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Fundamentals of Mechanical Engineering in Construction

Welcome to the training program on Fundamentals of Mechanical Engineering in Construction - Abu Dhabi Mechanical Code Compliance. Whether you're just entering the field or seeking to expand your technical knowledge, this course provides essential insights into mechanical systems, regulatory expectations, and real-world applications in Abu Dhabi. From HVAC systems to pressure vessels and sustainable solar installations, you'll gain the tools needed to design, assess, and comply with mechanical codes in modern construction projects.

Enroll For

AED 3,500 AED 4,500

(Excl. VAT)

Do you want to be a certified professional?

This course includes
  • Certificate of completion
  • Downloadable resources
  • Digital Course
  • 3Hrs
  • English

Enroll For

AED 3,500 AED 4,500

(Excl. VAT)

Do you want to be a certified professional?

This course includes
  • Certificate of completion
  • Downloadable resources
  • Digital Course
  • 3Hrs
  • English

Overview

The Fundamentals of Mechanical Engineering in Construction - Abu Dhabi Mechanical Code Compliance course offers a structured and practical exploration of the core mechanical systems required in modern building projects across the emirate.

Anchored in the Abu Dhabi International Mechanical Code (ADIMC), the course aligns with local and international standards to ensure legal and technical compliance.

Participants will gain essential knowledge of HVAC design, ventilation and exhaust systems, ductwork, chimneys, and pressure equipment, as well as sustainability-focused systems such as solar and hydronic piping.

The course emphasizes inspection protocols, safety measures, and interdisciplinary coordination, equipping professionals to implement efficient and compliant mechanical systems. Real-world case studies, regulatory references, and interactive quizzes ensure learners apply the code with confidence across residential, commercial, and industrial settings in Abu Dhabi.

Course Deliverables

By completing this course, participants will be able to:

  • Understand and apply the Abu Dhabi International Mechanical Code (ADIMC) in building projects.
  • Design and assess HVAC, ventilation, and exhaust systems in compliance with local standards.
  • Ensure proper installation and inspection of ductwork, chimneys, boilers, and pressure vessels.
  • Incorporate sustainable systems such as solar heating and hydronic piping into mechanical designs.
  • Coordinate mechanical systems with structural, electrical, and architectural disciplines.
  • Apply real-world case studies, compliance checklists, and technical guidance to ensure safety, efficiency, and code compliance across residential, commercial, and industrial projects.

Course Content

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Introduction to Mechanical Engineering in Construction Arrow

This lesson introduces the essential role of mechanical engineering in modern construction, covering HVAC systems, energy efficiency, and occupant comfort. It emphasizes interdisciplinary coordination and highlights innovations that support sustainability. The content aligns with the Abu Dhabi International Mechanical Code (ADIMC), building a foundation for regulatory compliance in the UAE.

This lesson provides a comprehensive overview of the building regulations that govern mechanical engineering in Abu Dhabi. It introduces the ADIMC and its relationship with related codes, highlights the role of the Department of Municipalities and Transport (DMT), and explains the legal responsibilities of engineers, consultants, and contractors. The lesson also outlines inspection procedures and ongoing compliance requirements to ensure safety and efficiency.

This lesson introduces the structure and foundational content of the Abu Dhabi International Mechanical Code (ADIMC). It covers inspection requirements, testing protocols, system definitions, and technical guidelines to ensure safe and compliant mechanical installations. Engineers will gain essential knowledge to apply the code effectively in real-world building projects.

This lesson explains the ventilation requirements outlined in Chapter 4 of the Abu Dhabi International Mechanical Code (ADIMC). It covers natural and mechanical ventilation standards, airflow calculations, and code-based spacing rules. Practical examples and real-world case studies help engineers ensure healthy indoor environments that comply with sustainability goals.

This lesson focuses on exhaust systems in construction, as outlined in Chapter 5 of the Abu Dhabi International Mechanical Code (ADIMC). It covers general and specific requirements for hazardous, kitchen, dryer, and chimney exhaust systems. Through real-world examples, learners understand design standards, clearance rules, and the risks of non-compliance.

This lesson covers duct systems in construction as outlined in Chapter 6 of the Abu Dhabi International Mechanical Code (ADIMC). It explains design requirements, approved materials, and installation standards for residential, commercial, and underground ductwork. Through real-world examples, learners understand how to avoid safety risks and ensure code compliance.

This lesson explores the design and safety requirements for chimneys and vents as outlined in Chapter 8 of the Abu Dhabi International Mechanical Code (ADIMC). It covers sizing, installation standards, mechanical draft systems, and required clearances. Real-world examples illustrate the serious risks of poor vent design, including fire hazards and carbon monoxide exposure.

This lesson focuses on the installation and safety standards for specific appliances, fireplaces, and solid fuel-burning equipment, as outlined in Chapter 9 of the ADIMC. It explains testing requirements, key placement rules, and proper ventilation practices. Real-world examples highlight the importance of compliance in preventing fire hazards and ensuring occupant safety.

This lesson covers boilers, water heaters, and pressure vessels as outlined in Chapter 10 of the ADIMC. It highlights key installation standards, safety features, and ASME code requirements to ensure compliance and prevent hazardous failures. Real-life scenarios demonstrate how proper application protects building systems and occupants.

This lesson covers Refrigeration Systems based on Chapter 11 of the Abu Dhabi International Mechanical Code, focusing on safe design requirements, leak detection, and emergency systems. It also explains how to achieve efficiency and compliance with international standards like ASHRAE and IIAR in Abu Dhabi’s environment.

This lesson covers Hydronic Piping Systems based on Chapter 12 of the Abu Dhabi International Mechanical Code, focusing on the transport of hot or chilled water and steam in HVAC systems. It discusses material requirements, design, installation, and pressure loss calculations to ensure efficient performance in Abu Dhabi construction projects.

This lesson covers Solar Systems in mechanical construction based on Chapter 14 of the Abu Dhabi International Mechanical Code. It focuses on safety requirements, proper installation, and suitable heat transfer fluids. The lesson explains how to protect potable water, ensure system efficiency, and comply with local standards for durability and safety.

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