A modern building runs on dozens of interconnected systems — lighting, HVAC, security, fire safety — and when they operate in isolation, energy is wasted and comfort suffers. Building Automation Systems (BAS) exist to solve exactly that problem, pulling every function onto one platform that can sense, decide and act in real time.

The Training Course in Smart Building Automation and Integrated Control Systems, from the Arab British Fellowship Training Academy, is built around that integration challenge. Participants examine BAS architecture and communication protocols, the control strategies that keep systems responsive, and the newer layers — IoT, AI, cloud computing and big data — that are turning conventional automation into predictive, self-optimising management.

The course closes with the operational side: how automation secures a building, manages emergencies and reduces energy waste day to day, and where the technology is heading over the next decade.

Target Audience

• Building and facility managers responsible for the day-to-day operation of automated systems.
• HVAC, electrical, security and lighting engineers and technicians looking to upgrade their automation knowledge.
• Designers, consultants and energy efficiency specialists planning BAS solutions for new or retrofitted buildings.
• IT specialists and sustainability experts working on the network, IoT and data layers of smart building technology.

Course Objectives

• Describe the components, architecture and communication protocols (BACnet, Modbus, KNX and others) used in modern BAS.
• Apply control strategies — open-loop, closed-loop, PID and fuzzy logic — to HVAC, lighting and security functions.
• Design integrated building management solutions that improve operational efficiency and occupant comfort.
• Explain how IoT, AI, machine learning and data analytics extend BAS into predictive, self-optimising operation.
• Use cloud computing and big data platforms for remote monitoring, control and performance analysis.
• Troubleshoot and maintain BAS to ensure reliable, long-term performance.

Module 1: BAS Fundamentals, Architecture and Protocols

• What Building Automation Systems are, their key components (sensors, controllers, actuators, HMIs) and their role in energy, safety and comfort.
• Communication protocols — BACnet, Modbus, KNX and LonWorks — and centralised versus decentralised control.
• Classifying BAS by building type and comparing traditional systems with today's smart building platforms.

Module 2: Control Strategies and System Integration

• Open-loop, closed-loop, PID and fuzzy logic control, and how each applies to HVAC, lighting and security.
• Interoperability challenges when combining multiple systems and platforms.
• Best practices for integrating legacy infrastructure with new automation technology.

Module 3: Cutting Energy Waste Through Automation

• Energy management systems within BAS and how they enable real-time monitoring and automated control.
• Key performance indicators for measuring and reporting energy efficiency.
• Supporting green building certification and integrating renewable energy and demand-response strategies.

Module 4: Building Safety and Comfort Systems

• Security integration: CCTV, access control and intrusion detection linked to automated responses.
• Fire alarm and emergency systems, and how automation shortens response times.
• Automated lighting — occupancy sensing, daylight harvesting and dimming — for comfort and savings.

Module 5: Advanced and Predictive Control

• Predictive, adaptive and AI-based control systems and how they anticipate building conditions.
• IoT integration: sensors, actuators and smart meters communicating with the BAS, and the security considerations this raises.
• Data analytics and machine learning for predictive maintenance and optimised energy use.

Module 6: Cloud, Big Data and the Road Ahead

• Cloud-based automation for remote monitoring, scalability and flexibility.
• Big data analytics for performance optimisation and maintenance scheduling.
• Emerging technologies — blockchain, AI and 5G — and how they will reshape building management over the next decade.