The Building Automation and Control Systems Training Course by Oxford Training Centre, under the Product Management Training Courses category, develops practical skills in building automation systems for efficient building operations and integrated facility management. The course focuses on BMS, building controls, smart buildings, automation systems, building monitoring, energy management, and system integration. Participants will learn how to monitor building services, manage automated equipment, optimise energy consumption, troubleshoot control systems, and improve operational performance through intelligent building technologies.
Objectives
- Understand the principles and applications of building automation systems.
- Develop knowledge of Building Management Systems (BMS).
- Understand building controls and automated equipment operation.
- Explore smart building technologies and automation systems.
- Monitor HVAC, lighting, electrical, and other building services.
- Improve energy efficiency through automated control strategies.
- Apply building monitoring techniques to assess system performance.
- Identify common faults in building automation and control systems.
- Understand communication protocols and system integration.
- Develop strategies to improve building performance, reliability, and operational efficiency.
Target Audience
- Facilities Managers
- Building Services Engineers
- Electrical and Mechanical Engineers
- BMS Engineers and Technicians
- Automation and Control Engineers
- Building Maintenance Managers
- Smart Building Technology Professionals
- Energy Management Professionals
- Property and Building Managers
- Technical Operations and Maintenance Supervisors
Course Content
Module 1: Fundamentals of Building Automation Systems
- Introduction to building automation systems
- Principles of automated building operations
- Benefits of building automation in facilities management
- Components of building control systems
- Applications of automation in commercial and industrial buildings
- Understanding smart buildings and intelligent infrastructure
Module 2: Building Management Systems (BMS)
- Introduction to Building Management Systems
- BMS architecture and system components
- Centralised monitoring and control
- Sensors, controllers, and actuators
- Operator interfaces and graphical dashboards
- BMS alarms, alerts, and event management
- Roles and responsibilities of BMS operators
Module 3: Building Controls and Automation Technologies
- Fundamentals of building control systems
- Digital and analogue control signals
- Sensors for temperature, humidity, pressure, and occupancy
- Controllers and automated control sequences
- Actuators, valves, and dampers
- Setpoints, schedules, and control logic
- Automated equipment operation and response
Module 4: HVAC Automation and Climate Control
- Integrating HVAC systems with building automation
- Automated heating and cooling control
- Ventilation and indoor air quality monitoring
- Temperature and humidity regulation
- Chiller, boiler, and air handling unit controls
- Optimising HVAC schedules and operating conditions
- Monitoring HVAC performance through BMS
Module 5: Lighting and Electrical Control Systems
- Automated lighting control principles
- Occupancy sensors and daylight harvesting
- Lighting schedules and zoning
- Integration of electrical systems with BMS
- Monitoring power consumption
- Automated control of selected electrical equipment
- Improving energy efficiency through intelligent controls
Module 6: Communication Protocols and System Integration
- Introduction to building automation communication networks
- Understanding BACnet and Modbus protocols
- Overview of KNX and other building automation technologies
- Communication between controllers and field devices
- Integrating HVAC, lighting, and metering systems
- Interoperability and data exchange
- Identifying common system integration issues
Module 7: Building Monitoring and Energy Management
- Real-time building monitoring
- Monitoring equipment status and operating parameters
- Energy consumption tracking and reporting
- Analysing building performance data
- Identifying energy wastage and operational inefficiencies
- Establishing performance indicators
- Developing energy optimisation strategies
Module 8: Smart Buildings and Intelligent Automation
- Principles of smart building technologies
- Internet of Things applications in building management
- Connected sensors and intelligent devices
- Occupancy-based automation
- Data-driven building operations
- Introduction to AI-assisted monitoring and predictive maintenance
- Benefits and limitations of intelligent building systems
Module 9: Troubleshooting and Maintenance of Automation Systems
- Identifying common building control faults
- Troubleshooting sensors, controllers, and actuators
- Diagnosing communication and network issues
- Reviewing alarms and event logs
- Preventive maintenance for automation equipment
- Testing control sequences and system responses
- Maintaining system documentation and service records
Module 10: Building Automation Performance and Optimisation
- Evaluating building automation system performance
- Reviewing control sequences and operating schedules
- Improving system reliability and responsiveness
- Reducing energy consumption and operational costs
- Monitoring alarms and recurring system faults
- Applying cybersecurity and access control principles
- Developing continuous improvement plans for smart buildings
FAQs
1. What are building automation systems?
Building automation systems are integrated technologies used to monitor and control building services such as HVAC, lighting, electrical equipment, and other operational systems.
2. What will I learn in this Building Automation and Control Systems Training Course?
You will learn BMS operation, building controls, automation technologies, HVAC integration, lighting control, building monitoring, system troubleshooting, and energy management.
3. Who should attend this building automation training course?
The course is suitable for facilities managers, BMS engineers, electrical and mechanical engineers, automation technicians, building services professionals, and maintenance supervisors.
4. What is a Building Management System (BMS)?
A Building Management System is a centralised platform that monitors and controls selected building services to improve operational efficiency, occupant comfort, and energy performance.
5. How do building automation systems improve energy efficiency?
Building automation systems optimise equipment schedules, adjust controls according to occupancy and environmental conditions, monitor energy consumption, and identify operational inefficiencies.
6. What is the difference between BMS and building automation systems?
Building automation systems refer broadly to technologies that automate building operations, while BMS commonly describes the platform used to monitor and control integrated building services.
7. How do smart buildings use automation systems?
Smart buildings use connected sensors, automated controls, monitoring platforms, and data analysis to respond to changing conditions and improve building performance.
8. What career opportunities can building automation training support?
This training can support professional development in BMS operation, building controls, facilities management, automation engineering, smart building technologies, and technical maintenance management.