NCCE study plan
NCCE · Give each week a clear focus.
8 weeks · About 7 hours per week
Medical Equipment Technology and Applications
Classify at least 25 medical devices into functional categories (diagnostic imaging, monitoring, therapeutic, laboratory, life support) and state the underlying physical principle each uses
Explain the operating principles, typical parameters, and common failure modes of patient monitors, infusion pumps, ventilators, and electrosurgical units in writing
Trace signal flow through a representative device block diagram from transducer to display and identify where calibration adjustments are made
Build a one-page formula sheet covering hemodynamics, gas laws, ultrasound physics, and radiation dose relationships used in device performance checks
Your checkpoint
A 10-page device-principle reference covering 25 devices with block diagrams, key specs, and failure modes, self-quizzed to 90% recall
Medical Equipment Technology and Applications & Medical Device Maintenance, Testing, and Quality Assurance
Perform and document a simulated performance verification sequence for at least three device types using published tolerance limits
Distinguish calibration, verification, and repair activities and select the correct test equipment for each
Interpret a failed performance test result and write the pass/fail decision with justification
Draft a preventive maintenance procedure with interval rationale for one high-risk device class
Your checkpoint
Three completed PM/performance-test worksheets with measured values, tolerance comparisons, and pass/fail conclusions
Clinical Engineering Practice and Healthcare Technology Management
Map the full medical equipment lifecycle from needs assessment through decommissioning and list the decision gate at each stage
Construct a capital equipment replacement prioritization using at least four weighted criteria on a 15-device inventory
Compute and interpret a computerized maintenance management system (CMMS) work-order backlog and uptime metric from sample data
Draft a vendor evaluation and acceptance-testing checklist that includes warranty and service-contract terms
Your checkpoint
A 15-device inventory with replacement scores, a written prioritization rationale, and a sample acceptance-test checklist
Medical Device Safety, Standards, and Regulatory Compliance
Differentiate the roles of FDA clearance pathways (510(k), De Novo, PMA) and classify ten example devices into the correct pathway
Apply risk classification logic to assign Class I, II, or III and identify the corresponding controls
Summarize the intent of IEC 60601-1, IEC 62304, and ISO 14971 and state which lifecycle stage each governs
Interpret a manufacturer's recall notice and outline the clinical engineering response steps
Your checkpoint
A regulatory classification table for 15 devices with pathway, class, applicable standards, and a written recall-response procedure
Electrical Safety and Hazard Prevention in Healthcare Facilities & Medical Device Safety, Standards, and Regulatory Compliance
Explain the physiological thresholds of macroshock and microshock and calculate leakage current limits for each patient-care category
Describe the purpose and test method for protective earth continuity, chassis leakage, and patient leakage current measurements
Differentiate Class I, Class II, and internally powered equipment and state the grounding implications of each
Identify the electrical hazards introduced by wet locations, isolated power systems, line isolation monitors, and equipotential grounding in critical care areas
Your checkpoint
An electrical safety testing procedure plus a worked leakage-current calculation set scored at 90% or better on a self-made 20-question quiz
Information Technology and Medical Device Integration
Describe how medical devices connect to clinical networks and identify the risks of wireless, wired, and remote-access configurations
Explain the role of HL7, DICOM, and IEEE 11073 in device integration and distinguish their purposes
Outline cybersecurity controls across the device lifecycle including patching constraints, network segmentation, and vulnerability disclosure handling
Draft an interface control and risk assessment for one device-to-EHR integration scenario
Your checkpoint
A two-page integration and cybersecurity risk assessment for a networked infusion pump fleet, including a mitigation table
Healthcare Facility Design, Infrastructure, and Utilities & Clinical Engineering Practice and Healthcare Technology Management
Specify the electrical, HVAC, plumbing, and medical gas requirements for a patient care area and justify each from code intent
Explain the function and monitoring of essential electrical system branches and the equipment assigned to each
Identify medical gas system components, labeling, and alarm requirements and describe the clinical engineering role in verification
Assess how facility infrastructure failures propagate to device availability and write a contingency outline
Your checkpoint
A facility requirements checklist for one clinical unit covering power, HVAC, gas, and water, with code-intent notes for each item
Professional Ethics, Communication, and Healthcare Delivery Systems & Medical Equipment Technology and Applications & Medical Device Safety, Standards, and Regulatory Compliance
Apply an ethical decision framework to three scenarios involving device safety reporting, conflicting priorities, and competency limits
Demonstrate clear communication of a technical safety finding to a clinical audience in a short written briefing
Complete two timed full-length practice exams and analyze error patterns by domain
Consolidate weak-area notes into a one-page pre-exam review sheet covering all eight domains
Your checkpoint
Two timed practice exam scores above 75% with a written error analysis and a final one-page review sheet