How much does a medical equipment repairers make?

The median medical equipment repairers salary in the United States is $61,660 per year ($29.64/hour). Salaries range from $38,490 (10th percentile) to $98,280 (90th percentile). There are 65,990 medical equipment repairers jobs in the U.S. Source: Bureau of Labor Statistics OEWS.

Which state pays medical equipment repairerss the most?

The highest paying state for medical equipment repairerss is Alaska at $78,570 median salary.

Is medical equipment repairers a good career?

Medical Equipment Repairers employment is projected to grow 12.9% from 2024 to 2034 (faster than average). There are approximately 7,300 job openings per year. Typical education required: Associate's degree.

What interview questions are asked for medical equipment repairers roles?

Common medical equipment repairers interview questions include: "Walk me through how you'd troubleshoot a ventilator that's alarming intermittently on 'high pressure' in an ICU.", "You've been called on a stat MRI-down page at 2am. Walk me through the first hour.", "Describe a tough repair where you couldn't find the fault immediately.". Interview format at top employers ranges from behavioral panels (STAR method) to technical case rounds — for example Fortune-100 IDN / Hospital Systems (HCA Healthcare, Ascension, CommonSpirit Health, Kaiser Permanente, Sutter Health, Providence, Mayo Clinic, Cleveland Clinic, Johns Hopkins, NYU Langone, Northwell, Mount Sinai) typically uses 3-5 rounds over 3-6 weeks.

What is the career ladder for medical equipment repairerss?

The typical medical equipment repairers career ladder: BMET I / Biomed Technician I (0-3 yrs, $46-62k salaried + healthcare + 401(k) match + tuition support + shift differential at hospitals; HTM contractor $46-58k) → BMET II / Sr Biomed (3-8 yrs, $62-88k salaried + on-call / callback pay ($2-8/hr differential) + healthcare + 401(k) match + shift differential) → Imaging Specialist / OEM Field Service Engineer (MRI / CT / X-ray / Ultrasound) (6-14 yrs, $85-125k base + on-call / travel differential ($8-25k) + company vehicle at OEMs + healthcare + 401(k) match + RSU at OEMs) → Sr Field Service Engineer / Clinical Engineering Supervisor (10-16 yrs, $105-155k base + 8-12% bonus + on-call differential + healthcare + 401(k) match + LTIP eligibility at OEMs / large IDNs).

What certifications should medical equipment repairerss get?

Top-ROI certifications for medical equipment repairerss: AAMI CBET (Certified Biomedical Equipment Technician) ($325 member / $425 non-member exam + $150-400 study material; 60-120 hr prep); AAMI CRES (Certified Radiology Equipment Specialist) ($325 member / $425 non-member exam + $200-500 study material); AAMI CLES (Certified Laboratory Equipment Specialist) ($325 member / $425 non-member exam + $200-500 study material).

How do you negotiate a medical equipment repairers salary?

Anchor on documented market data (BLS median $61,660, p75 $78,500), specific outcomes you've delivered, and the specific band for your years of experience. Given 6 years across BMET I and BMET II at HCA MidAmerica Division, AAMI CBET certification, Army 68A Biomedical Equipment Specialist (Fort Sam Houston METC) background, a documented 97.4% PM compliance rate on a 3,200-...

Medical Equipment Repairers Salary

The median medical equipment repairers salary in the United States is $61,660 per year ($29.64/hour). Salaries range from $38,490 at the entry level to $98,280+ for the top 10% of earners. There are 65,990 medical equipment repairers jobs nationwide. Employment is projected to grow 12.9% through 2034.

Last updated: June 2026 · Source: U.S. Bureau of Labor Statistics

Median Salary

$61,660

per year

Hourly Rate

$29.64

per hour

Employment

65,990

jobs in the U.S.

Salary Distribution

10th percentile

$38,490

25th percentile

$47,470

Median

$61,660

75th percentile

$78,500

90th percentile

$98,280

Job Growth (2024-2034)

+12.9%

Faster than average

Annual Openings

7,300

jobs/year (growth + replacements)

Education Required

Associate's degree

Training Needed

Moderate-term on-the-job training

Medical Equipment Repairers Career Guide

Interview questions, resume templates, and a career ladder written specifically for medical equipment repairerss.

