Course Overview

Module 1 (2 Weeks Online): 

Students will develop a comprehensive understanding of telemetry monitoring systems, including the fundamental principles of cardiac monitoring and wireless data transmission, and the differences between monitoring modalities based on clinical need. They will learn how telemetry systems operate, including the order of operation, functionality, safety features, and installation and infrastructure requirements. Students will also learn to identify common issues, understand routine maintenance concepts, and adhere to applicable regulatory standards within the healthcare environment.

Module 2 (1 Week in Person): 

This hands-on module provides medical equipment technician students with practical experience in the operation, troubleshooting, and common repair procedures of telemetry monitoring systems. Through interactive workshops, demonstrations, and lab sessions, students will develop the skills needed to ensure optimal performance, safety compliance, and physical integrity of telemetry equipment.

Students will receive training on widely used telemetry platforms, including the Philips MX40, Philips M4841A, GE Apex Pro, and GE Apex Pro CH.

Prerequisites

None.

Course Objectives

Module 1: 

Enabling Learning Objective: 

Students will demonstrate knowledge of telemetry monitoring systems commonly found in the healthcare environment. They will explain how telemetry systems operate, including the order of operation, modality-specific procedures, and safety features, as well as the installation requirements such as power, network, and infrastructure requirements.

Terminal Learning Objectives  

• Explain the fundamental principles of telemetry monitoring and its role in patient care.

• Differentiate between telemetry monitoring systems and bedside patient monitoring systems, including appropriate clinical use cases.

• Describe telemetry system operation, including ECG signal acquisition, wireless transmission, monitoring, and alarm functionality.
  

• Understand installation and infrastructure requirements for telemetry systems, including coverage, connectivity, and maintenance considerations.

• Identify common telemetry system issues such as signal loss, interference, leadwire failures, and power-related problems.

• Explain relevant regulatory and safety standards applicable to telemetry monitoring systems.

Module 2: 

Enabling Learning Objective: 

Students will apply knowledge of telemetry monitoring systems by performing operational checks, preventative maintenance, common repairs, and troubleshooting procedures in accordance with manufacturer service manuals and industry standards.

Terminal Learning Objectives: 

• Perform operational checkout procedures on telemetry monitoring systems according to OEM standards.

• Identify the various types of telemetry equipment and their appropriate clinical applications.

• Set up, configure, and pair telemetry transmitters/receivers properly, ensuring reliable data acquisition and transmission.

• Perform common repairs, including case replacements.
  

• Recognize and troubleshoot common problems such as signal loss, interference, battery/power failures, and device/configuration errors.
  
• Demonstrate adherence to industry standards and safety practices when servicing telemetry equipment.