Building Automation Training

Building Automation Training Overview

Our 12-hour instructor-led training course focuses on real-world BAS architecture, open communication protocols such as BACnet, commissioning workflows, and energy optimization strategies. It is professional training, not a product demonstration or general code overview, and is intended for participants who must make accountable decisions about system interoperability, performance, and long-term cost control.

This building automation training course explains how intelligent BAS platforms are structured, integrated, commissioned, and maintained to meet modern performance expectations. Participants learn how centralized control strategies, open communication protocols, and data-driven automation support energy management, demand response, renewable integration, and long-term operational stability across commercial, institutional, industrial, and multi-residential facilities.

The emphasis is on how building automation systems behave in real operating environments, not how they are described in specifications or theory. The course helps professionals understand why decisions made during design, integration, and commissioning continue to affect performance, safety, and cost throughout the system lifecycle.

Certification and Professional Outcomes

This course supports professional development for engineers, technicians, facility managers, and energy professionals responsible for intelligent building systems.

By the end of the course, participants will be able to:

• Evaluate building automation system architecture used in modern facilities

• Interpret and apply BAS communication protocols such as BACnet and Modbus

• Participate in BAS design, integration, commissioning, upgrade, and retrofit projects

• Identify opportunities for energy optimization, demand control, and operational cost reduction

• Communicate effectively with designers, system integrators, and automation vendors

• Support data collection strategies for analytics, fault detection, and AI-enabled applications

Course Focus Areas

This course focuses on:

• Building automation system architecture and system hierarchy

• BAS integration across HVAC, lighting, security, and life-safety systems

• Communication protocols and system interoperability

• Economics and lifecycle considerations of BAS investments

• Emerging technologies, including IoT, analytics, fault detection and diagnostics, AI, and digital twin concepts

• Hardware and software innovations in modern BAS platforms

What You Will Learn

This interactive course uses practical examples to provide participants with a working understanding of intelligent building automation systems as they are applied in real facilities.

Participants will learn to:

• Identify and describe major BAS components for HVAC, lighting, security, fire, and safety systems

• Understand mechanical and electrical components used in automated HVAC control systems

• Explain core BAS functions and control strategies

• Reference applicable codes, standards, and guidelines affecting BAS design and operation

• Understand human-machine interface concepts and remote system access

• Describe BAS networking fundamentals and communication methods

• Explain BAS implementation and commissioning processes

• Apply energy conservation and demand control strategies

• Understand data collection requirements for analytics and AI applications

• Recognize how BAS aligns with building performance frameworks and rating systems

Instructor and Course Delivery

This building automation training is delivered live by an experienced instructor with an extensive background in building automation systems, system integration, and operational deployment across commercial and industrial facilities. The course is instructor-led, interactive, and focused on practical application rather than vendor-specific products.

Participants benefit from real-world examples, applied system concepts, and direct instructor interaction throughout both days.