Medical equipment repairers (BLS SOC 49-9062) — commonly called biomedical equipment technicians (BMET / Biomed), clinical engineering technicians, or field service engineers depending on the setting — install, calibrate, PM, and repair the medical devices that run modern healthcare. Typical seats: in-house hospital Biomed at an integrated delivery network (HCA Healthcare, Ascension, CommonSpirit Health, Kaiser Permanente, Sutter Health, Providence, Mayo Clinic, Cleveland Clinic, Johns Hopkins, NYU Langone); Healthcare Technology Management (HTM) contractor field tech at TriMedx, Sodexo Healthcare Technology Management, Aramark HTM, ISS Solutions, or Renovo Solutions; OEM field service engineer at GE HealthCare, Philips Healthcare, Siemens Healthineers, Canon Medical Systems, Hologic, Fujifilm Sonosite, Baxter, Stryker, Mindray, or Dräger; specialty depot / bench technician at an independent service organization (ISO) or third-party imaging service. Scope covers imaging (MRI, CT, general X-ray, mammography, fluoroscopy, C-arm, ultrasound), patient monitoring and telemetry (Philips IntelliVue, GE CARESCAPE, Mindray), therapy delivery (ventilators, hemodialysis, infusion pumps, defibrillators, anesthesia machines, patient warming), surgical (electrosurgical units, endoscopy towers, robotic OR platforms), sterile processing (autoclaves, washer-disinfectors), and lab (chemistry, hematology, blood-gas analyzers). BLS reports 65,990 employed with a median of $61,660, p10 $39,270, p90 $105,880. Entry BMET I $46-62k; established BMET II / Sr Biomed $62-88k; Imaging Specialist / OEM Field Service Engineer $85-125k; Sr Field Service Engineer / Clinical Engineering Supervisor $105-155k; Clinical Engineering Manager / HTM Director $125-195k+. The single biggest earnings lever is stacking a military biomed pipeline or ABET-accredited AAS in biomedical equipment technology + CBET certification + 3-5 years of general biomed experience, then moving into an imaging modality (MRI or CT field service at GE HealthCare, Philips, or Siemens Healthineers) or a Sr Biomed / Clinical Engineering Supervisor seat at an academic medical center.

Core Skills Hiring Managers Screen For

Preventive maintenance (PM) and electrical safety testing

Scheduled PM per manufacturer service manual — visual inspection, function verification, calibration, and safety test on a defined interval (typically 6 or 12 months for most devices, quarterly for ventilators and dialysis). Electrical safety testing per NFPA 99 and IEC 60601-1 — chassis leakage current, ground resistance, patient-lead leakage using a Fluke ESA612 / ESA615 safety analyzer or BC Group ESA-620. Documentation into the CMMS (TMS / Nuvolo / Accruent Connectiv / Medigate) with pass/fail thresholds, next-PM date, and any deficiencies. PM compliance rate (typically 95%+ target under Joint Commission survey) is the single most-visible metric on the Biomed department scorecard.

Corrective maintenance and troubleshooting on multi-vendor fleets

Diagnostic workflow — reproduce the user complaint, check error codes / service logs, isolate to board / module / cable / sensor level using the OEM service manual and schematics, swap the FRU (field-replaceable unit), verify with functional test, return to service. Component-level repair on the bench for out-of-warranty boards (surface-mount rework at some ISO shops). Multi-vendor fluency across GE HealthCare, Philips Healthcare, Siemens Healthineers, Mindray, Dräger, Baxter, Hospira / ICU Medical, Stryker, Medtronic in a single hospital fleet — an average 500-bed hospital has 8,000-15,000 devices from 40-80 manufacturers.

Imaging modality service (MRI, CT, X-ray, mammography, ultrasound, C-arm)

The imaging-service specialty — highest pay in the field. MRI: cryogen (helium) management, gradient / RF calibration, coil testing, superconducting magnet ramping (with OEM support); CT: tube replacement ($75-250k tube), gantry alignment, detector calibration, tube warm-up procedures; general X-ray + fluoro / C-arm: generator / tube / collimator / grid service, kVp / mA / timer calibration with a Radcal or RaySafe X2 dosimeter; ultrasound: transducer test with a phantom, DICOM connectivity, board-level probe repair. Modality training is 6-16 weeks of OEM factory school (GE Institute in Waukesha WI, Philips Healthcare Learning Center in Cleveland, Siemens Healthineers Cary NC) — worth $12-50k in tuition-equivalent value and typically service-agreement bonded (18-36 months).

