because it integrates innovative exercise technology in a sleeve that is not only comfortable for athletes to wear but also provides information in a quantitative, convenient, and objective manner.
StrideSmart: Fall prevention for the geriatric population(Purdue University)
StrideSmart consists of attachments for single-tip canes that can quantify the user’s gait patterns and activity levels by monitoring the cane angle and pressure applied during use, as well as provide haptic feedback in the handle of the cane for gait correction.
Candle Lighters: Maximizing assembly of candle-making kits(Duke University)
We designed and developed a device and a workflow that enables clients to perform one of their tasks (capping tin boxes) at a faster rate with higher accuracy, thus providing stability in their employment.
VIBE Band:Haptic feedback system for Transradial Myoelectric Prostheses(Johns Hopkins University)
The objective of this project is to build a wearable vibration feedback device for persons with upper limb amputation to provide haptic feedback for improving their sensory perception.