3M Youth Mobility Camp Cultivates Future Talent in Science and Technology

In an era of rapid technological advancement, the importance of STEM (Science, Technology, Engineering, and Mathematics) education and skilled trades is increasingly recognized globally. This focus stems from the need to equip students not just with knowledge, but with the ability to identify problems and devise solutions using science and technology, preparing them for diverse career paths and societal roles.

International bodies are aligning with this educational shift. The European Union's 2025 STEM Education Strategic Plan frames STEM not merely as an educational policy but as a strategy for economic competitiveness, industrial transition, inclusivity, and gender equality. Key objectives include expanding the STEM talent pool, increasing female participation, integrating vocational and higher education, enhancing digital skills in areas like AI and cybersecurity, and establishing flexible retraining systems. This approach is viewed as a long-term societal investment in maintaining industrial foundations.

UNESCO's "Futures of Education" report also underscores education's role in designing a more equitable and sustainable future amidst technological disruption, climate crises, and deepening inequality. The report emphasizes cultivating individuals who can interpret technology and society in tandem. Similarly, the OECD's "Future of Education and Skills 2030/2040" project stresses the necessity for students to develop competencies for adapting to changes driven by artificial intelligence, climate change, and evolving economic and social structures.

These educational trends are directly linked to labor market demands. Advanced manufacturing, semiconductors, electric vehicles, sustainable materials, and the energy transition all require a strong understanding of science and technology. The industry faces a persistent shortage of skilled workers, encompassing not only researchers but also a broad spectrum of technical professionals involved in processes, quality control, safety, maintenance, design, data management, and customer support.

Recognizing this need, global science company 3M has actively engaged in talent development. Initiatives like the 3M Youth Science Camp (since 2002), the 3M Women in STEM Mentoring Program (since 2021), and the Youth Mobility Camp aim to nurture future leaders in science and technology. The recent Youth Mobility Camp, held in collaboration with the Korea Science Technology Support Association, brought together approximately 30 students from Shinjin Science and Technology High School. Participants experienced 3M's history and technologies firsthand, engaging in practical training in automotive painting and polishing, fostering their engineering creativity and interest in the mobility sector.