Is this project an undergraduate, graduate, or faculty project?
Undergraduate
Project Type
individual
Campus
Daytona Beach
Authors' Class Standing
Lucia Westgate, Junior
Lead Presenter's Name
Lucia Westgate
Lead Presenter's College
DB College of Engineering
Faculty Mentor Name
Christine Walck
Abstract
Watercraft-related accidents, particularly kayaking incidents, contribute significantly to injuries and fatalities worldwide. Capsizing poses a critical risk, often leaving individuals unable to call for help due to isolation or disorientation. This research presents the development of an Enhanced Water Safety Device (EWSD), a compact, autonomous distress detection and alert system designed to improve kayaker safety. Utilizing an embedded accelerometer, the device detects sudden, unplanned motion indicative of a capsize event and triggers an immediate emergency response. The system activates an audible and visual alarm, releases the mounting system, and transmits real-time GPS location data to nearby volunteers via radio transmission. The EWSD integrates a waterproof housing, ensuring durability in marine environments, and employs a calibrated dual threshold triggering system to differentiate between routine kayaking motions and emergencies. Additionally, the device’s modular design allows for future integration with kayaks or life jackets, enhancing its versatility. Unlike traditional emergency whistles or manually triggered distress signals, this autonomous system provides real-time, GPS-enabled alerts for swift and efficient rescue. This project aligns with Embry-Riddle’s ongoing collaboration with the Oceans of Hope Foundation, addressing accessibility challenges for individuals with disabilities in water recreation. Future developments aim to refine sensor sensitivity, optimize connectivity, and improve energy efficiency to enhance its applicability across both recreational and professional maritime environments.
Did this research project receive funding support (Spark, SURF, Research Abroad, Student Internal Grants, Collaborative, Climbing, or Ignite Grants) from the Office of Undergraduate Research?
No
ENHANCED WATER SAFETY DEVICE
Watercraft-related accidents, particularly kayaking incidents, contribute significantly to injuries and fatalities worldwide. Capsizing poses a critical risk, often leaving individuals unable to call for help due to isolation or disorientation. This research presents the development of an Enhanced Water Safety Device (EWSD), a compact, autonomous distress detection and alert system designed to improve kayaker safety. Utilizing an embedded accelerometer, the device detects sudden, unplanned motion indicative of a capsize event and triggers an immediate emergency response. The system activates an audible and visual alarm, releases the mounting system, and transmits real-time GPS location data to nearby volunteers via radio transmission. The EWSD integrates a waterproof housing, ensuring durability in marine environments, and employs a calibrated dual threshold triggering system to differentiate between routine kayaking motions and emergencies. Additionally, the device’s modular design allows for future integration with kayaks or life jackets, enhancing its versatility. Unlike traditional emergency whistles or manually triggered distress signals, this autonomous system provides real-time, GPS-enabled alerts for swift and efficient rescue. This project aligns with Embry-Riddle’s ongoing collaboration with the Oceans of Hope Foundation, addressing accessibility challenges for individuals with disabilities in water recreation. Future developments aim to refine sensor sensitivity, optimize connectivity, and improve energy efficiency to enhance its applicability across both recreational and professional maritime environments.