{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:37:57.768Z","occupation":{"soc":"49-9062.00","title":"Medical Equipment Repairers","group":"Installation, Maintenance & Repair","sector":"23","jobZone":3,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers the inspection, troubleshooting, calibration, preventive maintenance, installation, safety evaluation, and documentation of medical equipment across clinical and hospital biomedical service environments, from entry-level shop work through organizational leadership.","levels":{"emerging":{"label":"Emerging","statements":["Hand tools and basic measuring devices — identify and use under direct supervision during initial equipment maintenance tasks in a clinical repair shop.","Manufacturers' service manuals — locate and read relevant sections under technician guidance to support troubleshooting of common medical equipment.","Preventive maintenance checklists — follow step-by-step to clean, lubricate, and adjust standard medical devices under close supervision in a healthcare facility.","Malfunctioning medical equipment — assist in disassembly under direct supervision, removing accessible components for inspection or replacement.","Maintenance and repair records — enter basic service data into logs or spreadsheet software following established templates and department protocols.","Test and analysis instruments — operate with guidance to measure electrical or mechanical parameters on entry-level medical devices.","Medical equipment installation procedures — support senior technicians in unpacking, positioning, and connecting equipment in patient care areas.","Electrical and mechanical safety regulations — recognize fundamental hazard categories and report potential risks to supervising staff during routine rounds.","Defective parts such as motors and clutches — identify visually and flag for repair or replacement under technician direction in a workshop setting.","Inventory management software — perform basic data entry to record parts received, used, or returned within a biomedical equipment department."]},"developing":{"label":"Developing","statements":["Standard medical devices such as infusion pumps and patient monitors — test and calibrate independently using manufacturers' manuals and hand or power tools in a hospital biomedical shop.","Preventive maintenance schedules — plan and execute routine service tasks including cleaning, lubrication, and adjustment with minimal oversight across an assigned equipment portfolio.","Test and analysis instruments — apply systematically to inspect and troubleshoot malfunctioning medical equipment, following manufacturer specifications in a clinical environment.","Maintenance, repair, and update records — maintain accurately in facilities management or spreadsheet software, ensuring compliance with departmental documentation standards.","Defective components including transformers and circuit boards — remove, repair, or replace during equipment disassembly using appropriate hand and power tools in a repair facility.","Electrical and mechanical safety checks — conduct on medical equipment and structural environments, identifying hazards and recommending corrective actions to department supervisors.","Medical equipment installation — complete independently for moderate-complexity devices, coordinating with clinical staff to ensure correct placement and operation.","Excess or in-use medical equipment — evaluate condition and serviceability, classifying items in accordance with facility regulations and disposal guidelines.","Troubleshooting techniques — apply deductive reasoning to isolate root causes of equipment failures across familiar device categories in a healthcare setting.","Electronic mail and office suite software — use to communicate repair status, schedule preventive maintenance, and respond to work orders within a biomedical services department."]},"proficient":{"label":"Proficient","statements":["Complex medical devices such as ventilators, imaging equipment, and surgical lasers — test, calibrate, and repair autonomously using advanced measurement instruments and manufacturers' technical manuals.","Non-routine equipment failures — diagnose independently through systematic troubleshooting, applying inductive and deductive reasoning across multiple device categories in acute-care environments.","Preventive maintenance programs — manage and execute for an entire equipment portfolio, adapting schedules based on manufacturer recommendations and usage data from inventory management software.","Medical software and operating system interfaces — evaluate and configure on networked medical devices to ensure proper functionality and cybersecurity compliance in a hospital setting.","Structural and electrical hazard assessments — perform comprehensive evaluations of medical equipment use environments, ensuring full compliance with NFPA, OSHA, and Joint Commission safety standards.","Defective assemblies including motors, drive systems, and power supplies — overhaul or reconstruct using precision hand tools and electronic diagnostic equipment in a fully equipped biomedical workshop.","Serviceability classifications for excess or in-use equipment — determine authoritatively, preparing disposition reports and recommendations in accordance with regulatory and accreditation requirements.","Equipment installation projects for high-acuity units — lead end-to-end, coordinating with vendors, clinical engineers, and facilities staff to meet safety and operational timelines.","Critical thinking and quality control analysis — apply to identify systemic equipment failure patterns, documenting findings and initiating corrective action plans within the department.","Junior technicians and apprentices — guide on troubleshooting methodologies and documentation practices during complex repair assignments in a healthcare repair environment."]},"advanced":{"label":"Advanced","statements":["Departmental preventive maintenance and repair strategy — design and implement at organizational scale, aligning biomedical equipment programs with patient safety goals and regulatory requirements.","Medical equipment acquisition and disposition policies — establish and enforce, leveraging serviceability evaluation data and inventory management systems across a multi-site healthcare organization.","Biomedical technician teams — lead, mentor, and develop through structured training programs, competency assessments, and performance coaching in a healthcare system.","Organizational safety compliance frameworks — author and oversee for medical equipment and facility environments, integrating electrical, mechanical, and infection-control hazard standards system-wide.","Capital equipment planning processes — inform at the executive level, using engineering analysis, repair cost trends, and technology assessments to guide procurement decisions.","Quality management systems for biomedical services — develop and continuously improve, instituting metrics, audits, and corrective action protocols across all repair and maintenance functions.","Vendor and manufacturer relationships — direct at a strategic level, negotiating service contracts, technical support agreements, and parts supply arrangements to optimize department performance.","Cross-functional technology integration projects — lead in partnership with clinical informatics and nursing leadership to deploy and validate networked medical devices in complex care environments.","Regulatory and accreditation readiness — orchestrate organization-wide, preparing documentation, staff, and equipment records for Joint Commission, FDA, and state health department reviews.","Emerging medical technologies and repair methodologies — evaluate and incorporate into departmental practice, disseminating knowledge through presentations, policy updates, and professional development initiatives."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}