Regulatory compliance — FDA 21 CFR Part 820 QSR, Joint Commission EC standards, MDSAP

FDA 21 CFR Part 820 Quality System Regulation — device tracking, complaint handling under §820.198, service records under §820.200, corrective and preventive action (CAPA) under §820.100. Joint Commission Environment of Care standard EC.02.04.01 (managing medical equipment risks) and EC.02.04.03 (inspecting, testing, and maintaining medical equipment) — inventory identification, alternative equipment management (AEM) program justification for extending OEM PM intervals, high-risk device list, PM completion rate. AAMI TIR56 (recommended practices for a healthcare technology management program) and ANSI/AAMI EQ56 (framework for a medical equipment management program). Medical Device Reporting (MDR) under 21 CFR Part 803 for death, serious injury, or malfunction events — 30-day filing to the FDA.

Alternative Equipment Management (AEM) program design

CMS deemed-status waiver (published 2011, updated 2014) that permits hospitals to deviate from manufacturer-recommended PM frequencies and procedures if a documented, evidence-based AEM program supports the deviation. AEM inclusion criteria — device risk score (based on function, physical risk, and incident history), failure history from CMMS, and manufacturer input. Excluded from AEM: laser devices, imaging or radiologic equipment (fluoroscopic and radiographic), and any device the manufacturer designates as excluded. AEM is the single biggest labor-cost lever a Clinical Engineering department has — a well-designed AEM program on a 500-bed hospital fleet reduces PM workload 15-25% while maintaining Joint Commission compliance.

Networked medical device cybersecurity (MDS2, Nessus, network segmentation)

Medical Device Security — the fastest-growing skill in biomed since the 2017 WannaCry impact on the NHS. MDS2 (Manufacturer Disclosure Statement for Medical Device Security) form review at procurement. Nessus / Rapid7 InsightVM vulnerability scans on medical device VLANs. VLAN segmentation and Medigate / Claroty / Cynerio / Ordr device-discovery platforms for asset inventory and behavioral anomaly detection. Patch management coordination with the OEM — most FDA-cleared devices cannot be patched without OEM validation, so the Biomed team documents compensating controls (network isolation, ACL, allowlisting) instead of direct patching. FDA premarket + postmarket cybersecurity guidance (2023 Section 524B PATCH Act requirements).

CMMS operation and inventory / asset lifecycle management

TMS (Nuvolo Healthcare Technology Management), Accruent Connectiv, EQ2 HEMS, or homegrown CMMS at large IDNs — work order management, PM scheduling, parts inventory, service history, incident reports, financial reporting. Asset tagging (barcode / RFID) with a nomenclature standard (typically UMDNS or ECRI's device nomenclature). Capital replacement planning — life expectancy modeling, total cost of ownership analysis, and multi-year capital-request prioritization for the CFO. HTM benchmark ratios: 1 BMET FTE per 500-1,200 devices depending on complexity; 1 imaging FTE per 15-40 modality units; service-cost-as-percent-of-inventory-value target of 4-8% depending on hospital acuity.

Vendor + service-contract management

OEM full-service vs shared-risk vs time-and-material contract negotiation with GE HealthCare, Philips Healthcare, Siemens Healthineers, and Canon Medical for imaging; hybrid in-house / OEM parts-only for high-volume patient monitors and infusion pumps; ISO third-party service (TriMedx, Sodexo HTM, Aramark HTM, Renovo, Crothall Healthcare Technology Solutions) for cost-driven segments. Cost-per-scan or cost-per-bed benchmarking against MD Buyline / ECRI / KLAS Research. Contract-renegotiation cadence (typically 3-5 year terms with annual escalators); glass tube coverage on CT, cryogen coverage on MRI, and consumables carve-outs (dialysis dialyzers, ventilator circuits) are the highest-value negotiation levers.

