
Wearable Technology for Vascular Health
Biomedical Engineering
Kyle Richardson, Bret Jonah Ashby, Cody Haws, and Benjamin Langford
Abstract
The ExecuWear Biometric Sleeve is a wearable device designed to address the health challenges of high-performing professionals and executives who spend extended periods in sedentary, high-stress environments, increasing their risk of cardiovascular complications. This device focuses on continuous monitoring of biometric data, specifically blood pressure as well asheart rate and sedentary time, to provide real-time health insights. The ExecuWear Sleeve empowers users to proactively manage their health and enables physicians to make informed decisions based on reliable, long-term data. The wearable medical device market is projected to grow from $45 billion in 2024 to $151.8 billion by 2029 at a 27.5% CAGR. The ExecuWear Sleeve targets executive professionals and healthcare providers focusing on preventive care and risk management, positioning it as a valuable tool in reducing cardiovascular disease incidence. The device is a non-intrusive compression sleeve equipped with sensors to capture pulse wave velocity, blood volume, and heart rate, from which blood pressure can be derived. An accelerometer placed at the elbow delineates active from sedentary behavior, which provides useful data that is transmitted directly to the user’s Mayo Clinic patient portal. Each component is selected for durability, power efficiency, and accuracy to ensure consistent performance. Constructed from a durable polyester-spandex blend, the sleeve uses medical-grade PPG and accelerometer sensors sourced from specialized suppliers. Future development will allow transmission to be handled via a compact Bluetooth module, minimizing hardware and optimizing cost.
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