Smart Building Automation
Comprehensive Integrated Building Management Systems (BMS) Mastercourse
Modern commercial towers, airports, data centers, and industrial facilities depend heavily on Integrated Building Management Systems (IBMS) to monitor and automate HVAC, lighting, electrical distribution, fire detection, access control, and CCTV. This mastercourse delivers hands-on engineering training across DDC controllers, PLC/SCADA programming, BACnet/Modbus/Profibus networking, sensor calibration, and central CMS automation.
What You Will Learn
- BMS Architecture: Field Devices, DDC, Gateway & Central Server
- HVAC Automation: AHU, Chiller Plant Manager & VAV control
- Industrial Protocols: BACnet, Modbus RTU/TCP, Profibus & CANbus
- PLC & SCADA programming, HMI screen designing & VFD control
- Addressable Fire Alarm Systems (FDAS) & Loop design
- Biometric Access Control (ACS), Turnstiles & Interlocks
- IP CCTV Surveillance, NVR/DVR & Video Analytics
- Public Address (PA), EPABX & Smart IoT Lighting systems
Protocols, Hardware & Tools Covered
BACnet IP / MSTP
Modbus RTU / TCP
PLC Ladder & SCADA
IP CCTV & ACS Tools
DDC Controllers
AutoCAD ELV Layouts
Detailed Course Modules
16 Comprehensive Modules- Understanding BMS components, field sensors, direct digital controllers (DDC) and central CMS
- Energy management, scheduling, setpoint optimization & carbon footprint reduction
- Comparison of conventional building controls vs. smart integrated BMS
- Single phase & 3 phase power supplies, UPS and backup distribution
- Current, voltage, power factor measurement and power transducers
- Analog (0-10V, 4-20mA) and Digital (Dry/Wet contact) IO signals
- Earthing systems and surge protection for low voltage automation panels
- Addressable vs. Conventional Fire Alarm Panels (FACP)
- Optical smoke detectors, heat detectors, beam detectors & duct smoke detectors
- Class A & Class B wiring loops, isolator modules, control & monitor modules
- Integration of Fire Alarm with AHU trip, elevator grounding and stair pressurization fans
- ACS topology, 2-door/4-door network controllers and Wiegand/OSDP interfaces
- RFID card readers, biometric fingerprint/face recognition and turnstiles
- Magnetic locks (EM Locks), drop bolts, break glass units and door status contacts
- Intruder detection: PIR motion sensors, glass break detectors and perimeter beams
- CCTV design: Field of view (FOV), focal length, Lux ratings and resolution
- IP Dome, Bullet, PTZ and Fisheye cameras with PoE switches
- NVR / DVR storage calculations (RAID, frame rates, H.265 compression)
- Video Management Software (VMS), Video Analytics & Remote DDNS access
- PLC programming: Timers, counters, logic gates and analog scaling
- SCADA / HMI: Graphic screen development, dynamic tag binding, alarm management
- Variable Frequency Drives (VFD) for AHU supply fans and chilled water pumps
- MCC panel wiring, control interlocking and feedback loops
- AHU automation: Temperature, humidity, CO2 sensors, modulating 2-way valves & VFD control
- Chiller Plant Optimization: Primary/Secondary pump staging, delta-T control & cooling tower fans
- VAV box controller configuration and pressure-independent damper controls
- Ventilation automation for basement car parks (CO sensors and jet fans)
- Communication Protocols: BACnet IP/MSTP, Modbus RTU/TCP, Profibus, TCP/IP networking
- DALI / KNX Smart Lighting control, occupancy sensors, daylight harvesting
- Public Address (PA) and Voice Evacuation systems (amplifier wattage & speaker zoning)
- EPABX, Video Door Phone (VDP) & Intercom integration
- AutoCAD ELV drafting: Conduit routing, riser schematics, IO point schedules & BOQ
Career Opportunities
- BMS / IBMS Design Engineer
- Building Automation Commissioning Engineer
- ELV / Extra Low Voltage Project Engineer
- PLC & SCADA Automation Specialist
- Data Center Facility Automation Engineer
- Security & Fire Alarm Integration Specialist
Frequently Asked Questions
ELV (Extra Low Voltage) covers all sub-systems like Fire Alarm, CCTV, Access Control, and Public Address. BMS (Building Management System) acts as the central brain that connects, monitors, and controls all these systems alongside HVAC and electrical infrastructure on a single unified platform.
Yes. You will learn how to prepare complete BMS IO point schedules (AI, AO, DI, DO), select DDC controllers, map Modbus registers and BACnet objects, and draft full ELV riser and schematic drawings in AutoCAD.
