
Explore wireless fundamentals, 5G, RFID tags, Wi-Fi and Bluetooth, and emerging StarLink technology in a pragmatic health care information systems context.
Trace wireless from Marconi's radio waves to modern healthcare devices, and explore the electromagnetic spectrum and ISM bands, including 900MHz, 2.5GHz, and 5.8GHz, with interference notes.
Explore how cellular technology enables healthcare connectivity through seamless handoffs between cell towers, and how 5G's higher frequencies speed large file transfers with dense towers.
Compare Bluetooth and Wi-Fi within the Internet of Things and Internet of Healthy Things, noting ranges, data rates, ISM bands, and how real-time wearables enable remote medical assistance.
Learn how radio frequency identification tags operate, with passive and active variants, to identify, track, and manage patients, devices, and inventories in the health care environment.
Explore Starlink, SpaceX's globe-spanning satellite network designed for low-latency internet worldwide, and assess its promises, debris risks, and regulatory concerns.
Congratulate learners on completing the course and invite them to continue applying the tools and skills they learned, with best wishes for their future endeavors.
WHY WIRELESS TECHNOLOGY MATTERS IN HEALTHCARE
Healthcare is increasingly connected—and many of those connections no longer require wires.
Wi-Fi, cellular networks, Bluetooth, RFID, and the Internet of Things connect people, medical devices, information systems, and applications throughout healthcare. They help information move to where it's needed, allow devices to communicate, track people and equipment, and support entirely new ways of delivering care.
But you don't need to be an engineer to understand how these technologies work—or why they matter.
This course gives you the fundamentals of wireless technology and connects them directly to healthcare. You'll learn what the major technologies do, how they're different, and where each can add value.
WHAT YOU'LL LEARN
We'll start with the basic principles behind wireless communication and then explore several technologies you're likely to encounter in healthcare.
You'll learn about:
The fundamentals of wireless communication
Cellular networks and how cellular technology has evolved
5G and its potential healthcare applications
Bluetooth and how it differs from other wireless technologies
The Internet of Things (IoT) and connected healthcare devices
RFID and its use for identifying and tracking people, equipment, and supplies
Satellite communications and their potential role in connectivity
The advantages and limitations of different wireless technologies
You'll also have a quiz and assignment to reinforce what you've learned.
WIRELESS TECHNOLOGY—PLAIN & SIMPLE
This course is designed for healthcare professionals, managers, students, and business professionals who want to better understand the technology connecting today's healthcare environment. No technical background is required.
My approach is practical rather than highly technical. I spent 35 years designing, developing, and bringing medical technology to market, progressing from engineering leadership to VP of Marketing and ultimately president of a healthcare IT company. I've also spent many years teaching graduate-level university courses.
My goal isn't to teach you how to build a wireless network. It's to give you enough understanding of wireless, cellular, Bluetooth, IoT, and RFID to better understand how healthcare systems, devices, information, and people are becoming increasingly connected.