STEM1: Creative Approaches, Methods, and Practices in STEM Research, Innovation and Education

About

- Creative Research Methodologies in STEM – Exploring innovative research approaches across science, technology, engineering, and mathematics.
- Systematic Creativity and Problem-Solving – Applying structured creativity techniques to foster innovation in STEM disciplines.
- Multidisciplinary Integration in STEM Education – Bridging technology, engineering, natural sciences, and pedagogy for effective learning experiences.
- Technology-Driven Innovation in Research and Teaching – Utilizing emerging technologies and digital tools to enhance research and STEM education.
-Collaborative Strategies for STEM Advancement – Developing interdisciplinary teamwork skills to generate innovative solutions in research and education.

The course, Creative Approaches, Methods, and Practices in STEM Research, Innovation and Education, explores innovative methodologies and practical techniques to drive impactful research across STEM disciplines (Science, Technology, Engineering, and Mathematics), with strong connections to IT, natural sciences, and STEM pedagogy. Emphasizing inter-, multi-, and transdisciplinary collaboration, participants will engage in systematic creativity, problem-solving, and technology-driven innovation through lectures, hands-on workshops, and case studies. The course integrates engineering methodologies and scientific inquiry with effective teaching strategies, equipping Master's and Doctoral students with the skills to foster innovation, tackle complex STEM challenges, and create engaging STEM learning experiences. This course brings together a distinguished team of instructors whose expertise spans interdisciplinary research, innovation, creativity, and STEM education. Together, this team of internationally recognized scholars and practitioners provides a rich and diverse learning experience, equipping participants with the creative and innovative skills needed to excel in multidisciplinary research

Target group

Students with basic knowledge in IT, engineering, or natural sciences. An interest in multidisciplinary approaches, creativity, and innovation.

Advanced Bachelor’s students, Master’s students, PhD students and post-docs

Course aim

Upon successful completion, participants will:
-Gain a comprehensive understanding of creative methodologies in research and innovation.
-Apply systematic creative methods to solve research challenges.
-Integrate multidisciplinary insights from IT, science, technology, and the arts into their research projects.
-Collaborate effectively on innovation-focused projects within diverse teams.
-Develop actionable solutions for real-world problems using creative and innovative approaches