According to the Global Gender Gap Report 2020, most of the countries have achieved gender parity in educational attainment. Furthermore, Latin America and Europe have more women than men enrolled in tertiary education. The problem arises when those numbers are analysed by degree studies. There is a gender gap in science, technology, engineering and mathematics (STEM), with a low number of women enrolled in those programs and even lower numbers of graduates. The universities have a key role to steer new conceptions and understanding of the females in STEM. The higher education institutions have to define measures and policies to reduce the gender gap in the careers of the future. This work aims to provide a proposal to analyse the gender equality gap in STEM as a first step to define gender equality action plans focused on processes of attraction, access and retention and guidance in STEM programs. The proposal was applied in ten Latin American universities from Chile,

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In the present study, we aimed to specify the key competence domains perceived to be critical for the teaching profession and depict them as a comprehensive teacher competence model. An expert panel that included representatives from seven units providing university-based initial teacher education in Finland carried out this process. To produce an active construction of a shared understanding and an interpretation of the discourse in the field, the experts reviewed literature on teaching. The resulting teacher competence model, the multidimensional adapted process model of teaching (MAP), represents a collective conception of the relevant empirical literature and prevailing discourses on teaching. The MAP is based on Blömeke et al.’s, Zeitschrift für Psychologie, 223, 3–13, (2015) model which distinguishes among teacher competences (referring to effective performance of teachers’ work), competencies (knowledge, skills, and other individual competencies underlying and enabling effective teaching), and situation-specific skills of perceiving, interpreting, and making decisions in situations involving teaching and learning. The implications of the MAP for teacher education and student selection for initial teacher education are discussed.

Operating in today’s markets is challenging due to information overload and an expanding choice of products. Children also encounter these complex markets at an early age. Providing consumer education in schools is an excellent opportunity to enhance their ability to think critically and increase their awareness. However, it would be a mistake to ignore the interconnections between consumer education and entrepreneurship education, since active and innovative people are also a prerequisite for future development. Taking advantage of the opportunity to provide consumer education in schools requires teachers to be familiar with consumer issues. This article aims to discuss the perceptions and experiences that primary school teachers in Finland have regarding children’s consumer education in schools. This study was conducted using the phenomenographic qualitative method to analyse data from teacher interviews. The analysis revealed a set of categories that describes the various ways the participants perceive and experience children’s consumer education in schools. These categories include themes, actors, teaching methods and the challenges and expectations teachers relate to children’s consumer education. The findings of this study are worth exploring when planning how to support teachers’ consumer educational competences for a sustainable future. The authors consider that this article is especially valuable for curriculum planners, educators, consumer organisations and parents’ associations, because it shed light on teachers’ perspectives about consumer education.

AbstractIn this study, the authors analyze how students from the University of Oulu (N=1585) reflect on their possibilities to affect climate matters through social activity. The data was collected with an online survey in the autumn of 2019 and was analyzed with quantitative and qualitative methods. Readiness for climate actions in social activity was moderately low and lower than in other climate actions considered in the survey. The following categories were identified to explain readiness for social activity: Emotional Expressions, Trustworthy Information, Individual Freedom, Societal Responsibility, and Us Against the World-mindset. Some of the possibilities for climate actions suggested by students include developing and exporting Finnish innovations and expertise, leading by example, receiving and distributing reliable information, making decisions and regulations on a societal level, providing economical support for environmental organizations, and affecting personal actions.