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ICTQual Diploma in Building Management System

ICTQual Diploma in Building Management System

The ICTQual Diploma in Building Management System develops practical knowledge of BMS design, integration, operation, maintenance, energy management, sustainability, compliance, and project documentation.

Course Features

This ICTQual AB diploma focuses on the technical and operational skills required to design, integrate, operate, maintain, and manage building management systems across modern facilities.

  • ICTQual AB qualification focused on Building Management Systems

  • Covers 9 mandatory study units

  • Includes BMS design, installation, operation, and maintenance

  • Develops knowledge of HVAC, lighting, security, fire safety, and energy integration

  • Supports energy efficiency, sustainability, and occupant comfort objectives

  • Assessment is conducted through ICTQual AB Approved Training Centres

About This Course

The ICTQual Diploma in Building Management System provides learners with specialist knowledge of building management systems, also known as building automation systems. It focuses on integrated networks of hardware, software, and sensors used to monitor, control, and optimize building systems and services.

  • Develops specialist skills for modern building automation and facility management

  • Explains how BMS supports centralized control and automation

  • Covers monitoring and optimization of HVAC, lighting, security, fire safety, and energy systems

  • Builds competence in BMS design, installation, operation, and maintenance

  • Supports sustainable building performance and energy efficiency

  • Prepares learners for technical, supervisory, and project-based roles in BMS environments

What You'll Learn

Learners will gain the knowledge and applied skills required to understand, design, integrate, operate, maintain, and document building management systems in line with technical and regulatory expectations.

  • Understand the fundamental principles, components, and functions of building management systems

  • Integrate diverse building systems within a BMS platform for centralized control

  • Analyze building energy consumption and identify opportunities for efficiency improvement

  • Design and install BMS solutions according to project requirements and standards

  • Configure and customize BMS functions using building automation programming techniques

  • Operate, maintain, troubleshoot, and document BMS systems effectively

Who Should Attend

This course is suitable for learners and professionals who want to build technical competence in building automation, facility operations, energy management, and smart building systems.

  • Individuals seeking a career in building management systems

  • Facility management and building operations personnel

  • HVAC, electrical, mechanical, and maintenance technicians

  • Building automation and control system technicians

  • Energy management and sustainability professionals

  • Project staff involved in smart buildings, infrastructure, and facility services

Entry Requirements

Entry requirements may vary by institution, but typical requirements include secondary education or equivalent, with a useful foundation in technical, scientific, and computing-related subjects.

  • High school, secondary school certificate, diploma, or equivalent qualification, with mathematics, physics, computer science, or science subjects beneficial

  • Basic computer skills and, where applicable, relevant prior study or experience in electrical engineering, mechanical engineering, computer science, electronics, programming, or automation systems

Assessments

Assessment is mandatory and conducted through ICTQual AB Approved Training Centres to evaluate learners’ understanding of course content and ability to apply concepts in practical situations.

  • Mandatory assessments for the 9 study units

  • Knowledge-based assessment of BMS principles, systems, standards, and documentation

  • Practical assessment of applied design, integration, operation, maintenance, and troubleshooting skills

  • Minimum passing score requirement of 75%

Progression

Graduates may progress to higher academic study, professional certifications, specialist technical roles, or wider career opportunities in building automation, facility management, energy management, and sustainability.

  • Bachelor’s degree in Building Services Engineering, Facilities Management, or a related field

  • Professional certifications such as Certified Energy Manager, Certified Facility Manager, or Building Automation Professional

  • Master’s degree in Building Performance and Sustainability

  • Career advancement as a building automation technician, BMS engineer, energy management specialist, facilities coordinator, sustainability consultant, or project manager

Curriculum

  • Fundamental principles, components, and functionalities of building management systems
  • Role of BMS in optimizing building performance, energy efficiency, and occupant comfort
  • Integration of building systems within a BMS framework for centralized control and automation

  • Integration of HVAC, lighting, security, fire safety, and energy management systems within a BMS platform
  • Interoperability standards and communication protocols between different systems
  • Opportunities for optimizing building operations and energy efficiency through system integration

  • Energy management principles, strategies, and technologies applicable to buildings
  • Analysis of building energy consumption patterns and opportunities for energy savings
  • BMS functions for monitoring, controlling, and optimizing energy usage
  • Load scheduling, demand response, and renewable energy integration

  • Designing BMS solutions for specific building project requirements
  • Best practices and standards for BMS installation
  • System layout, equipment selection, and wiring diagrams
  • Compliance with regulatory requirements and industry standards during design and installation

  • Programming skills and techniques for configuring and customizing BMS functionalities
  • Programming languages and tools for control algorithms, logic sequences, and user interfaces
  • Hands-on programming of BMS software platforms to meet project requirements

  • Operation and maintenance of BMS systems for optimal performance and reliability
  • Troubleshooting common issues in BMS operation, communication, hardware, and software
  • Preventive maintenance measures and routine inspections
  • Prolonging the lifespan of BMS components and systems

  • Role of BMS in sustainability and environmental stewardship within buildings
  • Optimization of building performance, energy efficiency, and indoor environmental quality
  • Sustainable practices using BMS functionalities
  • Energy monitoring, demand response, and occupant comfort optimization

  • Regulatory requirements, codes, and standards governing BMS design, installation, and operation
  • Compliance with relevant regulations and industry standards including ASHRAE, NFPA, and LEED
  • Legal and safety requirements for building management systems
  • Documentation and reporting practices for regulatory agencies and stakeholders

  • Project management skills for planning, executing, and documenting BMS projects
  • Project lifecycle phases including planning, scheduling, budgeting, and risk management
  • Project specifications, drawings, commissioning reports, and operation manuals
  • Documentation practices that support project success and stakeholder satisfaction

Application Form

Apply Now For This Course

An adviser will review your eligibility for ICTQual Diploma in Building Management System and reply within 1–2 working days.

Course includes:

  • LevelLevelAdvanced
  • Awarding bodyAwarding bodyICTQual AB
  • LessonsLessons33
  • CertificationCertificationYes
ICTQual Diploma in Building Management System poster
Vocational Qualification

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