Courses for Science Teachers

Develop an understanding of the concept of maker spaces, which can be introduced in schools to teach students creative ways to design, build, and invent, all while engaging in STEAM classes.

Understand and apply the principles of CLIL in mathematics teaching. Develop practical strategies to explain complex concepts clearly, support language development, and engage multilingual classrooms.

Learn how to utilize digital tools to enhance physics education. Explore various digital resources to design engaging physics lessons that seamlessly integrate these tools, thereby improving students' understanding of scientific principles.

Discover effective techniques to learn how to create a more inclusive and equitable classroom environment, where girls can express their full potential.

Promote students' scientific curiosity and inquiry skills through guided experiments. Explore the interdisciplinary potential of optics within STEM education.

Learn how to effectively teach science subjects at a primary level of education with hands-on approach, and simple experiments in and outside of classroom. Discover how to deliver science lessons that are both fun and allow students to gain a deeper understanding of scientific concepts through the use of everyday language.

Gain a comprehensive understanding of experiential learning techniques applicable to all scientific disciplines, by exploring Tenerife's volcanic history and landscape.

Design hands-on STEAM activities integrating robotics, coding, digital fabrication, and electronics. Evaluate how different technologies can be combined into coherent STEAM learning experiences.

Gain essential skills to integrate robotics and coding into your classrooms, even without prior tech expertise. Explore the basics of coding through hands-on use of Edison robots.