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BMS Design, Control & Automation - Complete Course

Name: BMS Design, Control & Automation - Complete Course
Rating: 4.3 (14 reviews)

Become a BMS Expert – Control Systems, Energy Efficiency & Smart Integration

Created bySajjad Ansari

Last updated 7/2025

English

English [Auto],

What you'll learn

Students will gain a clear understanding of BMS architecture, components, and communication protocols such as BACnet, Modbus, and KNX used in modern buildings
Learners will be able to design BMS systems for commercial, residential & industrial buildings—including sensor placement, control panel layout etc.
Students will learn how to configure and program field devices such as sensors, actuators, VAVs, AHUs, FCUs, and lighting systems
By the end of the course, learners will be capable of monitoring system performance, identifying faults, and implementing energy-efficient automation strategies

Course content

8 sections • 24 lectures • 4h 33m total length

1.1 What is BMS (Building Management System)20:11
Learn how a building management system acts as the central nervous system of a building, monitoring and automating HVAC, lighting, power, safety, and fire systems for energy efficiency and comfort.
1.2 Importance of BMS in modern buildings7:24
Explore how building management systems optimize energy use, improve occupant comfort, and enable centralized monitoring, automation, and smart integration across hvac, lighting, fire safety, and security.
1.3 Difference between BMS, BAS, and EMS13:58
Compare differences between BMS, BAS, and EMS, highlighting their focus and key functions. Explain how BMS integrates services, BAS automates HVAC and lighting, and EMS analyzes energy use for optimization.

2.1 Controllers (DDC, PLC)12:51
Explore how building management systems use direct digital controllers (ddc) and programmable logic controllers (plc) to sense sensors, apply logic, and control actuators for hvac, lighting, and water systems.
2.2 Sensors & actuators15:21
Explore how sensors (various types) detect environmental quantities and send data to the BMS controller, and how actuators (various types) execute mechanical actions to control HVAC systems.
2.3 Field devices (temperature sensors, pressure sensors, flow meters)13:00
Explore field devices in building management systems, including temperature sensors, pressure sensors, and flow meters for energy efficiency. Enable HVAC control via valves, dampers, and VFDs.
2.4 Wiring basics and connection overview11:33
Explore power, control, sensor/actuator, communication, and grounding wiring in a building management system. Learn key wiring elements: power supply, DDC controller terminal block, fuses and MCBs, relays, and grounding practices.

3.1 BACnet, Modbus, LonWorks overview7:32
Explore Bacnet, Modbus, and LonWorks in building automation and control networks. Understand Bacnet's open interoperability, Modbus's simple master-slave data exchange, and LonWorks' distributed peer-to-peer architecture.
3.2 Communication topologies & network architecture9:00
Explore communication topologies and network architectures for building management systems, including bus, star, ring, mesh, and tree layouts, with RS-485, BACnet, and Ethernet examples.
3.3 Understanding IO points and addressing10:52
Understand how building management systems use input and output points to monitor conditions and control devices, with analog and digital types and physical, logical, and network addressing.

4.1 Basics of control loops & PID control13:01
Explore basics of control loops in building management systems, including open loop versus closed loop. Learn PID control fundamentals, proportional, integral, and derivative terms, to minimize error and stabilize responses.
4.2 Control Strategies for Chillers & AHUs & more17:00
Explore how chillers, ahus, mors, pumps, fans, and lighting systems use lead-lag control, pid, vfds, economizers, co2 and occupancy sensing, and daylight harvesting to optimize energy and comfort.

5.1 Understanding project requirements5:15
Understand how BMS project requirements—functional, system, communication, user interface, alarm, data logging, and scheduling—drive design, scope, and operation from tenders, standards, and stakeholders.
5.2 Preparing control schematics & wiring diagrams8:47
Master preparing control schematics, or logic diagrams, for BMS projects. Learn to create wiring diagrams that show physical connections among sensors, controllers, actuators, and DDC/PLC devices.
5.3 Selection of hardware & software components24:43
Explore how to select hardware and software components for a BMS, including DDC controllers, sensors, network gear, power and panels, operator interfaces, and front-end software with trends and alarms.
5.4 Preparing BOQ (Bill of Quantity) & specifications8:26
Learn to prepare a bill of quantity and specifications for a building management system, including project study, system identification, input/output planning, hardware selection, and installation and testing.

6.1 Overview of BMS software platforms10:19
Gain an overview of BMS software platforms, including native, open protocol, cloud-based, SCADA-based, and energy-focused systems, their architecture and deployment, and how they monitor, control, and optimize building performance.
6.2 Creating graphics & user interfaces11:45
Learn to create graphics and user interfaces for a BMS, featuring real-time monitoring, alarms, floor plans, symbols, set points, and interactive controls for HVAC, lighting, fire safety, and energy management.

