Hospital Engineering Course

Lesson 1 • Healthcare Facility Infrastructure Overview

Surveys the major physical systems present in hospitals and their interdependencies. Provides a mental map used throughout the course for contextualising each technical domain.

Lesson 2 • Risk and Criticality in Healthcare Settings

Explains how clinical risk differs from industrial risk and why failure consequences are amplified in hospitals. Introduces risk-based prioritisation as a core engineering decision-making tool.

Lesson 3 • Regulatory and Standards Framework

Introduces the hierarchy of codes, accreditation standards, and inspection bodies that govern hospital facilities. Engineers learn to navigate compliance obligations without memorising jurisdiction-specific codes.

Lesson 1 • Electrical Preventive Maintenance

Establishes inspection intervals, testing methods, and documentation practices for hospital electrical equipment. Links maintenance frequency to equipment criticality and regulatory requirements.

Lesson 2 • Isolated Power and Wet Locations

Explains isolated power panel design and line isolation monitor function in wet clinical locations. Ensures engineers can protect patients from microshock in operating and procedure rooms.

Lesson 3 • Essential Electrical System Design

Details the three branches of the essential electrical system and their load requirements. Students apply branch segregation rules to protect life-safety and critical care loads.

Lesson 4 • Normal Power Distribution

Covers utility service entrance, switchgear, transformers, and distribution panels specific to healthcare occupancies. Establishes baseline knowledge for understanding essential electrical systems.

Lesson 1 • Ventilation Requirements by Space Type

Maps air change rates, pressure relationships, and filtration levels to specific clinical spaces. Students apply space-specific requirements to prevent cross-contamination between departments.

Lesson 2 • HVAC Fundamentals for Healthcare

Reviews psychrometrics, air handling unit components, and duct system design as applied to hospitals. Establishes the technical vocabulary needed for clinical HVAC specification and troubleshooting.

Lesson 3 • Filtration and Air Quality Control

Covers HEPA filtration, ultraviolet germicidal irradiation, and particulate monitoring in clinical settings. Connects filtration performance to infection prevention outcomes.

Lesson 4 • Temperature and Humidity Control

Addresses setpoint management, humidity control equipment, and seasonal challenges in hospital HVAC. Explains how deviations affect patient safety, medication storage, and infection risk.

Lesson 1 • Testing, Verification, and Maintenance

Establishes purity testing, cross-connection testing, and preventive maintenance schedules for medical gas systems. Links testing rigour to regulatory compliance and patient safety outcomes.

Lesson 2 • Piping Materials and Installation Standards

Specifies acceptable pipe materials, joining methods, and labelling requirements for medical gas distribution. Prevents contamination and misidentification that could cause patient harm.

Lesson 3 • Medical Vacuum and Waste Anesthetic Gas

Covers vacuum pump selection, receiver sizing, and waste anaesthetic gas disposal system design. Connects proper vacuum performance to surgical and anaesthesia safety.

Lesson 4 • Medical Gas System Fundamentals

Introduces gas types, source equipment, and distribution architecture used in hospital piped systems. Provides the foundation for understanding purity, pressure, and flow requirements.

Lesson 1 • Water Temperature and Scalding Prevention

Addresses the conflict between Legionella control temperatures and scalding risk at patient fixtures. Engineers apply thermostatic mixing valve strategies to resolve this safety tension.

Lesson 2 • Specialised Water Systems

Examines purified water, reverse osmosis, and deionised water systems used in dialysis and sterile processing. Connects water quality specifications to clinical and sterilisation outcomes.

Lesson 3 • Hospital Plumbing System Design

Reviews domestic water supply, drainage, and fixture requirements specific to healthcare occupancies. Establishes design principles that support infection control and clinical workflow.

Lesson 4 • Medical Waste and Drainage Management

Covers regulated medical waste drainage, sanitary sewer requirements, and grease interceptor use in hospitals. Ensures compliance with environmental discharge standards.

Lesson 1 • Healthcare Occupancy Classification

Explains how healthcare occupancy classification drives construction type, egress, and suppression requirements. Establishes the regulatory logic underlying all subsequent life safety decisions.

Lesson 2 • Emergency Egress and Evacuation Planning

Covers egress corridor requirements, exit signage, and horizontal evacuation procedures for non-ambulatory patients. Links physical infrastructure to the hospital emergency operations plan.

Lesson 3 • Fire Suppression Systems

Details wet-pipe, dry-pipe, and pre-action sprinkler systems and their appropriate clinical applications. Connects suppression system selection to occupancy type and equipment sensitivity.

Lesson 4 • Smoke Compartmentalisation and Barriers

Addresses smoke barrier construction, door hardware, and damper requirements for hospital compartmentalisation. Ensures engineers can maintain barrier integrity during renovations and repairs.

Lesson 1 • Computerized Maintenance Management Systems

Introduces CMMS platforms, asset databases, and work order workflows used in hospital engineering departments. Establishes the digital backbone for all maintenance programme activities.

Lesson 2 • Asset Lifecycle and Capital Planning

Covers equipment useful life estimation, replacement cost forecasting, and capital budget justification. Enables engineers to advocate for infrastructure investment using data-driven analysis.

Lesson 3 • Predictive and Condition-Based Maintenance

Introduces vibration analysis, oil sampling, and thermal imaging as predictive maintenance tools. Shifts maintenance strategy from time-based to condition-based to reduce unplanned failures.

Lesson 4 • Regulatory Compliance and Survey Readiness

Prepares engineers to organise documentation, conduct self-assessments, and respond to accreditation surveys. Links daily maintenance practices to sustained regulatory compliance.

Lesson 1 • Project Coordination with Clinical Staff

Addresses communication protocols, phasing strategies, and noise and vibration management during occupied renovations. Builds the collaboration skills needed to minimise disruption to patient care.

Lesson 2 • Infection Control Risk Assessment

Introduces the ICRA matrix, patient population risk levels, and construction activity classifications. Engineers use ICRA to determine required precautions before any construction activity begins.

Lesson 3 • Construction Containment and Dust Control

Details barrier construction, negative pressure enclosures, and HEPA filtration requirements for active construction zones. Prevents airborne fungal and bacterial contamination from reaching vulnerable patients.

Lesson 4 • Utility Outage Planning and Management

Covers the interim life safety measures, outage notification, and contingency planning required during construction. Ensures clinical operations continue safely when systems are temporarily impaired.