The Basics Of Bms Role In Facility Management&Smart Building

Master BMS architecture, integration, and control strategies to enhance facility operations & smart building efficiency

What you'll learn

Understand what defines a smart building and the role of BMS

Identify the key hardware and software components in a BMS system

Basicse ofIntegration between BMS & HVAC, lighting, fire alarm, and security systems

Monitor and control systems in real-time using SCADA/HMI and mobile apps

Use BMS in facility management to improve efficiency, cost, and tenant satisfaction

Explore digital twins, edge computing, and smart city integration

Requirements

No prior knowledge of BMS is required — all key concepts will be explained from the ground up

Basic understanding of building systems (HVAC, lighting, fire alarm, etc.)

Familiarity with facility management concepts is recommended but not mandatory

A computer or mobile device with internet access

An interest in smart buildings, automation, and technology-driven facility operations

Description

Welcome to "The Basics of BMS Role in Facility Management & Smart Building," Course – your complete guide to understanding how Building Management Systems (BMS) power the intelligence behind modern, efficient, and sustainable buildings.In today’s world, buildings are no longer just structures — they’re intelligent environments that adapt to the needs of occupants, optimize energy usage, and improve facility operations. At the heart of this transformation is the BMS.This course is designed specifically for facility managers, engineers, and smart building professionals who want to build a strong foundation in BMS and explore its role in integrated building systems and facility management strategies.What You’ll Learn:Section 1: Introduction to Smart Buildings & BMSWhat makes a building “smart”?The digital backbone: BMS as the command centerKey benefits of BMS in smart infrastructureSmart building goals (efficiency, comfort, automation)Section 2: Architecture and Components of BMSBMS hardware: Sensors, actuators, controllers, Gateways & Control PanelBMS software: HMI/SCADA, cloud connectivityCommunication protocols: (BACnet, Modbus, KNX, etc..)Overview of system architecture (central + distributed)Sample BMS block diagramSection 3: BMS Integration with Smart Building SystemsHVAC systems control (chillers, AHUs, FCUs)Lighting AutomationFire alarm & life safety system interfaceAccess control and security system integrationSmart metering and elevatorsUse of IoT gateways for modern integrationExample for BMS integration systemsSection 4: Real-Time Monitoring and Control with BMSLive sensor data collection and visualizationAlarm management and event loggingRemote access and mobile control appsSetting operational schedules and setpointsRole of BMS in improving occupant experienceSection 5: BMS Role in Facility ManagementCentralized control for all building systems to improve FM response timeAutomating preventive maintenance through fault alerts and analyticsReducing operational costs by optimizing energy and resource usageMonitoring asset performance and lifecycle for better capital planningDigital twins, cloud BMS, and edge computingBMS and smart city integrationEmerging trends and technologiesPreparing facility managers for the futureEnhancing tenant comfort, safety, and service satisfactionGenerating maintenance schedules, inspection logs, and performance reportsDelivery: Case-based explanation + FM-focused workflow demoJoin us now and gain the skills and insight needed to stay ahead in the rapidly evolving world of smart buildings and facility management. Let’s build the future together — one smart building at a time.

Overview

Section 1: Introduction to Smart Buildings & BMS

Lecture 1 Introduction

Lecture 2 Course Content

Lecture 3 What makes a building “smart”?

Lecture 4 The digital backbone: BMS as the command center

Lecture 5 Key benefits of BMS in smart infrastructure

Lecture 6 Smart Building Goals (efficiency, comfort, automation)

Section 2: Architecture and Components of BMS

Lecture 7 BMS hardware: Sensors, actuators, controllers, Gateways & Control Panel

Lecture 8 BMS software: HMI/SCADA, cloud connectivity

Lecture 9 Communication protocols: (BACnet, Modbus, KNX, etc..)

Lecture 10 Overview of system architecture (central + distributed)

Lecture 11 Sample BMS block diagram

Section 3: BMS Integration with Smart Building Systems

Lecture 12 HVAC systems control (chillers, AHUs, FCUs)

Lecture 13 Lighting Automation

Lecture 14 Fire alarm & life safety system interface

Lecture 15 Access control and security system integration

Lecture 16 Smart Metering and Elevators

Lecture 17 Use of IoT gateways for modern integration

Lecture 18 Example for BMS integration systems

Section 4: Real-Time Monitoring and Control with BMS

Lecture 19 Live sensor data collection and visualization

Lecture 20 Alarm management and event logging

Lecture 21 Remote access and mobile control apps

Lecture 22 Setting operational schedules and setpoints

Lecture 23 Role of BMS in improving occupant experience

Section 5: BMS Role in Facility Management

Lecture 24 Centralized control for all building systems to improve FM response time

Lecture 25 Automating preventive maintenance through fault alerts and analytics

Lecture 26 Reducing operational costs by optimizing energy and resource usage

Lecture 27 Monitoring asset performance and lifecycle for better capital planning

Lecture 28 Digital twins, Cloud BMS, & Edge computing

Lecture 29 BMS and Smart City integration

Lecture 30 Emerging Trends & Technologies

Lecture 31 Preparing facility managers for the future

Lecture 32 Enhancing tenant comfort, safety, and service satisfaction

Lecture 33 Generating maintenance schedules, inspection logs, and performance reports

Lecture 34 Delivery: Case-based explanation + FM-focused workflow demo

Lecture 35 Thank you

Facility Managers and FM Engineers,HVAC and BMS Technicians,Mechanical and Electrical Engineers,Smart Building Designers and Consultants,Students and professionals interested in smart infrastructure