How to Become a Medical Equipment Repairers

1
Complete an ABET-accredited AAS in biomedical equipment technology OR a military biomed pipeline
AAS in Biomedical Equipment Technology (BMET) at a community college with a biomed program — typical programs: North Shore Community College (MA), St. Petersburg College (FL), DeVry (national), Owens Community College (OH), Texas State Technical College. 60-72 credit hours across electronics, anatomy & physiology, medical device operation, and clinical internship. Military pipeline: Army 68A Biomedical Equipment Specialist (41-week AIT at METC / Fort Sam Houston TX); Navy Biomedical Equipment Technician (BMET) 'A' School at NMTSC Portsmouth VA; Air Force Biomedical Equipment Technician (4A2X1) at Sheppard AFB TX. The military pipeline produces roughly 1,500-2,000 new BMETs per year and is the largest single source of hospital biomed staffing.
2
Start as BMET I / Biomed Technician I at a hospital, HTM contractor, or ISO at $46-62k
First seat is general biomed — infusion pumps, patient monitors, defibrillators, feeding pumps, sterilizers, exam-room equipment, ORs. Hospital in-house at HCA / Ascension / CommonSpirit / Kaiser typically pays $48-62k + full benefits + pension eligibility; HTM contractors (TriMedx, Sodexo HTM, Aramark HTM, Renovo) $46-58k + 401(k); ISO / independent shops $44-56k. Fresh military separators frequently start one grade up at BMET II based on the military biomed pipeline experience.
3
Pass CBET (Certified Biomedical Equipment Technician) via AAMI Credentials Institute after 2 years of experience
The AAMI Credentials Institute Certified Biomedical Equipment Technician (CBET) is the field's benchmark credential. Eligibility: 2 years' full-time BMET experience + AAS in electronics or biomedical equipment tech; or 3 years + non-associate technical training; or 4 years + high school. 150-question exam covering anatomy & physiology, medical equipment function, electrical / electronic fundamentals, healthcare facility fundamentals, safety in the healthcare facility. $325 exam member / $425 non-member; typical prep is ICC AAMI CBET Study Guide + Applied Medical Technology Institute (AMTI) online course. Most hospitals tie the BMET I → BMET II promotion (and a $6-15k salary bump) to passing CBET.
4
Move into BMET II / Sr Biomed at $62-88k with expanded scope + on-call rotation
3-6 years in seat. Ownership of higher-acuity fleets (ICU ventilators, dialysis, anesthesia, high-flow oxygen therapy) plus mentoring 1-2 BMET I techs. On-call rotation (24/7 pager coverage every 4-8 weeks) is standard at Sr Biomed and pays $2-8/hr on-call differential + full callback pay. Second-shift or weekend-shift differentials of $2-6/hr are common at 24-hour hospitals. Layer on the AAMI Certified Radiology Equipment Specialist (CRES) if pursuing imaging or the Certified Laboratory Equipment Specialist (CLES) if pursuing lab-instrument specialization.
5
Specialize in imaging or move to OEM field service at $85-125k
The single biggest pay jump in the career — imaging modality specialists (MRI, CT, X-ray, mammography, ultrasound) command 25-40% premium over general biomed. Path 1: internal promotion to Sr Biomed / Imaging at the hospital, with OEM factory training (6-16 weeks at GE Institute in Waukesha WI, Philips Healthcare Learning Center in Cleveland, or Siemens Healthineers in Cary NC) tuition-covered by the hospital. Path 2: hire on as Field Service Engineer (FSE) at GE HealthCare, Philips Healthcare, Siemens Healthineers, Canon Medical, Hologic, or Baxter — company car / van, expense-covered travel across a 3-6 hospital territory, factory training. FSE compensation: $85-115k base + $8-25k on-call / travel differential + company vehicle + pension / RSU at OEMs.
6
Advance to Sr Field Service Engineer / Clinical Engineering Supervisor at $105-155k
10-15 years in seat. FSE track: modality-specialist Sr FSE (MRI Sr Engineer, CT Sr Engineer) with escalation responsibility across a region; Zone Service Manager with 6-12 FSE direct reports. Hospital track: Clinical Engineering Supervisor with 6-15 BMET direct reports at an academic medical center or IDN; ownership of the Biomed shop, PM compliance rate, service-contract portfolio, and Joint Commission EC survey readiness. Some Sr Biomeds move sideways into Medical Device Cybersecurity Specialist / Clinical Engineering Cybersecurity Analyst at $110-150k as the specialty matures.
7
Advance to Clinical Engineering Manager / HTM Director / Regional Service Manager at $125-195k+
15-25 years total. IDN Clinical Engineering Director owning 4-15 hospital Biomed shops with 30-150 BMET FTEs; HTM contractor Regional Manager owning a $20-80M service P&L across 8-30 hospital accounts; OEM District / Zone Service Manager owning 20-60 FSEs across a US region. Advanced credential ladder — AAMI CHTM (Certified Healthcare Technology Manager), ACCE Certified Clinical Engineer (CCE), or PMP + Six Sigma / Lean. Some Directors move up to VP HTM / Chief Biomedical Engineer at Fortune-100 IDNs at $195-315k+ + LTIP + equity.

