STEM Education and Mechatronic Applications: Mechanisms, Devices, and Systems in the Development of Youth and Students

This article examines the essential role of STEM education in mechatronics, emphasizing its impact on developing youth and students. As nations recognize the necessity of preparing future generations for a technology-driven workforce, initiatives are being introduced to align higher education with Industry 4.0 demands. Through interdisciplinary projects and innovative methods, students gain vital skills in science, technology, engineering, and mathematics. The paper highlights successful educational programs and discusses the integration of STEM and mechatronic principles in curricula, promoting critical thinking and collaboration. It also reviews government initiatives in countries such as China, the United States, and Romania that aim to enhance STEM competencies, serving as catalysts for societal growth and innovation toward a prosperous future.