Workshops

Workshop - 14-18 October 2024 AUTH - Greece

 

First Workshop for students - Greece October 2024

Workshop Description: Biobased Materials and Pedagogical Practices

This workshop focuses on engaging participants in pedagogical exercises alongside hands-on learning related to biobased materials. Participants will explore the principles of Biobased Product Life (BPL) and its application in laboratory settings.

Objectives:

  1. Understand the core concepts of BPL learning.

  2. Engage in hands-on laboratory experiments utilizing biobased materials.

  3. Foster collaboration and communication among participants through structured exercises.

Agenda:

  • Introduction to BPL Learning:

    • Overview of biobased materials and their significance.

    • Discussion of the pedagogical strategies employed in the workshop.

  • Pedagogical Exercises:

    • Group activities designed to enhance understanding of biobased materials.

    • Interactive discussions to encourage critical thinking and sharing of ideas.

  • Laboratory Work:

    • Participants will conduct experiments testing various biobased materials.

    • Guidance on proper laboratory techniques and safety protocols.

    • Data collection and analysis to evaluate the properties of selected materials.

  • Reflection and Wrap-Up:

    • Participants will share their findings and experiences.

    • Discussion of the implications of laboratory findings on real-world applications.

    • Feedback session to enhance future workshops.

This workshop will provide participants with both theoretical knowledge and practical skills, ensuring a comprehensive understanding of biobased materials and their application in various industries. Participants will leave with enhanced pedagogical tools and a deeper appreciation of sustainability in product development.

Workshop - 10-14 March 2025 TU/e - Holland

 

Workshop 2 Eindhoven

Description

The Erasmus+ Bio-Fibre Second Workshop is focused on exploring the potential of bio-fibres in construction. The workshop includes lectures, laboratory experiments, group activities, and discussions on mechanical characterization and real-world applications.

Objectives

  • Understand regional possibilities for bio-fibre construction.

  • Conduct hands-on experiments with bio-fibre composites.

  • Analyze the physical and mechanical properties of bio-fibre materials.

  • Compare experimental results with literature and industry practices.

  • Engage in collaborative learning through group activities.

Agenda

Monday:

  • Welcome presentation & introduction

  • University & laboratory tour + safety instructions

  • Online/physical workshop on bio-fibre construction

  • Social event: Skybar pub quiz

Tuesday & Wednesday:

  • Rotational lab activities (3D printed concrete, microscopy, physical properties testing, literature review)

Thursday:

  • Mechanical characterization experiments

  • Results assessment and presentation preparation

Friday:

  • Visit to “Project Milestone” (3D-printed houses)

  • Final presentations and conclusions

Pedagogical Exercises

Group Activities:

  • Collaborative lab experiments with rotations through different tasks.

  • Literature review and discussion on findings compared to existing research.

  • Final presentation preparation and team-based conclusions.

Laboratory Work:

  • 3D Printed Concrete: Creating and testing bio-fibre reinforced concrete samples.

  • Microscopy: Examining the microstructure of composite materials using a scanning electron microscope.

  • Physical Properties Measurements: Conducting thermal conductivity and water absorption tests.

  • Mechanical Characterization: Performing flexural and compressive strength tests on different material compositions.

The Erasmus+ Bio-Fibre Second Workshop explores bio-fibre applications in construction through hands-on experiments, group activities, and discussions. Participants engage in lab work, including 3D-printed concrete testing, microscopy, physical property analysis, and mechanical characterization.

Key objectives include understanding bio-fibre construction, testing material properties, and comparing results with existing research. The program combines theoretical insights with practical experience, fostering collaboration and innovation