Career Progression

BMET I / Biomed Technician I

0-3 yrs$46-62k salaried + healthcare + 401(k) match + tuition support + shift differential at hospitals; HTM contractor $46-58k

•PM on general biomed fleet — infusion pumps, patient monitors, defibrillators, feeding pumps, exam-room equipment
•Electrical safety testing per NFPA 99 and IEC 60601-1 with Fluke ESA analyzer
•First-line troubleshooting and FRU-level repair; escalate to BMET II / Sr Biomed on complex faults
•CMMS work-order documentation (TMS / Nuvolo / Accruent Connectiv) with pass/fail and next-PM date

Next: BMET II at 2-4 years after CBET certification.

BMET II / Sr Biomed

3-8 yrs$62-88k salaried + on-call / callback pay ($2-8/hr differential) + healthcare + 401(k) match + shift differential

•Ownership of higher-acuity fleets — ICU ventilators, dialysis machines, anesthesia machines, defibrillators, patient monitoring
•On-call rotation (24/7 pager every 4-8 weeks); OR-critical device response within 30-60 min SLA
•Mentor 1-2 BMET I technicians; PM sign-off authority; complex-fault escalation point
•MDR / recall coordination with Risk Management and the FDA reporting workflow

Next: Imaging Specialist / OEM FSE / Clinical Engineering Supervisor at 6-12 years.

Imaging Specialist / OEM Field Service Engineer (MRI / CT / X-ray / Ultrasound)

6-14 yrs$85-125k base + on-call / travel differential ($8-25k) + company vehicle at OEMs + healthcare + 401(k) match + RSU at OEMs

•Modality service on MRI (cryogen management, gradient / RF calibration), CT (tube replacement, gantry alignment), X-ray / fluoro / C-arm (kVp / mA calibration), ultrasound (transducer test, DICOM)
•OEM factory-trained (6-16 weeks) at GE Institute Waukesha, Philips Cleveland, or Siemens Healthineers Cary NC; typically service-agreement bonded 18-36 months
•Hospital-side: cover 1-4 modality installs at an IDN; OEM-side: 3-6 hospital territory with 20-40 units under service contract
•Escalation point on modality complaints; direct interface with radiology department chief and imaging service line director

Next: Sr FSE / Clinical Engineering Supervisor at 10-15 years.

Sr Field Service Engineer / Clinical Engineering Supervisor

10-16 yrs$105-155k base + 8-12% bonus + on-call differential + healthcare + 401(k) match + LTIP eligibility at OEMs / large IDNs

•FSE track: modality-specialist Sr FSE (Sr MRI Engineer, Sr CT Engineer) with regional escalation responsibility; Zone Service Manager with 6-12 FSE reports
•Hospital track: Clinical Engineering Supervisor with 6-15 BMET direct reports; ownership of Biomed shop, PM compliance, service-contract portfolio, EC survey readiness
•Medical Device Cybersecurity — Nessus / Rapid7 scanning, VLAN segmentation, Medigate / Claroty / Cynerio integration, MDS2 review at procurement
•AEM (Alternative Equipment Management) program design and Joint Commission EC.02.04.01 / .03 evidence portfolio ownership

Next: Clinical Engineering Manager / HTM Director / Regional Service Manager at 14-22 years.

Clinical Engineering Manager / HTM Director / Regional Service Manager / Chief Biomedical Engineer

15+ yrs$125-195k+ base + 10-18% bonus + LTIP + healthcare + 401(k) + full benefits; Fortune-100 IDN Chief Biomed / VP HTM $195-315k+ base + LTIP + equity

•IDN track: Clinical Engineering Director owning 4-15 hospital Biomed shops with 30-150 BMET FTEs; service-cost-as-percent-of-inventory-value target 4-8%
•HTM contractor track: Regional Manager owning $20-80M service P&L across 8-30 hospital accounts at TriMedx / Sodexo HTM / Aramark HTM / Renovo
•OEM track: District / Zone Service Manager owning 20-60 FSEs across a US region at GE HealthCare / Philips Healthcare / Siemens Healthineers
•Capital replacement planning + service-contract portfolio negotiation ($5-40M annual OEM spend); direct interface with CFO, CMO, CIO, and radiology / cardiology / lab service line leaders

Interview Questions & Answers

5 free questions below. Career Kit unlocks 13 total plus resume bullets for every level.

