Welcome to Module 3 of the biobased construction training.
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As an architect, you are at the heart of the design and construction process. The more knowledge you have, the easier it becomes to take on that central, guiding role.
In this module, you will learn about the (international) framework for biobased design, how to leverage your role as a driving force, how to influence decisions and processes, and which knowledge and tools you need to successfully apply biobased construction in practice.
Learning objectives
In this module, you will explore:
The differences between traditional and biobased construction
How to apply biobased materials in your designs
How to work with the Ubakus tool
You will also learn to better identify challenges in biobased construction, such as:
The (im)possibilities of vapor-open / breathable construction
How these are influenced by factors such as fire safety
Phase shift and its relevance to energy performance
The role of thermal mass in biobased buildings
By understanding these aspects early in the process, you will be able to address and discuss technical and structural challenges effectively with the client and design team.
Time: ± 120 minutes.
Target audience: Architects and designers.
Module 3 – Biobased Materials
This module will deepen your understanding of the differences between conventional and biobased construction. You will learn to identify challenges such as the (im)possibilities of thermal mass, fire safety, and acoustics. At an early stage, you will be able to discuss and address these issues with clients and design teams from a technical perspective.
This module focuses on applying knowledge of biobased materials to design details.
Participants will work on assignments that explore the structural, thermal, acoustic, and aesthetic properties of biobased materials. The goal is to understand how material characteristics influence design decisions and to develop practical skills for integrating these materials effectively into building details.
This module covers the principles of vapor-open (breathable) construction in biobased buildings.
Participants will learn how materials and assemblies can allow moisture transport while maintaining thermal performance and durability. The session emphasizes strategies to prevent moisture-related issues, optimize indoor climate, and enhance the longevity of biobased constructions.
This module focuses on exploring and analyzing different biobased materials.
Participants will review real-world examples, examining their properties, applications, and suitability for various construction scenarios. The assignment encourages hands-on understanding and critical evaluation, helping architects select appropriate biobased materials for specific design challenges.
This module explores the concept of thermal mass in biobased construction.
Participants will learn how the thermal properties of biobased materials affect building temperature regulation, energy efficiency, and indoor comfort. The session provides guidance on how to design and utilize materials effectively to optimize thermal performance in various building types and climates.
This module examines how biobased materials contribute to occupant comfort and architectural quality.
Participants will learn about the impact of biobased materials on thermal comfort, acoustics, air quality, and overall wellbeing. The session highlights how thoughtful material choices can enhance user experience while supporting sustainable and aesthetically appealing architectural designs.
This module provides a structured approach to implementing biobased design in architectural projects.
Participants will learn a step-by-step methodology for integrating biobased materials and principles, from early design decisions to construction and post-occupancy evaluation. The session aims to equip architects with a clear roadmap to plan, communicate, and execute biobased projects effectively.
