Clinical Engineering Course

Lesson 1 • Healthcare System Structure and Stakeholders

Maps the organisational structure of hospitals and healthcare networks relevant to clinical engineers. Identifies key stakeholders and decision-making hierarchies.

Lesson 2 • History and Evolution of the Field

Traces clinical engineering from early biomedical instrumentation to modern hospital technology management. Provides context for understanding current professional responsibilities.

Lesson 3 • Roles and Responsibilities of Clinical Engineers

Defines core duties including equipment management, safety oversight, and clinical support. Connects professional identity to daily hospital operations.

Lesson 1 • Patient Monitoring Systems

Covers physiological signal acquisition, processing, and display in bedside and telemetry monitors. Connects signal integrity to clinical decision-making accuracy.

Lesson 2 • Therapeutic and Life-Support Devices

Introduces ventilators, infusion pumps, defibrillators, and surgical energy systems. Emphasises operational parameters critical to patient safety.

Lesson 3 • Diagnostic Imaging Equipment

Examines operating principles of X-ray, ultrasound, MRI, and CT systems. Links imaging physics to clinical application and maintenance considerations.

Lesson 4 • Laboratory and Point-of-Care Devices

Reviews analysers, glucometers, and rapid diagnostic tools used at the bedside and in labs. Highlights calibration and quality control requirements.

Lesson 1 • Electrical Safety Standards and Testing

Covers internationally recognised safety performance limits and testing protocols for medical equipment. Prepares students to conduct and document safety inspections.

Lesson 2 • Biomedical Signal Acquisition

Explains transducer types, amplifier design, and analogue-to-digital conversion for physiological signals. Connects instrumentation design to measurement accuracy.

Lesson 3 • Electrical Hazards in Clinical Settings

Identifies macroshock, microshock, and leakage current risks specific to patient-connected equipment. Establishes the physiological basis for electrical safety limits.

Lesson 4 • Noise Reduction and Signal Integrity

Addresses electromagnetic interference, shielding, and filtering techniques in medical instrumentation. Ensures students can diagnose and resolve signal quality issues.

Lesson 1 • Infection Control and Equipment Decontamination

Applies infection prevention principles to equipment cleaning, disinfection, and sterilisation selection. Reduces device-associated infection risk in clinical environments.

Lesson 2 • Medical Gas Systems

Covers piped oxygen, nitrous oxide, vacuum, and compressed air systems in healthcare facilities. Links system integrity to patient safety in critical care areas.

Lesson 3 • Radiation Safety in Clinical Environments

Covers ionising radiation principles, shielding design, and personnel dosimetry for clinical engineers. Enables safe management of radiation-emitting medical equipment.

Lesson 4 • Healthcare Facility Electrical Infrastructure

Examines essential electrical systems, emergency power, and branch circuit requirements for clinical areas. Prepares students to evaluate power reliability for life-critical equipment.

Lesson 1 • Performance Metrics and Programme Evaluation

Introduces key performance indicators for equipment uptime, maintenance compliance, and cost efficiency. Supports continuous improvement of the management programme.

Lesson 2 • Equipment Lifecycle and Replacement Planning

Analyses total cost of ownership, obsolescence indicators, and capital replacement prioritisation. Enables data-driven budget justification for equipment renewal.

Lesson 3 • Preventive Maintenance Planning

Establishes criteria for maintenance intervals, task development, and scheduling based on risk and manufacturer guidance. Reduces unplanned downtime and safety incidents.

Lesson 4 • Corrective Maintenance and Troubleshooting

Develops systematic fault diagnosis and repair workflows for failed medical equipment. Connects rapid restoration to patient care continuity.

Lesson 1 • Risk Management Principles for Medical Devices

Applies internationally recognised risk management processes to medical device design and use. Builds skills in hazard identification, risk estimation, and control selection.

Lesson 2 • Medical Device Regulatory Frameworks

Surveys premarket approval, post-market surveillance, and device registration requirements across major regulatory systems. Enables navigation of compliance obligations.

Lesson 3 • Incident Investigation and Adverse Event Reporting

Covers root cause analysis, mandatory reporting obligations, and corrective action for device-related incidents. Closes the loop between incidents and system improvement.

Lesson 4 • Medical Device Recalls and Field Safety

Explains recall classification, notification workflows, and device quarantine procedures. Ensures students can execute recall responses that protect patient safety.

Lesson 1 • Health Technology Assessment

Introduces evidence-based evaluation of clinical effectiveness, cost-effectiveness, and organisational impact of technologies. Supports strategic investment decisions.

Lesson 2 • Technology Evaluation Methodologies

Covers comparative evaluation frameworks, clinical trials of equipment, and vendor demonstrations. Produces objective, defensible selection recommendations.

Lesson 3 • Acceptance Testing and Commissioning

Establishes protocols for incoming inspection, performance verification, and clinical commissioning of new devices. Ensures equipment meets specifications before patient use.

Lesson 4 • Needs Assessment and Clinical Requirements

Guides collection of clinical, operational, and financial requirements before technology selection. Aligns procurement decisions with patient care and institutional goals.

Lesson 1 • Vendor and Contract Management

Covers performance monitoring of service contracts, vendor relationship management, and contract renewal strategy. Maximises value from third-party service agreements.

Lesson 2 • Strategic Technology Planning

Guides development of multi-year technology roadmaps aligned with clinical and organisational strategy. Positions clinical engineering as a strategic institutional partner.

Lesson 3 • Leadership, Team Development, and Change Management

Builds skills in staff development, performance management, and leading technology-driven change in healthcare. Prepares students for department director responsibilities.

Lesson 4 • Departmental Planning and Budgeting

Covers operating and capital budget development, variance analysis, and financial justification for clinical engineering departments. Builds fiscal accountability skills.