The HVAC Systems Management for Facilities Training Course by Oxford Training Centre, under the Product Management Training Courses category, develops practical skills in HVAC facilities management for efficient building operations and indoor environmental control. The course focuses on HVAC maintenance, building climate control, air conditioning, ventilation, energy efficiency, system performance, and preventive maintenance. Participants will learn how to manage HVAC equipment, schedule maintenance activities, monitor operating conditions, identify system faults, and improve energy performance while maintaining comfortable and healthy indoor environments.
Objectives
- Understand the principles of HVAC facilities management.
- Develop knowledge of heating, ventilation, and air conditioning systems.
- Apply effective HVAC maintenance planning and scheduling techniques.
- Improve building climate control and indoor air quality.
- Identify common HVAC faults and operational issues.
- Implement preventive maintenance procedures for HVAC equipment.
- Monitor system performance and energy consumption.
- Improve the efficiency of air conditioning and ventilation systems.
- Apply safety procedures during HVAC inspection and maintenance.
- Develop strategies to improve HVAC reliability and reduce operating costs.
Target Audience
- Facilities Managers
- HVAC Engineers and Technicians
- Maintenance Managers and Supervisors
- Building Services Engineers
- Mechanical Engineers
- Property and Building Managers
- Facilities Maintenance Coordinators
- Energy Management Professionals
- Operations Managers
- Technical Services Professionals
Course Content
Module 1: Fundamentals of HVAC Facilities Management
- Introduction to HVAC facilities management
- Principles of heating, ventilation, and air conditioning
- Role of HVAC systems in building operations
- Types of HVAC systems and their applications
- Understanding HVAC components and technical documentation
- Responsibilities of HVAC facilities management professionals
Module 2: HVAC Equipment and System Components
- Heating systems and heat generation equipment
- Chillers, boilers, and heat pumps
- Air handling units and fan coil units
- Compressors, condensers, and evaporators
- Pumps, fans, ducts, and filters
- Thermostats, sensors, and control devices
Module 3: Building Climate Control and Indoor Air Quality
- Principles of building climate control
- Temperature and humidity management
- Indoor air quality requirements
- Air distribution and circulation
- Ventilation rates and fresh air management
- Filtration and contaminant control
- Maintaining occupant comfort and environmental conditions
Module 4: HVAC Maintenance Planning and Scheduling
- Principles of HVAC maintenance management
- Preventive and corrective maintenance
- Developing HVAC maintenance schedules
- Preparing maintenance work orders
- Inspection and servicing requirements
- Managing spare parts, tools, and maintenance resources
- Maintaining equipment service records
Module 5: Air Conditioning and Ventilation Management
- Air conditioning system operation and performance
- Ventilation system design principles and operation
- Airflow measurement and distribution
- Ductwork inspection and maintenance
- Filter replacement and cleaning procedures
- Identifying airflow and cooling performance problems
- Improving ventilation effectiveness
Module 6: HVAC Troubleshooting and Fault Diagnosis
- Identifying common HVAC system faults
- Diagnosing cooling and heating problems
- Detecting refrigerant leaks and airflow restrictions
- Investigating unusual noise and vibration
- Assessing compressor and motor performance
- Troubleshooting sensors and control systems
- Implementing corrective maintenance measures
Module 7: Energy Efficiency and HVAC Optimisation
- Understanding HVAC energy consumption
- Improving air conditioning efficiency
- Optimising heating and cooling schedules
- Managing variable-speed drives and control settings
- Evaluating equipment operating performance
- Reducing unnecessary energy consumption
- Monitoring energy use and identifying improvement opportunities
Module 8: HVAC Controls and Building Management Systems
- Fundamentals of HVAC control systems
- Temperature sensors and automated controls
- Introduction to building management systems
- Monitoring HVAC operating parameters
- Managing automated schedules and setpoints
- Using system alarms for fault detection
- Understanding the role of smart technologies in HVAC management
Module 9: HVAC Safety and Environmental Management
- HVAC inspection and maintenance safety procedures
- Electrical and mechanical hazards
- Safe equipment isolation and lockout procedures
- Refrigerant handling and environmental considerations
- Working safely at height and in plant rooms
- Managing maintenance risks and emergency situations
- Maintaining safety records and inspection documentation
Module 10: HVAC Performance Monitoring and Continuous Improvement
- Establishing HVAC performance indicators
- Monitoring equipment reliability and operating efficiency
- Evaluating maintenance effectiveness
- Reviewing service records and recurring faults
- Assessing occupant comfort and indoor air quality
- Preparing HVAC performance reports
- Developing continuous improvement plans for facilities operations
FAQs
1. What is HVAC facilities management?
HVAC facilities management involves operating, maintaining, monitoring, and improving heating, ventilation, and air conditioning systems to support building comfort, safety, and energy efficiency.
2. What will I learn in this HVAC Systems Management for Facilities Training Course?
You will learn HVAC maintenance, air conditioning management, ventilation, building climate control, fault diagnosis, energy efficiency, and HVAC performance monitoring.
3. Who should attend this HVAC facilities management training course?
The course is suitable for facilities managers, HVAC engineers, maintenance technicians, building services professionals, property managers, and technical operations personnel.
4. Why is HVAC maintenance important?
HVAC maintenance helps prevent equipment failures, maintain indoor air quality, improve system efficiency, reduce operating costs, and extend equipment service life.
5. What is the difference between air conditioning and ventilation?
Air conditioning controls indoor temperature and may also regulate humidity, while ventilation introduces fresh air and removes stale air and indoor contaminants.
6. How can building climate control improve occupant comfort?
Effective building climate control maintains suitable indoor temperatures, humidity levels, and airflow to support occupant comfort and productive working environments.
7. How can energy efficiency be improved in HVAC systems?
Energy efficiency can be improved through preventive maintenance, appropriate temperature settings, optimised operating schedules, effective insulation, clean filters, and efficient equipment controls.
8. What career opportunities can HVAC facilities management training support?
This training can support professional development in facilities management, HVAC maintenance, building services engineering, maintenance supervision, and technical operations management.