Section outline

  • biobased material

    Welcome to Module 2 of the biobased construction training.

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    As an architect, you are at the center of the design and construction process. The more knowledge you have, the easier it becomes to fulfill that pivotal, leading role.

    In this module, you will learn about the practical aspects of biobased construction, the relevant laws and regulations, and the essential knowledge and tools needed to successfully implement biobased design in practice.

    Learning objectives
    After completing this module, you will be better equipped to:

    • Present strong arguments for proposed design solutions and explain why a biobased approach can lead to a successful project.

    • Understand and apply legislation as a framework — what you need to know now and in the future, and how to design within these boundaries.

    • Recognize constraints within regulatory frameworks and learn how to respond to them creatively.

    • Gain general knowledge of available tools such as MPG, BCI, and HNN, and how they can support your design and decision-making process.

     

    Time: ± 90 minutes.

    Target audience: Architects and designers.

    Module 2 – Legislation, Systems, and Tools

    After completing this module, you will be able to substantiate arguments and contribute to a successful project outcome. You will learn how to interpret and apply laws and regulations as a framework—understanding what architects need to know now and in the future. The module also covers relevant tools and systems available to support biobased design.

    • 2.0 – Introduction: Concrete versus Wood Page
      Students must
      Mark as done

      This module introduces the fundamental differences between concrete and wood as building materials, highlighting their environmental impact, structural characteristics, and role in the transition toward biobased construction.

      Participants will gain insight into how material choices influence design, performance, and sustainability outcomes. Through comparisons and practical examples, the session explores when and how wood can serve as a viable, renewable alternative to traditional concrete construction.

    • 2.1 – Theory: Biobased Construction Page
      Students must
      Mark as done

      This module covers the fundamental principles of biobased construction.

      Participants will learn how to design and build using renewable, natural materials, understanding their structural properties, benefits, and limitations. The session emphasizes practical applications, helping architects and design teams make informed choices that optimize the performance, sustainability, and lifecycle of biobased buildings.

    • 2.2 – Theory: Interior Node Construction Page
      Students must
      Mark as done

      This module focuses on the design and construction of interior nodes—key connection points within a building’s structure.

      Participants will learn how to approach these critical junctions when working with biobased materials, ensuring structural integrity, thermal performance, and acoustic quality. The session provides practical insights on how to integrate biobased construction techniques into interior connections while maintaining both functionality and sustainability.

    • 2.3 – Theory: Façade Connections Page
      Students must
      Mark as done

      This module addresses the design and construction of façade connections in biobased buildings.

      Participants will learn how to properly detail the interface between façade elements and the building structure, considering thermal performance, moisture control, structural stability, and the unique properties of biobased materials. The session provides practical guidance for creating durable, efficient, and sustainable façade solutions.

    • 2.4 – Theory: Sound, Vibrations, and Fire Page
      Students must
      Mark as done

      This module covers key performance aspects of biobased construction related to acoustics, structural vibrations, and fire safety.

      Participants will learn how biobased materials behave in terms of sound insulation, vibration damping, and fire resistance. The session provides practical strategies to address these challenges early in the design process, ensuring safe, comfortable, and high-performing biobased buildings.

    • 2.5 – Theory: Let’s Take a Look Page
      Students must
      Mark as done

      This module provides an exploratory overview of key concepts and practical examples in biobased construction.

      Participants are encouraged to examine different approaches, materials, and design solutions, reflecting on how these can be applied in real projects. The session is intended to consolidate learning from previous modules and offer a broader perspective on biobased design in practice.

    • 2.6 – Theory: Opportunities in Biobased Construction Page
      Students must
      Mark as done

      This module explores the potential and opportunities that biobased construction offers.

      Participants will learn how to identify and leverage the benefits of biobased materials, including sustainability gains, design innovation, and enhanced building performance. The session highlights practical examples and strategies for integrating biobased approaches into projects, helping architects and teams make informed and forward-thinking decisions.

    • 2.7 – Theory: Debunking Myths Page
      Students must
      Mark as done

      This module addresses common misconceptions and myths about biobased construction.

      Participants will learn to distinguish between facts and misunderstandings regarding material performance, durability, cost, and applicability. By clarifying these misconceptions, architects can make informed decisions, communicate effectively with clients and teams, and confidently advocate for biobased solutions in their projects.