معرفی
Johannes Klaas is a Lecturer in the Department of Mathematics at the University of Siegen, Faculty IV. He is actively involved in the Didactics of Mathematics group, contributing to innovative educational projects that integrate modern technology into mathematics instruction.
- Institution: University of Siegen
- School: Faculty IV
- Department: Department of Mathematics
- Role: Lecturer in Mathematics Didactics
His work emphasizes practical, hands-on learning approaches in mathematics education, particularly through the use of digital tools and 3D printing technologies. He contributes to research and development initiatives aimed at enhancing STEM instruction in secondary education.
The research initiatives associated with his work focus on applying 3D printing technology to make abstract mathematical concepts tangible and accessible. These projects aim to improve student engagement and understanding by allowing them to design and interact with physical models of mathematical objects. The integration of CAD software and 3D printing supports inquiry-based learning and fosters deeper conceptual understanding in areas such as geometry, functions, and algebra.
While specific publications and awards are not listed, his involvement in high-impact educational projects indicates active scholarly engagement. He collaborates with technical partners like Dremel and 3dmensionals to develop classroom-ready solutions that are both scientifically grounded and practically feasible for teachers with varying levels of technical experience.
Johannes Klaas provides support and training for educators interested in adopting 3D printing in their mathematics classrooms. His efforts are part of broader initiatives such as the 3D Printing Starter Package for Mathematics Lessons, which offers comprehensive resources including lesson plans, technical guidance, and professional development workshops. This reflects a strong commitment to bridging the gap between academic research and real-world classroom application.
He is associated with research profiles including Authentic Optimizing, DigiMath4Edu, and MINT-Pro²Digi, indicating a focus on authentic problem-solving, digitalization in education, and STEM career orientation. These projects often involve collaboration between universities, schools, and industry partners to create meaningful learning experiences for students.
