Bangladesh’s rapid urbanization has created significant demand for Building Management Systems (BMS) professionals. As modern commercial and industrial facilities increasingly rely on automated systems for HVAC, security, lighting, and energy management, comprehensive training programs have emerged to meet this growing need.

What is BMS?

Building Management Systems integrate various building subsystems to ensure a pleasant, controlled, and safe environment while optimizing energy consumption. BMS can control HVAC systems, CCTV, access control, fire and intruder alarms, lighting, and power consumption – making it essential for modern infrastructure in Bangladesh’s climate and economic context.

Course Objectives

Professional BMS training programs in Bangladesh are designed to create industry-ready professionals with comprehensive skills in:

Technical Mastery

• Master complete Building Automation system design, implementation, and management
• Develop expertise in Programming, Testing & Commissioning of BMS hardware components
• Gain proficiency in troubleshooting both hardware and software issues across complex systems
• Learn Control & MCC Panel Wiring, Designing, and electrical integration

Advanced System Integration

• Implement Web-based Multi-protocol Building Automation and Energy Management Platforms
• Design and manage end-to-end systems controlling HVAC room terminals, Lighting, and Shades/Sunblinds
• Work with extensive HVAC controller lines supporting BACnet® and LONWORKS® protocols
• Deploy Wireless Battery-less Solutions for modern Building Automation applications

Industry Application & Project Management

• Apply BMS expertise across Commercial & Residential buildings, Oil & Gas facilities, and Power Plants
• Execute real-time projects from conception to completion with hands-on implementation experience
• Develop project management skills essential for successful BMS deployment and maintenance

Comprehensive Curriculum Structure

Module 1: Foundation & Technology Standards

• BMS Fundamentals: Core concepts, system objectives, and building integration principles
• Technology Standards: Industry protocols, communication standards, and compliance requirements
• System Architecture: Network topology, hardware hierarchy, and software integration
• Platform Overview: DDC Software, Work Station Software, and control interfaces

Module 2: Mechanical & Electrical Systems Integration

• HVAC System Basics: Air handling units, chillers, boilers, and terminal equipment integration
• Mechanical Equipment: Pumps, fans, dampers, and their BMS control interfaces
• Electrical Fundamentals: Power distribution, motor controls, and electrical safety in BMS
• Field Device Integration: Sensors, actuators, and monitoring equipment connectivity

Module 3: Hardware Configuration & Programming

• DDC Controllers: Programming, configuration, and network setup for direct digital control
• Extension Modules: I/O expansion, specialty modules, and peripheral device integration
• Field Devices: Sensor calibration, actuator setup, and device commissioning procedures
• Communication Networks: Protocol configuration, network troubleshooting, and system optimization

Module 4: Installation & Implementation Management

• Installation Planning: Site preparation, equipment layout, and installation sequencing
• Technical Drawings: BMS flow diagrams, control schematics, and system documentation
• Sequence of Operations: Logic development, control strategies, and operational workflows
• Resource Management: Site coordination, team assignments, and project timeline management

Module 5: Project Engineering & System Design

• Site Assessment: Survey techniques, load calculations, and system requirement analysis
• Specification Development: Technical specifications, compliance verification, and vendor coordination
• I/O Design: Input/output mapping, sequence development, and control logic design
• System Sizing: Component selection, valve calculations, pressure drop analysis, and VAV system design
• Cost Engineering: Project estimation, budgeting, and resource allocation strategies

Module 6: Advanced Programming & Project Tools

• DDC Programming: Advanced control algorithms, custom programming, and system optimization
• OWS Programming: Operator workstation setup, graphics development, and user interface design
• MS Project Integration: Project planning software, timeline management, and resource scheduling
• Implementation Strategies: Phased deployment, testing protocols, and system validation

Module 7: Testing, Commissioning & Quality Assurance

• I/O Configuration: Input/output setup, calibration procedures, and functional testing
• Control Programming: Logic verification, sequence testing, and performance optimization
• Communication Systems: Network testing, protocol verification, and connectivity troubleshooting
• Safety Protocols: Industry safety standards, testing procedures, and compliance verification

Module 8: Specialized Equipment & Advanced Applications

• Field Instrumentation: Solenoid valves, control valves, actuators, sensors, and transmitter integration
• VFD Systems: ABB Variable Frequency Drive programming, configuration, and troubleshooting
• HMI Development: Delta Human Machine Interface design, programming, and user training
• Relay Logic Systems: Circuit design, wiring techniques, and control panel integration
• Panel Design: Control Panel and MCC Panel design, wiring standards, and electrical safety

Module 9: Documentation & Handover Processes

• Commissioning Documentation: Test procedures, validation reports, and compliance certification
• Technical Manuals: O&M manual development, system documentation, and user guides
• Training Programs: End-user training development, system operation instruction, and maintenance procedures
• Project Handover: Client training, warranty procedures, and ongoing support protocols

Module 10: Practical Application & Assessment

• Real-World Projects: Live system implementation, troubleshooting scenarios, and performance optimization
• Industry Assignments: Case studies, problem-solving exercises, and technical challenges
• Comprehensive Testing: Practical examinations, system design projects, and professional certification preparation

Industry Impact and Career Prospects

This comprehensive curriculum ensures graduates can handle complete BMS project lifecycles, from initial design and installation through commissioning and maintenance. With Bangladesh’s focus on energy efficiency and smart infrastructure development, trained BMS professionals play a crucial role in the country’s modernization efforts, finding opportunities across commercial real estate, industrial facilities, and specialized sectors like oil and gas operations.