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Courses/Architecture/Building Design

Ventilation Design for Energy Efficiency, Performance, and Comfort

Learn proven strategies to design high-performance ventilation systems that lower energy costs, optimize building airflow, and maximize indoor environmental quality.

Created byIsabel Barros
BeginnerUpdated Jul 3, 2026
Ventilation Design for Energy Efficiency, Performance, and Comfort

What You'll Learn

check_circleExplain the role of ventilation in airtight, energy-efficient residential buildings
check_circleInterpret key requirements of Part F in relation to indoor air quality and system design
check_circleCompare natural, cMEV, and MVHR ventilation systems in residential applications
check_circleApply practical principles to support compliant and performance-driven ventilation design decisions

About This Course

This presentation provides a practical and regulation-focused overview of residential ventilation design in Ireland, with a strong focus on Part F of the Building Regulations and its relationship with energy efficiency, indoor air quality, and occupant comfort.

As dwellings become increasingly airtight to satisfy Part L energy targets, the importance of properly designed and commissioned ventilation systems has become critical. The presentation explains the fundamental principles of air movement, ventilation rates, and moisture management, while comparing natural ventilation, continuous mechanical extract ventilation (cMEV), and mechanical ventilation with heat recovery (MVHR) systems in real-world applications.

Key Topics Discussed:

  • Overview of Irish Building Regulations Part F (ventilation)
  • Relationship between Part F (ventilation) and Part L (energy efficiency)
  • Impact of airtight building design on ventilation requirements
  • Principles of air movement, airflow rates, and moisture control
  • Indoor air quality and occupant comfort considerations
  • Natural ventilation systems and limitations
  • Continuous mechanical extract ventilation (cMEV) systems
  • Mechanical ventilation with heat recovery (MVHR) systems
  • System selection based on performance, compliance, and building type
  • Practical considerations for design, installation, and commissioning

Your Instructor

Isabel Barros
Isabel Barros

Founder | isabel barros architects

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Isabel is a highly experienced architect with over 30 years of experience. She is a graduate of Lusíada University in Lisbon, Portugal, and is a member of both the Royal Institute of the Architects of Ireland (RIAI) and the Portuguese Association of Architects. With her extensive knowledge of all stages of the architectural process, including master planning, concept design, planning, interiors, detail design, tendering, and construction administration, Isabel has been involved in numerous residential, commercial, leisure, and hotel projects. In addition to her impressive professional background, Isabel is also accredited in Conservation Grade 3 and is a member of the Irish Georgian Society. These accreditations demonstrate her commitment to preserving and restoring historic buildings and structures.

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