Q1. Walk me through how you'd troubleshoot a ventilator that's alarming intermittently on 'high pressure' in an ICU.technical

Structured. (1) Safety first — confirm the patient is stable and the RT / nurse has switched to a manual bag or a backup ventilator before you touch the device; a live-patient troubleshoot is not the moment for board-level diagnostic. (2) User complaint — clarify with the RT: is the alarm setting audible only or is it triggering the vent-cycle limit? Is it happening on inspiration or expiration? Which mode (volume control, pressure control, PS/CPAP)? (3) External-cause rule-out — patient circuit for kinks, water traps, ET-tube position; humidifier condensate; PEEP valve; expiratory-limb obstruction. Most 'ventilator alarm' calls are circuit issues, not device failure. (4) Device-side diagnostic — pull the event log via the service menu; check the inspiratory / expiratory flow sensor calibration; verify the exhalation valve is seated and clean; run the built-in short self-test (SST). (5) FRU-level swap — if fault isolates to the exhalation valve or flow-sensor module, swap the FRU, run the full extended self-test (EST), and PM-verify. (6) Documentation — CMMS work order with fault code, FRU replaced, EST pass, return-to-service time; MDR review if the fault is on the FDA reportable list. (7) Handoff — direct return to RT with a functional-test sign-off. Interviewers screen for candidates who lead with patient safety and who understand that most ICU device calls resolve at the circuit / consumable level, not the board level.

Q2. You've been called on a stat MRI-down page at 2am. Walk me through the first hour.situational

Structured. (1) Response — call the on-call radiologist and the imaging tech in the room; get a clear description of the fault (helium boil-off alarm? gradient overheat? RF fault? scanner won't ramp? emergency-stop pressed?). Confirm no patient in the bore. (2) Safety — if it's a helium boil-off (quench) event, the room is a Class-1 hazard until the vent stack clears and O2 monitoring returns to normal; do not enter the magnet room. (3) OEM escalation — page the GE HealthCare / Philips Healthcare / Siemens Healthineers on-call service line per the service contract SLA. For quench-related faults, cryogen fill is an OEM-only procedure. (4) Local diagnostic — for gradient / RF / scanner-computer faults not requiring cryogen intervention, pull the service log via the service laptop (proprietary OEM software), identify the failing subsystem, and check whether an FRU is on-site or on-vehicle. (5) Impact assessment — communicate ETA-to-return-to-service to the Chief Radiologist and imaging service line director; radiology has to reschedule inpatient scans and reroute outpatients to a sister facility or the mobile MRI trailer. (6) Documentation — CMMS work order with fault chronology, OEM ticket number, parts used, downtime hours; downtime hours are a service-contract SLA metric. Interviewers screen for candidates who understand the OEM escalation boundary — a hospital biomed does not attempt cryogen or magnet-ramp work without OEM presence.

Q3. Describe a tough repair where you couldn't find the fault immediately.behavioral

STAR. Situation: Sr BMET at a 480-bed acute-care hospital in an HCA facility; intermittent 'infusion pump upstream occlusion' alarm on a Baxter Sigma Spectrum pump on a med-surg floor — nursing had swapped tubing 3 times, RN reported the alarm every 40-90 minutes overnight, pump passed PM 8 weeks ago. Task: identify and correct the root cause before Risk Management pulled the pump from service. Action: (1) reviewed the CMMS service history — 2 prior 'occlusion alarm' service calls on the same pump in the last 90 days, both closed as 'not-duplicated / user education.' (2) In-lab bench setup — hung a saline bag, ran a 4-hour continuous infusion at the same rate the patient had ordered, and monitored with a Fluke IDA-5 infusion device analyzer. Alarm did not reproduce at 2 hours; at 3.5 hours the upstream occlusion sensor read a false-positive with the flow rate steady. (3) Isolated to the upstream occlusion sensor calibration drift — pulled the service manual, verified the calibration procedure required the pump to be cold-started (not warm from continuous run) and the sensor to be recalibrated with the manufacturer's calibration kit. Re-ran calibration cold, then hot; sensor calibrated within spec at both temperatures. (4) Root-cause deep-dive — pulled 24-month service history on our full fleet of 340 Sigma Spectrum pumps; found 18 pumps with similar intermittent occlusion complaints closed as 'not-duplicated.' Task-forced a fleet-wide sensor recalibration and added a bench-verification step (with the Fluke IDA-5 at 4-hour continuous) to the annual PM procedure. Result: 'not-duplicated' occlusion complaints dropped 82% in the 6 months after PM procedure update; PM procedure change adopted as an ANSI/AAMI-TIR-consistent local standard and shared with the corporate HTM group at HCA. Interviewers screen for candidates who chase 'not-duplicated' complaints to root cause and who update the PM procedure to prevent recurrence.

