Healthcare technology management (HTM) is the field responsible for managing every piece of medical technology in a hospital or clinical facility, from the moment it’s purchased to the day it’s retired. That includes ventilators, MRI machines, infusion pumps, patient monitors, surgical robots, and thousands of other devices that clinicians depend on daily. HTM professionals keep this equipment safe, functional, and compliant with regulatory standards. Without them, hospitals can’t operate.
What HTM Covers
At its core, HTM is about the full lifecycle of medical technology. That lifecycle starts before a device ever arrives at a hospital. HTM teams evaluate new technologies, assess whether they fit clinical needs, and manage procurement. Once equipment is in the building, they handle installation, calibration, and configuration so devices perform accurately from day one.
From there, the work shifts to ongoing maintenance: scheduled inspections, preventive servicing, troubleshooting when something breaks, and repairing or replacing faulty components. HTM departments also track every device in a hospital’s inventory, maintain service records, and ensure that equipment meets the manufacturer’s specifications over time. When a device reaches the end of its useful life, HTM manages decommissioning and disposal. The FDA describes this as a “total product lifecycle” approach, integrating data from a device’s development through its real-world clinical use.
Research suggests that professional HTM programs can reduce technology-related costs by roughly 30%, both through lower service expenses and better utilization of existing equipment. When hospitals track how often devices are actually used, they often find they can meet clinical needs with fewer assets, cutting both replacement costs and maintenance overhead.
Who Works in HTM
HTM departments typically include two main types of professionals, each with different training and responsibilities.
Biomedical equipment technicians (BMETs) are the hands-on specialists. They install, inspect, test, and repair medical devices. When an infusion pump throws an error code or a defibrillator fails a safety check, the BMET diagnoses the problem, fixes it, and documents what happened. Most BMETs have an associate degree or vocational training in biomedical equipment technology, though some enter through military training programs. The Bureau of Labor Statistics projects the U.S. will need an additional 8,800 biomedical equipment repairers by 2033.
Clinical engineers operate at a higher level, focusing on equipment lifecycle management, safety programs, and technology integration. They evaluate whether a new surgical navigation system is worth the investment, train clinical staff on proper use, and implement quality assurance and risk management programs across an entire device fleet. Clinical engineers typically hold degrees in biomedical engineering, electrical engineering, or a related field.
Above both roles sit HTM managers and directors who oversee departmental strategy, budgets, vendor relationships, and regulatory compliance.
Certifications and Career Paths
The Association for the Advancement of Medical Instrumentation (AAMI) is the primary certifying body in the field. It offers several credentials that correspond to different career stages:
- CBET (Certified Biomedical Equipment Technician): The foundational credential for technicians working directly with devices.
- CRES (Certified Radiology Equipment Specialist): Focused on imaging equipment like CT scanners and X-ray machines.
- CLES (Certified Laboratory Equipment Specialist): Covers laboratory analyzers and diagnostic instruments.
- CHTM (Certified Healthcare Technology Manager): A management-level credential for those overseeing HTM departments.
The CHTM certification requires at least two to three years of supervisory or management experience, depending on your educational background. Someone with a bachelor’s degree in engineering or a related field needs two years of management experience within the last five years. Someone with an associate degree or an existing CBET/CRES certification needs three years. Professionals without a related degree can still qualify with seven years of HTM work experience, including three years in management.
A 2025 AAMI survey found that about 45% of HTM professionals reported being satisfied or very satisfied with their salary, significantly higher than the 30% pay satisfaction benchmark for U.S. workers overall.
Why Compliance Matters
Hospitals in the U.S. must meet equipment management standards to maintain accreditation from The Joint Commission, the organization that certifies most American hospitals. These standards require documented inspection, testing, and maintenance schedules for high-risk equipment. Hospitals need policies specifying how often inspections occur (daily, weekly, monthly), checklists outlining which tests need to be performed on each device, and complete records of every inspection outcome.
The Joint Commission specifically requires that all maintenance follow the manufacturer’s instructions for use. Common deficiencies found during accreditation surveys include incomplete equipment logs, missing inspection checklists, and staff who weren’t aware that daily or weekly checks were required on high-risk emergency equipment like automated external defibrillators. HTM departments are responsible for building and maintaining the systems that prevent these gaps.
The Growing Role of Cybersecurity
Modern medical devices are increasingly networked. Infusion pumps receive dosing orders wirelessly, patient monitors stream data to central stations, and imaging equipment connects to cloud-based storage. This web of connected devices, sometimes called the Internet of Medical Things (IoMT), has made cybersecurity a core HTM responsibility.
The FDA places cybersecurity obligations on both device manufacturers and the hospitals that use them. Manufacturers must identify and disclose vulnerabilities in their products, but hospitals are responsible for evaluating their own network security and putting protections in place. When a major software vulnerability emerges (as happened with the widely used Apache Log4j library), HTM teams must determine which devices in their fleet are affected, assess the risk to patient safety, and coordinate with manufacturers on patches or workarounds.
The FDA’s cybersecurity incident preparedness playbook specifically calls for HTM professionals to be part of a hospital’s cybersecurity response team alongside IT staff, clinicians, emergency response personnel, and risk management. This reflects how deeply medical devices are now embedded in hospital networks, and how the people who maintain those devices need to understand both the clinical and technical sides of a potential breach.
How HTM Differs From Hospital IT
There’s real overlap between HTM and information technology departments, especially as more devices connect to hospital networks. But the disciplines have different origins and priorities. IT departments manage servers, workstations, electronic health records, and network infrastructure. HTM departments manage the physical devices that touch patients: ventilators, monitors, surgical tools, imaging systems.
The distinction matters because medical devices have unique regulatory requirements. A software update on a patient monitor isn’t the same as updating a laptop. It may require validation by the manufacturer, recalibration of the device, and documentation for compliance purposes. HTM professionals understand these clinical and regulatory constraints in ways that general IT staff typically don’t. In practice, the two departments increasingly collaborate, particularly on cybersecurity and network management, but HTM retains its distinct focus on patient safety and device performance.