NSTA encourages and promotes international science education on all levels from preK to post-secondary. The impact of science education has profound consequences for the betterment of a society and the global community as stated by UNESCO's Science for a Sustainable Future initiative: "Creating knowledge and understanding through science equips us to find solutions to today's acute economic, social and environmental challenges and to achieving sustainable development and greener societies. As no one country can achieve sustainable development alone, international scientific cooperation contributes not only to scientific knowledge but also to building peace" (UNESCO 2016).
Scientific and technological advances have a significant impact on the living conditions of citizens around the world. The result is the emergence of many socio-scientific issues on which decisions must be made by individuals and communities for the mutual benefit of society. This new global perspective provides little room for citizens or nations to operate in isolation. A globally informed citizenship requires implementation of 21st-century skills incorporating global awareness and, among other disciplines, the science, technology, engineering, and mathematics (STEM) disciplines (P21 2016; NSTA 2011).
It is common for scientists to openly share ideas and knowledge at the global level; it is equally important for science educators to engage in this international exchange. After all, it is science teachers who must educate our future scientists and citizens and help them develop a world view that embraces cultural differences and belief systems. Recent studies have sought to compare student achievement in science at the international level. These comparisons have drawn attention to the need for global scientific literacy.
NSTA defines international science education as any activity or learning experience involving science teachers from different cultures or countries communicating with and learning from teachers and other educators to improve the quality of science teaching and learning and to support a worldwide view of the global implications of science and scientific phenomena. A collaborative approach to science education within the international community also serves the purpose to gain insights into benchmarking of outcomes in STEM education (Achieve 2010).
Both informal and formal collaborations are ways to realize the goals of international science education. These collaborations should provide opportunities for preK–16 science educators to work together to improve science education worldwide and should
NSTA supports international science education as a priority for science educators on all levels and provides a community platform through national and international in-person and virtual venues. To embrace international science education, NSTA offers the following declarations.
NSTA supports teachers of science and science teacher educators at all levels and in all venues and encourages them to
NSTA encourages school leadership (administrators, principals, department chairs, science coordinators, superintendents) to
NSTA encourages policy makers at all levels to
NSTA encourages science-related organizations, associations, agencies, and businesses at all levels to
—Adopted by the NSTA Board of Directors, May 2009
Revised, July 2017
Achieve, Inc. 2010. International Science Benchmarking Report. Taking the Lead in Science Education: Forging Next-Generation Science Standards Executive Summary.
National Science Teachers Association (NSTA). 2005. Developing a world view for science education: In North America and across the globe. Final Report of the International Task Force. August 2005.
National Science Teachers Association (NSTA). 2011. An NSTA Position Statement: Quality Science Education and 21st-Century Skills.
Partnership for 21st Century Skills (P21). 2016. Framework for 21st Century Learning. May 2016.
United Nations Educational, Scientific, and Cultural Organization (UNESCO). 2016. Science for a Sustainable Future.