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Module 1: Fundamentals of Building Management System
1-Building-Management-System-BMS-Fundamentals
1.1 Concept and Importance of BMS in Modern Buildings
1.2 Core Components – Controllers, Sensors, and Actuators
1.3 Scope of BMS in Energy, Comfort, and Safety Management
Module 2: Structure and Architecture of BMS
2-Structure-and-Architecture-of-BMS
2.1 Hierarchical Levels – Field, Automation, and Management
2.2 System Topology – Star, Bus, and Hybrid Networks
2.3 Communication Flow Between Field Devices and Central Server
Module 3: BMS Knowledge Areas
3-BMS-Knowledge-Areas
3.1 Power Monitoring, HVAC, and Lighting Control Systems
3.2 Fire, Security, and Access Control Integration
3.3 Energy Efficiency, Analytics, and Fault Detection Functions
Module 4: IT Networking & Communication Protocols
4-IT-Networking-and-Communication-Protocols
4.1 Basics of Networking – IP Addressing, Switches, Routers
4.2 BMS Protocols – BACnet, Modbus, LonWorks, and KNX
4.3 Server Configuration and Data Exchange Concepts
Module 5: Integration with MEP & ELV Systems
5-Integration-with-MEP-and-ELV-Systems
5.1 Overview of MEP Systems – HVAC, Electrical, Plumbing
5.2 ELV System Integration – CCTV, Fire Alarm, Access Control
5.3 Centralized Command Center Concept and System Interlinking
Module 6: BMS Project Lifecycle and Workflow
6-BMS-Project-Lifecycle-and-Workflow
6.1 Phases – Design, Engineering, Installation, Testing
6.2 Documentation – BOQ, Shop Drawings, and As-Built Drawings
6.3 Handover, Operation, and Maintenance Lifecycle
Module 7: Understanding BMS Project Documentation
7-Understanding-BMS-Project-Documentation
7.1 Design Basis Report (DBR) and I/O Summary
7.2 Control Narratives and Sequence of Operation
7.3 Functional Block Diagrams and Cable Schedules
Module 8: HVAC System and its Integration with BMS
8-HVAC-System-and-its-Integration-with-BMS
8.1 HVAC Basics – AHU, FCU, VAV, Chillers
8.2 Control Strategies – Temperature, Pressure, and Flow Loops
8.3 Energy Optimization through Demand Control Ventilation
Module 9: BMS System Design and Estimation
9-BMS-System-Design-and-Estimation
9.1 Designing BMS Layouts and Device Placement
9.2 Preparing BOQ and Cost Estimation Sheets
9.3 Tender Specifications and Material Submittals
Module 10: Field Devices and Control Components
10.1 Sensors, Actuators, and Controllers – Types and Selection
10.2 Panel Layouts, DDC Panels, and Power Distribution
10.3 Calibration, Testing, and Maintenance Practices
Module 11: BMS Programming and Logic Control
11-BMS-Programming-and-Logic-Control
11.1 Understanding Control Logic and Sequence Programming
11.2 Loop Control – PID, Schedule, and Setpoint Adjustments
11.3 Creating and Modifying Graphics for User Interface
Module 12: Installation, Testing, and Commissioning
12-Installation-Testing-and-Commissioning
12.1 Installation Standards and Site Practices
12.2 Testing and Verification Procedures
12.3 Pre-Commissioning and Commissioning Documentation
Module 13: Operation, Monitoring, and Maintenance
13-Operation-Monitoring-and-Maintenance-of-Building-Management-Systems
13.1 Daily Operation and Alarm Management
13.2 Preventive and Corrective Maintenance Planning
13.3 Optimization through Historical Data Review
Module 14: Energy Management through BMS
14-Energy-Management-through-BMS
14.1 Energy Meter Integration and Data Analysis
14.2 Load Profiling and Energy Benchmarking
14.3 Reporting and Energy Optimization Techniques
Module 15: Integration with Smart Building Systems
15-Integration-with-Smart-Building-Systems
15.1 Smart Building Concepts and IoT Connectivity
15.2 Data Sharing Between Systems (Fire, Security, HVAC)
15.3 Remote Monitoring and Central Command Centers
Module 16: Troubleshooting and Fault Management
16-Troubleshooting-and-Fault-Management-in-Building-Management-Systems
16.1 Identifying Common BMS Faults and Root Cause Analysis
16.2 Sensor Calibration and Controller Diagnostics
16.3 System Recovery, Backup, and Redundancy Practices
Module 17: Cybersecurity and BMS Network Protection
17-Cybersecurity-and-BMS-Network-Protection
17.1 Understanding Cyber Risks in BMS
17.2 Implementing Secure Network Architecture
17.3 Data Backup, Access Control, and User Management
Module 18: Facility Management and BMS Integration
18-Facility-Management-and-BMS-Integration
18.1 Linking BMS with CAFM and CMMS Systems
18.2 Role of BMS in Facility Operations Efficiency
18.3 Case Study – Building Performance Monitoring
Module 19: BMS Project Execution and Site Coordination
19-BMS-Project-Execution-and-Site-Coordination_
19.1 Project Planning and Resource Management
19.2 Coordination with MEP and Electrical Teams
19.3 Quality Assurance and Inspection Protocols
Module 20: Case Studies, Trends, and Future Scope
20-Case-Studies-Trends-and-Future-Scope-in-Building-Management-Systems
20.1 Real-Life Case Studies from High-Rise and Commercial Projects
20.2 Emerging Trends in BMS and Energy Efficiency
20.3 Career Opportunities and Professional Growth in BMS