BMS Design

Have an overview of BMS, its purpose, importance, and its role in modern buildings. Understand the components of BMS and design concepts.

Learn about the basics of electronics and their passive and active components. Become familiar with tools, MEP design, and energy management.

Study the BMS terminology, the benefits of BMS, field devices, and the control devices.

Know the application of BMS in all types of buildings, including commercial, residential, and industrial buildings.

Have an overview of the three-level BMS architecture. Know its concepts, hierarchy, and hybrid BMS architecture.

Understand controllers, sensors, actuators, communication networks, field devices, and control panels.

Find out how to integrate electrical and energy management systems and how to integrate fire alarm and security systems.

Study BMS network topology, system configuration, and BMS architecture diagram development.

Practical training with a real project

Study the basics of DDC architecture, its hardware components, and working principles. Learn about DDC network configuration, DDC commissioning, and DDC communication protocols.

Understand CPU, DDC control panels, wiring, DDC programming, field device connections, and control logic.

Learn about DDC network configuration, DDC commissioning, and DDC communication protocols.

Find out how to integrate DDC with BMS software. Know how to maintain and troubleshoot DDCs.

Hands-on training in DDC configuration

Have an overview of relay components, relay coils, and relay-based control systems.

Understand timers, time-delay relays, motor control relays, auxiliary relays, relay logic symbols, and electromagnetic relays.

Learn about logic, including AND, OR, and NOT. Become familiar with NO and NC contacts.

Study Start/Stop control, latching, holding, alarm, safety interlock, and parallel relay circuits. Find out how to troubleshoot relay logic circuits.

Practical sessions with logic circuit exercises

Have an overview of BMS communication protocols and networks. Understand the fundamentals of data communication.

Learn about wired and wireless communication networks. Study BACnet protocol, KNX communication protocol, and LonWorks protocol.

Know network monitoring and diagnostics, client-server communication, IP addressing, and Ethernet-based networks.

Understand BMS device integration and interoperability, communication gateways, and protocol converters.

Project training in BMS communication and networking

Understand universal, digital, and analogue inputs and outputs. Learn about sensors and transmitters as inputs and actuators and valves as outputs.

Study I/O point identification and tagging, I/O point schedule and documentation, I/O mapping, I/O wiring and termination.

Know Start/Stop commands, fault inputs, analogue control, setpoints, control parameters, I/O testing, I/O troubleshooting, and I/O commissioning.

Become familiar with I/O sequences of HVAC equipment, chillers, pumps, VFD controls, and electrical systems.

Hands-on training in I/O sequence project

Have an overview of BMS field devices, their types, and applications. Study temperature, humidity, flow, level, and pressure sensors.

Become familiar with control valves, actuators, damper actuators, motion sensors, air quality sensors, and occupancy sensors.

Find out how to select and size field devices. Find out how to select cables and do field wiring. Study in detail panel wiring standards and practices.

Understand cable routing, termination, labeling, shielding of control cables, I/O point wiring, and earthing of control cables.

Discover what BMS software architecture, BMS server, and BMS functions are. Have an overview of equipment and system graphics.

Find out how to create BMS graphics and floor plans, configure setpoints and parameters, and monitor data logging and performance.

Learn about DDC controller integration, BACnet device integration, energy meter integration, and Modbus device integration.

Study how to troubleshoot communication problems and integration issues.

Practical exercises in BMS software configuration.