Biomedical Equipment Technology · Pennsylvania
Biomedical Equipment Technology colleges in Pennsylvania
Biomedical Equipment Technology program coverage in Pennsylvania is being verified. Use the filter-first search at /results to find related programs offered in the state.
Biomedical Equipment Technology trains you to install, calibrate, troubleshoot, and repair the medical devices and clinical systems hospitals depend on to deliver safe patient care.
We're still verifying Biomedical Equipment Technology programs in Pennsylvania. Try a broader search at /results?q=Biomedical Equipment Technology or browse all colleges in Pennsylvania.
What you'll study in a Biomedical Equipment Technology program
- Electronics fundamentals, including AC and DC circuits, analog and digital signals, and reading schematics
- Calibrating and performance-testing clinical devices such as patient monitors, infusion pumps, and defibrillators
- Electrical safety testing and leakage measurement to clinical and regulatory standards
- Preventive maintenance, troubleshooting, and repair using multimeters and biomedical test analyzers
- Anatomy, physiology, and medical terminology as they relate to how devices interact with the body
- Procurement, installation, and acceptance testing of new medical equipment
- Medical device networking and connectivity basics within hospital information systems
- Infection control, equipment sterilization practices, and clinical safety procedures
- Documentation, work-order tracking, and recordkeeping for quality and regulatory compliance
Where a Biomedical Equipment Technology degree can lead
- Biomedical Equipment Technician
- Medical Equipment Repairer
- Calibration Technician
- Imaging Service Engineer
- Field Service Technician (Medical Devices)
- Clinical Engineering Technician
Typical pay: Early-career wages vary by employer, region, and experience (BLS, 2024 medical equipment repairers median $62,630).
Biomedical Equipment Technology applies basic engineering principles and hands-on technical skill to the devices used in healthcare, from patient monitors, infusion pumps, and defibrillators to imaging equipment, ventilators, and sterilizers. Coursework blends electronics, anatomy and physiology, and medical terminology with the practical procedures the field runs on, including instrument calibration, performance and electrical safety testing, preventive maintenance, troubleshooting with multimeters and biomedical analyzers, reading schematics and service manuals, and documenting work for regulatory and quality records. Students also learn procurement, installation, and acceptance testing of new equipment, networking and connectivity basics for devices tied into hospital systems, and the standards and infection-control rules that govern work in a clinical setting. Where Biomedical Engineering centers on designing and developing new medical devices, this field focuses on keeping the devices already in service accurate, safe, and running.
Most students enter through a certificate or associate degree at a community or technical college, and many gain supervised clinical or co-op hours before working in hospitals, clinics, imaging centers, third-party service companies, or for device manufacturers. There is no single nationwide license to repair medical equipment, but voluntary certifications exist for biomedical equipment technicians, and some imaging or radiation-related work carries additional requirements, so it is worth confirming what employers and your state expect. A program is preparation, not a guaranteed job. Pay and demand vary by employer, region, the kinds of equipment you are trained to service, and your experience, and advancement often comes from specializing in imaging or laboratory systems or moving into supervision over time.
In federal data for the closely related occupation of medical equipment repairers, the U.S. Bureau of Labor Statistics reports a 2024 median wage of $62,630 and projects employment to grow about 12.9% from 2024 to 2034; an associate's degree is the typical entry-level education for that occupation. National figures are occupation-wide medians across all experience levels, not starting wages or graduate outcomes.
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