Q4. Why biomed rather than commercial electronics or general facilities maintenance?culture

Honest answer that resonates. 'I like the intersection of electronics, clinical use, and patient safety. Every device I touch is used on a patient — an infusion pump on a chemo drip, a ventilator on an ICU patient, a defibrillator on a Code Blue, an MRI on a stroke workup. The work has real stakes and requires real technical depth: I read schematics, follow service manuals, and troubleshoot to the FRU or board level, but I also understand the clinical use case well enough to talk to a nurse or RT and figure out whether the complaint is device failure or user technique. Pay is real — a CBET-certified BMET II at an HCA / Ascension / CommonSpirit hospital clears $70-88k with on-call and shift differentials; an imaging specialist or OEM FSE at GE HealthCare, Philips, or Siemens clears $95-125k with company vehicle and RSU. Long-term I want to move into MRI or CT modality specialization, either hospital-side as a Sr Imaging Biomed or OEM-side as a GE HealthCare / Philips / Siemens FSE, and I'm currently studying for CBET and targeting my modality selection at year 5.' Interviewers screen for candidates who chose the field deliberately.

Q5. Where do you see your career in 5 years?closer

Show the fork clearly. Two tracks — imaging modality specialization (Sr Imaging Biomed at hospital / IDN, OR Field Service Engineer at GE HealthCare, Philips, or Siemens for MRI / CT / X-ray) or clinical engineering supervision (Sr Biomed → Clinical Engineering Supervisor → Clinical Engineering Manager / HTM Director). Both pay well. I'm currently on the imaging fork — I've got 3 years as a BMET II covering general biomed and dialysis at a 460-bed hospital, I passed CBET last year, and I'm targeting an internal Sr Imaging Biomed opening with OEM factory training at GE Institute Waukesha for CT. Longer-term: Sr CT / MRI FSE at 8-10 years, then Zone Service Manager or Regional CT / MRI Specialist at 12-15 years. Alternate fork: if the imaging seat doesn't open, I'll layer on CHTM (Certified Healthcare Technology Manager) and target Clinical Engineering Supervisor at the same IDN by year 7.

Resume Template — BMET II / Sr Biomed (3-8 yrs)

Copy these bullets into your resume as a starting point. Career Kit includes bullets for every level of the ladder.

BMET II / Sr Biomed (3-8 yrs)

▸Sr Biomedical Equipment Technician at HCA MidAmerica Division 460-bed acute-care hospital; owned a fleet of 3,200 devices across ICU, OR, dialysis, and general med-surg with a 97.4% PM compliance rate (Joint Commission benchmark 95%).
▸Root-caused a fleet-wide Baxter Sigma Spectrum upstream-occlusion calibration issue affecting 18 of 340 pumps; updated the local PM procedure and reduced 'not-duplicated' occlusion complaints 82% in 6 months.
▸24/7 on-call rotation covering ICU ventilators (Puritan Bennett 980, Dräger Evita V500), hemodialysis (Fresenius 2008T), and defibrillators (ZOLL R Series, Philips HeartStart); avg 45-min OR-critical response time vs 60-min contract SLA.
▸AAMI CBET (Certified Biomedical Equipment Technician). AAS Biomedical Equipment Technology + Army 68A Biomedical Equipment Specialist (Fort Sam Houston METC). $78k base + $6/hr on-call differential + full HCA benefits + 401(k) match + tuition support toward CRES.

What Gets You Rejected

✗Cannot cite the electrical safety test values (chassis leakage < 100 μA under normal / < 500 μA under single-fault per NFPA 99) or the applicable IEC 60601-1 standard — signals the candidate has been signing off PM sheets without doing the actual test.
✗History of documented MDR (Medical Device Report) filings against the candidate's work — a patient-harm MDR tied to a mis-signed PM or missed service escalation is a reference-check red flag.
✗PM compliance rate below 90% on the candidate's most-recent scorecard — Joint Commission survey benchmark is 95%+ and a sub-90% number signals workflow / prioritization problems.
✗No CBET after 4+ years in seat — signals lack of career investment; hospitals and HTM contractors tie promotion and pay-band advancement to the credential.
✗Reflexive OEM escalation without local troubleshooting — a candidate who calls GE HealthCare / Philips / Siemens for every fault drives up service-contract spend and doesn't demonstrate technical depth.
✗Weak documentation quality in CMMS work orders — vague fault descriptions, missing FRU part numbers, no functional-test verification. Poor documentation is a Joint Commission survey finding.
✗No fluency in Alternative Equipment Management (AEM) program criteria — signals the candidate hasn't been trusted with the higher-value clinical engineering work at scale.

