英文摘要 |
Advanced manufacturing is the mainstay of the German economy, and the nation's industrial structure is highly dependent on personnel with advanced skills in four particular areas: mathematics, informatics, natural sciences, and technology (MINT), the last of which has become especially important since the sudden advent of the Industry 4.0 era. However, with a rapidly aging population, Germany is now facing an acute shortage of skilled technicians, making it necessary to train more women for jobs requiring advanced technical skills. Nonetheless, even though over half of German women now have some degree of higher education, due to the pronounced gender segregation in education, very few of them choose to study in one of the MINT academic disciplines. In addressing this increasingly pressing issue, various measures have been implemented in primary and secondary education, including the Steigerung der Effizienz des mathematisch-naturwissenschaftlichen Unterrichts (SINUS) qualitydevelopment program in science and mathematics instruction, the German School Prize, the Protocol of Digital Education at Primary and Secondary Schools, and the Girls' Day—Future Prospects for Girls program. Amongst these, with support from various sectors of society, Girls' Day organizes field trips for girls in grades five through ten, providing the opportunity to become interested in pursuing a career in a field requiring technological expertise. The combined result of these various measures has been a marked increase in the number of women pursuing degrees in one of the MINT academic disciplines. |