BMS Diploma Course

Modern buildings depend on connected systems that manage comfort, safety, and energy use. A Building Management System (BMS)—also referred to as a Building Automation and Control System—brings these components together into one coordinated platform. It links HVAC, electrical systems, lighting control, CCTV, access control, safety equipment, renewable energy interfaces, and utility metering into a unified operational environment.

The Diploma in Building Management Systems (DBMS) provides a complete, structured learning path for anyone working in building automation or planning to enter the field. The program builds practical skills for integrating, programming, and maintaining BMS platforms, including controllers, PLCs, VFDs, security systems, and related electrical infrastructure.

Program Structure — 174 Hours Total

The diploma consists of six interconnected courses. Each section builds on the previous one, creating a clear learning progression.

Course Objectives

• Design full BMS project layouts and documentation.
• Identify system needs and troubleshoot operational issues.
• Program DDC controllers for HVAC and related equipment.
• Configure communication between field devices and supervisory platforms.
• Set up CCTV, access control, and fire alarm panels.
• Design and maintain electrical control panels.
• Develop PLC, HMI, SCADA, and VFD programs for building equipment.
• Use monitoring tools for diagnostics and real-time system evaluation.
• Apply KNX standards in lighting and building automation.

Course Outline

Modern buildings rely on smart systems to manage comfort, safety, security, and energy efficiency. A Building Management System (BMS) connects HVAC, lighting, electrical systems, CCTV, access control, fire alarms, and energy monitoring into one centralized platform.

The Diploma in Building Management Systems (DBMS) is a complete, practical program designed to help learners design, program, integrate, and maintain building automation systems used in commercial, residential, and industrial facilities across the UAE.

This diploma is ideal for anyone looking to start or advance a career in BMS, building automation, or smart building technologies.

Module 1 — BMS Design Engineer

• Introduction to BMS and its evolution
• System benefits and core architecture
• Hierarchy of roles and system layers
• Essential BMS documentation
• Overview of HVAC, MEP equipment, controllers, gateways, and field devices
• Communication protocols: MS/TP, TCP/IP, BACnet, Modbus, Lon, M-Bus
• Networking foundations and addressing concepts
• Product selection and DPS design
• Workstation and server requirements
• Engineering tools overview
• Database setup, licensing, installation
• Project creation, IO configuration, logic development
• Upload/download procedures
• BMS graphics creation, mapping, alarms, and schedules 

Module 2 — BMS Programmer

• Software installation and licensing
• Protocol tools and gateways
• Basics of programming structures
• Commissioning steps and flowchart development
• IO configuration and controller communication
• Functional blocks and base programs
• HVAC system programming (FCU, VAV, AHU, FAHU, pumps, valves, chillers)
• Supervisory controller data transfer
• Practical work with field devices
• DDC programming and workstation graphics
• Alarm, trend, and scheduling configuration
• Troubleshooting and validation

Module 3 — CCTV & Security System Expert

• Camera selection, cabling, and termination
• Night vision and camera types
• DVR/NVR configuration and networking
• IP camera setup and remote access

Networking Essentials

• IP classes, switching, routing
• LAN/WAN basics
• RJ45 cable preparation and testing
• Media converters and fiber basics 

Access Control

• Credential systems, biometric devices
• Panels, reports, and locking mechanisms
• Fail-safe vs. fail-secure operations

Fire Alarm Systems

• Conventional and addressable panels
• Smoke, heat, and PIR sensors
• Loop addressing and communication
• Fire system design fundamentals

Module 4 — Advanced PLC Program Professional

PLC Foundations

• Relay logic and transition to PLCs
• PLC architecture, languages, and applications
• SCADA and DCS fundamentals

Siemens S7-1200

• Hardware overview and software setup
• TIA Portal configuration
• Tag-based programming
• Timers, counters, compare functions
• Analog IO and controller communication

SCADA (InTouch)

• Project creation and graphics
• Scripting, animation, trends
• PLC-SCADA interfacing

Siemens HMI

• Profinet setup and communication
• Screen design and tag configuration
• User security, alarms, and trends

VFD (Danfoss)

• Local, 2-wire, 3-wire control
• Frequency, relay, digital inputs
• Advanced parameter settings

Module 5 — Electrical Control Panel Wiring

• Relay logic applications
• Basic gates (AND, OR, XOR, NAND, NOR)
• DOL and star-delta starter wiring
• Contactors, timers, alarms
• PLC interfacing and wiring practices

Module 6 — KNX Fundamentals

• KNX system structure
• TP topology and installation
• Lighting control programming
• Bus device configuration

Methodology 

This program uses a structured, layered learning approach based on how professionals naturally build competence. Each module introduces real systems, guided practice, supervised configuration tasks, and independent project work. Learners move from foundational concepts to hands-on control programming and troubleshooting. The methodology is designed to mirror real building environments, helping learners understand system behavior, apply logic clearly, and practice decision-making that reflects actual site challenges. The goal is simple: build practical confidence through repeated, meaningful interaction with real tools, devices, and systems.