The Course on Energy Efficiency in Smart Building Design. Bioclimatic architecture This presents a unique opportunity to gain an insight into a field of great importance and growth. With the growing demand for sustainable solutions and with the rise of bioclimatic architecture, developing skills in this field puts you at the forefront of the sector. Through our programme, you will explore key concepts such as sustainability, the the influence of climate on the design and efficient use of sunlight in buildings. You will learn how to optimise hygrothermal comfort and implement strategies for passive cooling measures that reduce energy consumption. This course will equip you to meet the current needs of the market, where energy efficiency is not just a trend, but a pressing necessity. With a flexible online approach, you can study from anywhere and at your own pace, ensuring that your learning is tailored to your needs.
Energy efficiency in intelligent building design. Bioclimatic architecture
Architecture, construction and urban planning
45 hours
Introduction
Objectives
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Understanding the principles of architecture bioclimatic and its impact on environmental sustainability.
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To analyse the influences the role of climate in architectural design to optimise energy efficiency.
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Assess the solar exposure of buildings to improve the thermal comfort and reduce energy consumption.
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Identifying strategies for achieving wellbeing hygrothermal effectively in indoor spaces.
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Apply passive cooling techniques to maximise energy efficiency in the design architectural.
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Developing skills to integrate solutions bioclimatic in sustainable architectural projects.
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Interpreting climate and environmental data to make informed decisions in the building design.
Table of Contents
TEACHING UNIT 1. BIOCLIMATIC AND SUSTAINABLE ARCHITECTURE
What do we mean by bioclimatic architecture?
A bit of history
Sustainability
TEACHING UNIT 2. CLIMATE
Architecture and climate
Microclimate
TEACHING UNIT 3. BUILDING FOUNDATIONS
Sunlight
Solar control
Radiation
TEACHING UNIT 4. HYGROTHERMAL COMFORT
Psychrometry
Heat exchange mechanisms
Wellbeing charts
TEACHING UNIT 5. PASSIVE CONDITIONING
Passive conditioning
Measures relating to the microclimate
Specific features of the project
Specialised winter-summer environmental control systems
Materials.