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Advanced Diploma Course in Building Management System (BMS)
Language: ENGLISH
Instructors: BHADANIS SMART BUILDING ENGINEERING ONLINE TRAINING INSTITUTE FOR CIVIL AND MEP ENGINEERS MANAGERS
Validity Period: 365 days
Why this course?
Professional Certification – Interactive Learning Based
Powered by Bhadanis Gulf Training Division
Modern buildings — whether in Mumbai, Riyadh, or Dubai — are no longer just structures made of concrete and glass. They are living systems that breathe, adapt, and respond to human needs. Behind their smooth operation lies one key intelligence: the Building Management System (BMS).
This Advanced Diploma Course in BMS has been designed for construction professionals, planning engineers, MEP coordinators, project managers, and facility engineers who want to understand how to plan, design, and manage BMS systems effectively.
The course blends practical site experience, real-world case discussions, and step-by-step guidance into one comprehensive, interactive learning journey. It goes beyond theoretical understanding and focuses on how BMS is implemented in real projects — from high-rise towers to hospitals, airports, and industrial complexes.
In today’s construction industry, every project aims for three things — comfort, safety, and energy efficiency.
A well-designed Building Management System ensures all three.
From controlling HVAC and lighting to integrating fire safety, power, and access systems — BMS acts as the central nervous system of a building.
For engineers and managers, understanding BMS is no longer optional; it’s essential. This course is carefully crafted to help professionals gain mastery in design, execution, documentation, and operation of BMS projects, with practical insights from India and GCC (UAE, Saudi Arabia, Oman) standards and site experiences.
By completing this diploma, participants will:
Gain a deep understanding of BMS concepts, architecture, and components.
Learn to design, plan, and document BMS systems for new and existing projects.
Develop the ability to integrate BMS with HVAC, electrical, plumbing, fire, and security systems.
Understand testing, commissioning, and handover processes from a contractor’s perspective.
Learn to interpret control logic, loop functions, and sequence operations.
Be able to evaluate energy performance and recommend optimization methods.
Acquire knowledge to lead BMS project execution teams and coordinate across MEP disciplines.
This advanced diploma is divided into 20 detailed modules, each containing 3 submodules.
Every module builds progressively from basic concepts to advanced applications, ensuring practical knowledge that can be applied directly on construction sites.
Submodules:
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
Description:
This foundational module introduces learners to the essence of BMS — what it is, why it’s required, and how it transforms buildings into efficient, responsive environments. It explains key components like sensors, controllers, and actuators in a practical manner, supported by real project examples from India, Saudi Arabia, and the UAE.
Submodules:
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
Description:
This module explains how a BMS is structured and how its architecture supports communication between different systems. Participants learn how devices are connected in field, automation, and management levels using various topologies for smooth information exchange.
Submodules:
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
Description:
Covers all the primary functions of a BMS — from monitoring power and HVAC operations to integrating life safety and access systems. The module highlights the role of analytics and data-driven control for operational improvement.
Submodules:
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
Description:
Understanding communication is crucial for any BMS engineer. This module simplifies the networking concepts used in BMS systems and introduces popular protocols for system interoperability, emphasizing site-level communication flow.
Submodules:
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
Description:
Explains how BMS integrates with MEP and ELV systems to create a fully managed building. Participants learn the interconnection logic between mechanical, electrical, and low-voltage systems used in large-scale projects.
Submodules:
6.1 Phases – Design, Engineering, Installation, Testing
6.2 Documentation – BOQ, Shop Drawings, and As-Built Drawings
6.3 Handover, Operation, and Maintenance Lifecycle
Description:
Focuses on the complete lifecycle of a BMS project. From design documentation to commissioning and handover, participants learn what tasks, drawings, and checklists are required at every stage.
Submodules:
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
Description:
Teaches the documentation backbone of BMS projects. Professionals learn to read, interpret, and prepare technical documents that are vital for project approval, execution, and maintenance.
Submodules:
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
Description:
Provides an in-depth look at HVAC systems and how they are controlled by BMS for energy efficiency and comfort. Learners explore control loops and operational logics through practical building examples.
Submodules:
9.1 Designing BMS Layouts and Device Placement
9.2 Preparing BOQ and Cost Estimation Sheets
9.3 Tender Specifications and Material Submittals
Description:
Covers practical design and estimation techniques. Participants learn to prepare device layouts, create accurate BOQs, and handle material submittals that comply with client and consultant standards.