Salary Negotiation Levers

✓CBET premium — AAMI Certified Biomedical Equipment Technician adds $6-15k at the BMET I → BMET II promotion and is the field's benchmark credential; the CRES (Radiology) and CLES (Laboratory) add $8-18k for the imaging or lab specialty tracks.
✓Imaging modality specialty — MRI, CT, X-ray / fluoroscopy, mammography, or ultrasound specialization adds 25-40% over general BMET; OEM factory training (6-16 weeks at GE Institute Waukesha, Philips Cleveland, Siemens Healthineers Cary NC) is worth $12-50k in tuition-equivalent value.
✓Military biomed pipeline premium — Army 68A / Navy BMET / Air Force 4A2X1 separators frequently start one grade above civilian AAS graduates and are actively recruited by TriMedx, Sodexo HTM, Aramark HTM, and the HCA / Ascension corporate HTM groups.
✓On-call and shift differential — 24/7 on-call rotation typically pays $2-8/hr differential + full callback pay; 2nd shift $2-4/hr; 3rd shift $3-6/hr; on-call OR / L&D coverage at academic medical centers pays higher.
✓Metro premium — NYC (NYU Langone, Northwell, Mount Sinai), SF Bay Area (Stanford, UCSF, Sutter), Boston (MGH, Beth Israel, Boston Children's), and DC / Baltimore (Johns Hopkins, MedStar, Inova) pay 15-30% over BLS median for the same seat.
✓Sign-on bonus — Sr Biomed and Imaging Specialist moves between IDNs, HTM contractors, and OEMs routinely negotiate $5-25k sign-on to offset relocation, uniform, or unvested RSU. OEM field service moves can command $15-40k sign-on plus a company vehicle.
✓Tuition and certification support — Section 127 tuition assistance ($5,250/yr federal tax-free); most large IDNs top this up to $8-15k/yr for bachelor's completion in Biomedical Engineering Technology or Healthcare Administration if the CE Manager / HTM Director track is your target.
✓OEM-to-hospital arbitrage — a Sr FSE at GE HealthCare or Philips who moves in-house to an IDN Sr Imaging Biomed seat typically negotiates a $8-18k base bump plus the on-call / shift differential and full IDN pension eligibility to offset the loss of the OEM company vehicle.
✓Cybersecurity specialty premium — Medical Device Cybersecurity Specialist / Clinical Engineering Cybersecurity Analyst pays $110-150k, a $15-30k premium over Sr BMET; growing specialty after the 2017 WannaCry impact on the NHS and the FDA's 2023 Section 524B PATCH Act requirements.

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Medical Equipment Repairers Salary by State

Best Cities (cost-adjusted) →

Salary Map — Click a state for details

$39K

$79K■ No data

Top Paying States

Vertical line = national median. Click a state for full details.

State	Median	vs. National	Employment
Alaska	$78,570	+27.4%	160
Massachusetts	$78,230	+26.9%	2,200
Oregon	$76,600	+24.2%	490
Idaho	$74,270	+20.5%	310
Montana	$74,070	+20.1%	80
Minnesota	$73,940	+19.9%	2,080
North Dakota	$73,610	+19.4%	270
California	$72,450	+17.5%	6,080
Hawaii	$72,360	+17.4%	290
Maryland	$72,310	+17.3%	1,660

Showing 1–10 of 51

Medical Equipment Repairers Salary by Metro Area

Metro Area	Median	vs. National
Eugene-Springfield, OR	$92,760	+50.4%
San Francisco-Oakland-Fremont, CA	$88,190	+43.0%
San Jose-Sunnyvale-Santa Clara, CA	$84,970	+37.8%
Ann Arbor, MI	$83,020	+34.6%
Duluth, MN-WI	$81,810	+32.7%
Charlottesville, VA	$78,940	+28.0%
Anchorage, AK	$78,570	+27.4%
Boston-Cambridge-Newton, MA-NH	$78,480	+27.3%
Modesto, CA	$77,530	+25.7%
Seattle-Tacoma-Bellevue, WA	$77,020	+24.9%

Showing 1–10 of 188

Data Source: U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics (OEWS). Data reflects the most recent annual survey.

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A medical equipment repairers earning $61,660/year would need 967 years to match Stephen Curry's NBA salary, or 1038 yearsto match Patrick Mahomes' NFL contract.

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