Competence-based education has been in the spotlight for several years, and it is a topical issue in the European Union as well as marking the reform of the Latvian education system. The Council of the EU considers entrepreneurial competence to be one of the key competences for lifelong learning, and Latvia’s school reforms require teachers to create a study process where students develop entrepreneurial competence. This publication presents research on the self-assessed entrepreneurial competence of teacher education students to find out whether there is any correlation between their assessment of entrepreneurial competence and their readiness/ability to develop this competence in their students, as well as which methods/activities they see as suitable to do so in the classroom and the remote study process. An online survey using the QuestionPro platform was used to collect the data. The questionnaire was fully completed by 157 pedagogy students from various higher education institutions, and it consisted of four question blocks: demographic and socio-cultural questions, entrepreneurial competence, digital competence, and open-ended questions. The data provided by the questionnaire developed for this research showed that students’ self-assessed entrepreneurial competence in a remote study process rated their digital competences highest, followed by their entrepreneurial competences. The results indicate that students are sufficiently prepared to be able to further develop their entrepreneurial competence in the remote study process. From the data, it can be concluded that higher education needs to focus on the development of entrepreneurial competence and should also supplement the methodological knowledge of students to improve their readiness to teach entrepreneurial competences to others. It should also be noted that there is a strong correlation between students’ entrepreneurial competence and their readiness to teach entrepreneurial competences to others. An online survey using the QuestionPro platform was used to collect the data. The questionnaire was fully completed by 157 pedagogy students from various higher education institutions, and it consisted of four question blocks: demographic and socio-cultural questions, entrepreneurial competence, digital competence, and open-ended questions.

The aim of the present research is to study the essence, structure, implementation, and indicators of the concept of the digital transversal competence of university students for its improvement in the study process. This article includes the relevance of transversal competences and the essence of the concept of digital competence. This concept is then developed, the methodology of digital competence assessment and measurement is adapted, and the content analysis method was used to classify and analyze the expression of digital competence in eight professional areas.

Generic competences have an interdisciplinary nature, which indicates their usability in different disciplines, situations, and contexts in the performance of different tasks. Generic competencies are thus considered from two perspectives, daily life and professional activity, that are equally important, implying that generic competences are necessary for individuals to successfully adapt to change and live meaningful and productive lives. Entrepreneurship competences can be observed from two perspectives: generic competencies viewed from the perspective of the individual's personal experience and professional competencies viewed from the perspective of the individual's professional experience. In this article, it will be observed from both perspectives to see its performance in diverse contexts and to clarify distinctions between these contexts. The present study aimed to shed light on how specific university study disciplines with a professional focus (educational sciences and bioeconomics) support the development of a specific generic competence (entrepreneurship competencies). The Specific Research Questions of This Article Are: (1) What Entrepreneurship Competences Emerge Among Latvian Bioeconomics and Educational Science Students? (2) How Do Entrepreneurship Competences Differ Between Bioeconomics and Educational Science Students? (3) How Are Entrepreneurship Competences Correlated With Each Other? Data for the study were gathered by using the online survey platform QuestionPro. The questionnaire was filled in by 135 students, of whom 82 were from the field of educational sciences and 53 from the field of bioeconomics. The study presents a comparison of entrepreneurship competence's self-assessments of bachelor's, master's, and doctoral students of bioeconomics and educational sciences. Despite the fact that entrepreneurship is more linked to economics, the results show that, in two out of three main areas of entrepreneurship competences, students of educational sciences self-assessed their entrepreneurship competences as higher than students of bioeconomics.

Due to rapid technological changes and innovations, by graduation students have to be equipped with skills necessary for lifelong learning. There is an increasing potential for students’ further development in the digital environment. In high school, it is necessary to build and improve the students’ skills of self-assessing their own learning needs, as well as setting educational objectives and measuring their success. The importance of self-directed learning has increased particularly in the context of COVID-19. In many countries, educational institutions are closed and studying process is remote, reducing the level of teacher involvement and increasing pupils’ own responsibility for their learning outcomes. Changing the classroom from direct spatial presence to the digital environment also changes learning opportunities and increases the importance of digital skills. It is therefore necessary to identify whether pupils possess the necessary self-directed learning skills for the purpose of learning, selecting activities and study materials, managing time, structuring the learning environment, skills to communicate and collaborate and assess their performance, as well as the digital skills needed to organise the digital learning environment and identify the major challenges in remote learning. The results of the study show that pupils have assessed their self-driving learning skills as sufficient, however, as well as that the learning process has been challenging and has created motivational, self-discipline and socializing problems.

The purpose of this study was to investigate the effect of ‘Predict-Observe-Explain’(POE) activities which is carried out with the help of the POE method worksheets on ‘States of Matter’ in the ninth-grade chemistry course curriculum, on students’ metacognitive awareness. The focus group interview held in this study was conducted with eight students selected from the experimental group on a voluntary basis. Twelve questions were asked to the students. This research is a mixed-method study. While the quantitative part of the research was carried out using the pretest and posttest model with the control group, the qualitative part was conducted with the focus group interview technique. A focus group discussion was held to obtain the opinions of the experimental group students on the subjects of Gases and States of Matter taught with worksheets prepared with POE support. The findings obtained as a result of these interviews and the study of student worksheets show that students find POE-supported worksheets fun and they increase their interest and curiosity towards the chemistry class.   Keywords: POE, high school students, states of matters, worksheets.