Authors:
Sara Hinterplattner
1
;
Eva Schmidthaler
2
;
Michaela Schwinghammer
2
;
Jakob Skogø
2
and
Corinna Hörmann
2
Affiliations:
1
Linz Institute of Technology, Dynatrace Austria, Linz, Austria
;
2
Department of STEM Education, Johannes Kepler University, Linz, Austria
Keyword(s):
STEM Education, Digital Education, Digital Classrooms, Educational Robots, Talent Development.
Abstract:
This study explores the integration of STEM (Science, Technology, Engineering, and Mathematics) education in Austrian elementary and secondary schools, emphasizing teachers’ experiences and challenges in delivering STEM content. Through a survey combining questionnaires and interviews, the study highlights significant disparities in STEM equipment and resources among schools, limited STEM-specific teacher training, and varying degrees of STEM curriculum integration. Additionally, while some schools offer student-focused initiatives to foster interest in STEM, others face constraints due to lack of resources and support. In response, a unique pilot project in Steyr (Upper Austria) was developed to address these gaps by providing the educational robots Ozobots, alongside extensive teacher training. Supported by the local government, a major industry partner, and a university, this collaborative effort aims to build teacher competency, promote digital literacy, and encourage interdiscip
linary STEM learning in schools. Initial results of the project indicate improved teacher confidence in delivering STEM content and increased student engagement through hands-on learning with Ozobots. This project serves as a model for Austrian education policy, aiming to position Steyr as a leader in Digital Education and offering a scalable framework for addressing STEM and digital education needs across the region.
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