CRITICAL MAKING
Description
By offering professional development focused on Critical Making, teachers will be engaged in an approach to critical thinking which merges scientific thinking and hands-on projects. Critical Making Labs that serving as starting locations for teacher training are found among the consortium partners: Torino (PoliTO/LINKS), Umeå (UMU), Warsaw (WUT), and Weingarten (PHW) and include work with all STEM subjects (mathematics, biology, chemistry, physics, computer science, engineering, robotics).
The objective of the project is the design and evaluation of curricula and recommendations for teacher trainings targeted to equip in-service and pre-service teachers with the necessary competences and methodological skills to tackle disinformation and to thus foster students’digital competencies in STEM.
In line with the Digital Education Action Plan 2021-2027, the innovative concept features a project-based learning (PBL) approach in pedagogical makerspaces, offering the potential to challenge disinformation and to cover digital competencies in science contexts in a comprehensive and practical way. Inspired by the principles of Creative Learning—Projects, Passion, Peers, and Play—teachers and students are encouraged to engage in meaningful, self-directed learning experiences that foster creativity and intrinsic motivation, further enhancing the Critical Making approach. Thematically, sustainable development is focused across all areas, such as environmental, digital, economic, and others.
The approach is guided by the DigCompEdu and a corresponding competence model, extended for specific aspects of disinformation and critical thinking (incl. self-assessment through an extension of SELFIEforTeachers). In close collaboration with STEM experts and regional stakeholders regarding teachers’ continuous professional development, curricula and training will be developed and evaluated, involving at least 100 STEM teachers in each of the 4 partner countries. Dissemination, also at policy level, will be targeted in 6 countries.
The following results are expected:- a general framework and good practice examples for PBL activities in pedagogical makerspaces to tackle disinformation and foster digital competences in teacher training activities, integrated in STEM subject fields.
- assessment of learning impact of designed measures.
- guidelines and policy suggestions for implementation of corresponding teacher training in different European education systems.
- self-learning material in terms of OER designed to support PBL activities in pedagogical makerspaces, covering specifically approaches to tackle disinformation.
- a portal for exchanging knowledge and experiences of the designed and evaluated concepts and measures.
Basic information
Coordinator
University of Education Weingarten, Germany, https://www.ph-weingarten.de/
Programme
Erasmus+ (programme-erasmus-plus)
Project Acronym
Target groups
policy makers, researchers, secondary school students, teachers, trainee teachers
Topic
Applied sciences, Biochemistry, Biology, Computer science, Chemistry, Ecology, Electronics, Energy, Engineering, Environmental sciences, Gender in STEM, Information technology, Maths, Physics, Software engineering, Technology, Education, Other
Start year
2024
End year
2026
Contact person
Flavio Renga, flavio.renga@linksfoundation.com
The aim of this project is to design and develop a teacher training program that integrates Critical Making into STEM education and engages teachers in the design and development of an educational project that is relevant to their needs and contexts and, in turn, ensures a CM approach to their students.
The key principles of Critical Making for teacher training design align closely with the Creative Learning framework, which emphasizes fostering curiosity and engagement through meaningful projects, collaboration, and playful exploration. By integrating Creative Learning principles, the project aims to provide teachers with tools that not only address disinformation but also inspire students to take ownership of their learning through experimentation and reflection.The main points include:- rethinking learning objectives, educational content, and curricula: introducing Critical Making may involve adjusting content, classroom scenarios, and learning objectives.
It is essential that the proposed projects and activities are challenging yet achievable.
- encouraging collaboration: students should be encouraged to work together on projects that promote a sense of community and shared learning while performing Critical Making tasks. Collaboration among teachers is equally important for sharing best practices and resources.
- promoting creativity and focusing on design thinking and Critical Making skills: establishing a learning environment that supports creativity and makes students aware of the various stages of the design process. Students should be encouraged to engage in open-ended tasks that allow for different approaches and solutions, connecting ideas across disciplines.
- building strong foundations and confidence in the learning experience: teachers must provide students with the guidance and support needed to navigate the Critical Making process. This can help them build confidence and develop their problem-solving skills. It is also crucial to foster a growth mindset by encouraging students to embrace failure as part of the Critical Making learning process.
- encouraging self-reflection and peer evaluation: teachers should be able to invite students to reflect on their experiences, what they have learned, and how they can apply their knowledge and skills in different contexts. It is also essential to introduce peer evaluation in a constructive and educational manner, avoiding unhealthy competition.
Professional teacher training is critical for the effective implementation of Critical Making in STEM education and educators need to be trained on how to frame questions and comments to promote inquiry-based learning and guide students in reflecting on the processes and outcomes of their work and create a classroom atmosphere that enables, encourages, and values experimentation and the search for new solutions, while also accepting failure as part of the learning process.
Papers
The project offers teachers the results of the Critical Making training, with a focus on fostering engagement and intrinsic motivation through the concept of "A project you care about". This approach encouraged participants to select projects that resonated deeply with both their personal interests and their professional teaching practice, ensuring that the projects were meaningful and impactful on both levels.As part of the teacher training, the projects developed are now available to educators who wish to explore innovative STEM teaching materials and activities for their classrooms. The projects were designed with the following objectives:
- develop innovative approaches to classroom teaching.
- enhance students' critical thinking skills.
- promote hands-on, experiential learning.
- integrate informative and engaging content into teaching practices.
- foster a culture of exploration, experimentation, and reflection among students.
- enable students to engage critically and creatively with the world around them.