Submodules:
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
Description:
Focuses on the hardware components in BMS. Learners understand field devices, their selection criteria, wiring methods, and testing requirements used during installation.
Submodules:
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
Description:
Explains how programming defines building performance. Participants learn how control logic is developed, how schedules are set, and how graphical interfaces help operators monitor building conditions.
Submodules:
12.1 Installation Standards and Site Practices
12.2 Testing and Verification Procedures
12.3 Pre-Commissioning and Commissioning Documentation
Description:
This module walks through the actual implementation stage — site installation, wiring, device mounting, and testing. It also teaches how to conduct pre-commissioning and functional testing before handover.
Submodules:
13.1 Daily Operation and Alarm Management
13.2 Preventive and Corrective Maintenance Planning
13.3 Optimization through Historical Data Review
Description:
Once a building is handed over, the real challenge begins — maintaining performance. This module focuses on day-to-day operation, alarm management, and using data trends for optimization.
Submodules:
14.1 Energy Meter Integration and Data Analysis
14.2 Load Profiling and Energy Benchmarking
14.3 Reporting and Energy Optimization Techniques
Description:
Explores the energy management aspect of BMS. Participants learn how to integrate meters, analyze data, and identify opportunities for energy saving through load profiling.
Submodules:
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
Description:
Shows how modern facilities are interconnected. Learners understand centralized monitoring and data sharing concepts that enhance system responsiveness and management efficiency.
Submodules:
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
Description:
Equips professionals with practical troubleshooting knowledge. Participants learn how to diagnose system faults, calibrate sensors, and ensure redundancy for uninterrupted operation.
Submodules:
17.1 Understanding Cyber Risks in BMS
17.2 Implementing Secure Network Architecture
17.3 Data Backup, Access Control, and User Management
Description:
Teaches the fundamentals of securing a BMS network. Learners discover how to protect building systems from unauthorized access and maintain system reliability through data management.
Submodules:
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
Description:
Explains how BMS plays a vital role in facility management. Participants learn how operational data supports asset management, maintenance, and long-term facility optimization.
Submodules:
19.1 Project Planning and Resource Management
19.2 Coordination with MEP and Electrical Teams
19.3 Quality Assurance and Inspection Protocols
Description:
Covers on-site coordination aspects of BMS work. Learners understand how to align project timelines with MEP execution schedules and maintain quality throughout.
Submodules:
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
Description:
The final module consolidates all learnings through actual case studies and discusses evolving trends in energy management, sustainability, and building operations.
This course follows an interactive learning method designed for working professionals:
Real-time discussions on project coordination challenges.
Practical site-based scenarios from India and GCC projects.
Simple, clear explanations to ensure concept clarity.
Step-by-step understanding of how BMS is designed, installed, and operated.
This course is ideal for:
Civil and MEP Engineers involved in project planning and site execution.
Project Managers and Coordinators handling commercial and high-rise projects.
Facility Managers and Maintenance Engineers responsible for building operation.
Quantity Surveyors and Estimators preparing BOQs and tenders for BMS packages.
Total Modules: 20
Learning Style: Self-paced + Interactive video sessions
Assessment: Based on project understanding, not written tests
Case Discussions: Indian and GCC project applications
After completion, participants will have:
The ability to design and document complete BMS systems for buildings.
Practical knowledge to manage installation and commissioning activities on-site.
Skills to interpret wiring diagrams, control narratives, and I/O summaries.
Confidence to coordinate with consultants, contractors, and clients effectively.
Awareness of energy management and optimization techniques using BMS data.
BMS is now a core requirement in all large projects — from commercial towers in Dubai to smart hospitals in India and government buildings in Saudi Arabia.
Professionals with BMS expertise are in high demand because they bridge the gap between engineering design and building operation.
This diploma ensures you are industry-ready, capable of handling projects independently, and confident in explaining how every sensor, controller, and actuator contributes to energy efficiency and occupant comfort.
By the end of this Advanced Diploma Course, learners will be able to:
Design and plan complete BMS architectures for modern buildings.
Interpret and prepare project documents such as DBR, I/O Summary, BOQ, and shop drawings.
Manage execution, commissioning, and handover of BMS installations.
Enhance building performance through energy optimization and intelligent control.
Coordinate effectively with MEP, electrical, and facility management teams.
Understand real-life project challenges through practical Gulf and Indian case studies.
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