7.1 Integration with HVAC systems (chillers, AHUs, FCUs)10:52
Explore how a building management system integrates with HVAC components such as chillers, AHUs, and FCUs to monitor, control, and optimize comfort and energy efficiency.
7.2 Integration with lighting & power systems8:20
Integrate lighting and power systems with a BMS to automate lighting by occupancy and daylight, enable centralized monitoring, track energy use, and manage auto generator and loads.
7.3 Integration with plumbing & fire systems (pumps, water tanks)8:40
Explore how a building management system integrates plumbing and fire systems to enable centralized monitoring, automatic pump control, leak detection, and emergency shutdowns for safe, efficient water and fire protection.

8.1 Installation best practices7:50
Plan and install BMS systems by studying shop drawings and schematics, mounting panels at eye level, wiring with shielded cabling, daisy-chain Modbus/Bacnet networks, labeling, testing, and ensuring safety clearances.
8.2 Pre-Commissioning Checks in BMS8:33
Perform pre-commissioning checks in a building management system (BMS) to verify power, wiring, and panel integrity before live commissioning. Validate controllers, field devices, network communication, and documentation for safe operation.
8.3 Commissioning process step by step7:58
Master the step-by-step BMS commissioning process, from reviewing pre-commissioning checklists and verifying mapping to testing inputs, outputs, control logic, loop tuning, GUI review, and final client handover.

Requirements

Basic Knowledge of Electrical or Mechanical Systems
Access to a Computer or Laptop (Optional)
Willingness to Learn New Technical Concepts
Internet Connection

Description

Are you ready to take your career to the next level in the world of Building Automation and Smart Infrastructure?

Our “BMS Design, Control & Automation – Complete Professional Course” is a one-stop solution for anyone who wants to become an expert in Building Management Systems (BMS). Whether you're an engineering student, a fresher, a working professional in MEP, HVAC, electrical design, or simply passionate about automation, this course will give you the practical skills and real-world knowledge needed to succeed in the growing field of intelligent building control.

What Makes This Course Unique?

From Basics to Advanced – Start with fundamentals and progress to real project-level BMS design and implementation.
Industry-Relevant Skills – Learn how to integrate and automate HVAC systems, lighting, fire safety, and energy management.
Hands-On Learning – With real-world examples, control logic programming, and device selection strategies.
Complete BMS Workflow – From device selection and wiring to SCADA interface setup and energy optimization.
Job-Ready Training – Build the confidence to work as a BMS Engineer, Facility Manager, or Automation Consultant.

What Will You Learn?

Complete BMS architecture, components, and types
Communication protocols: BACnet, Modbus, KNX
HVAC control integration: AHU, FCU, VAV, Chillers
Designing sensor and controller layout with wiring
BMS panel design, control logic, and automation sequence
SCADA/HMI interface basics and monitoring dashboards
Energy-efficient control strategies for green buildings
Troubleshooting and maintenance of BMS systems

Who Should Join This Course?

Mechanical, Electrical, or Electronics Engineers
MEP, HVAC, and BIM professionals
Facility and Maintenance Engineers
Students pursuing a career in Smart Building Automation
Anyone curious about BMS, IoT, and Smart Infrastructure

What Will You Get?

Lifetime access to all course content
Downloadable reference materials and design samples
Real project case studies and system walkthroughs
Certificate of Completion for career enhancement
Guidance for interviews and BMS job roles in India & Gulf countries

Start Now – Be the Brain Behind Smart Buildings!

With buildings going digital, skilled BMS professionals are in high demand. Don’t miss this opportunity to future-proof your career.

Enroll now and transform your knowledge into real-world skills.

Who this course is for:

Mechanical, Electrical, and Electronics Engineers
Facility Managers and Maintenance Professionals
BIM & MEP Designers, Consultants, and Draftsmen
Beginner to Intermediate Learners Interested in Smart Buildings

BMS Design, Control & Automation - Complete Course

What you'll learn

Explore related topics

Course content

Module 01 Introduction to BMS3 lectures • 42min

Module 02 BMS Hardware & Devices4 lectures • 53min

Module 03 BMS Communication Protocols3 lectures • 27min

Module 04 Control Strategies & Logic2 lectures • 30min

Module 05 BMS System Design Process4 lectures • 47min

Module 06 BMS Software & Graphics2 lectures • 22min

Module 07 BMS Integration with MEP Systems3 lectures • 28min

Module 08 Installation, Testing & Commissioning3 lectures • 24min

Requirements

Description

Who this course is for: