Term 252
NavSense: Indoor Navigation System with Haptic Wearable
Project Type: Self-Initiated
Project Description
NavSense is an IoT-based indoor navigation system designed to bridge the accessibility gap in large, GPS-denied environments such as malls, airports, and hospitals. While traditional methods like Wi-Fi triangulation and computer vision often suffer from poor accuracy, high costs, or excessive computational demands, NavSense utilizes a hybrid infrastructure of Bluetooth Low Energy (BLE) beacons and Ultra-Wideband (UWB) anchors to provide precise, sub-half-meter positioning. The system features a unique haptic wearable device that delivers intuitive, "eyes-free" and "ears-free" guidance through specific vibration patterns, enabling users—particularly those with visual impairments—to navigate safely and independently. By integrating real-time shortest-path routing with high-performance hardware that ensures low latency, NavSense creates a seamless and inclusive indoor navigation experience for all users.
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Project Team
Muwaffaq Nouh Alwusaybie
EE
Mohammed Abdullah Al Sheqaih
ICS
Anas Abdulsalam Alqahtani
ISE
Mohammad Saad Al Hareky
ISE
Omar Ben Mansour
COE
Nawaf Bandar Alharthi
ICSTeam Coach
Dr. Naveed Iqbal
Assistant ProfessorDepartment of Electrical Engineering
Interdisciplinary Research Center for Communication Systems and Sensing