Scientific Competence Research Articles

Students' Science Literacy Profile in Terms of Argumentation Competence on Ecosystem Material

Current curricula integrate technological skills, knowledge, abilities, and competencies, as well as skills and attitudes, with reading and writing teaching. As a result, information and communication technology is crucial to the implementation of a typical curriculum. Students in Indonesia generally have a low level of science literacy. Therefore, this study aims to test the availability of science literacy skills of high school students. The sample selected for this study was a student of 7 grader consisting of 34 people. The methodology used in this study is descriptive-quantitative research, where this study uses descriptives, such as size, quantity, or frequency in its range. The instrument used in this study is a double-selection test, consisting of six subjects according to the competence indicator of science literacy ability. In this study it was found that the achievement of scientific literacy competence aspects of competence on indicators explain the phenomena scientifically categorized very well, then the ability on the indicator to evaluate and design scientific research categorized well. So, it can be concluded that the average literacy of science on the overall aspect of competence is in good category.

Problem-Based Learning: An Effective Teaching Method for Science Competence Development

Modern society places exceptionally high premiums on science education. To make science classes more productive, researchers and educators have experimented with a plurality of non-traditional instructional approaches that are expected to be effective in fueling students’ interest in science subjects and fostering their scientific reasoning ability and creativity. Among them, problem-based learning has been well received by teachers. Its adoption in science classrooms was first recommended by certain researchers in the 20th century (Gallagher et al., 1995). Problem-based learning enables the student to develop knowledge through analyzing and solving problems, rather than through memorizing a wealth of existing information and theories. It can help the student transition from a passive receptacle of knowledge to an active learner and a problem solver (Akınoğlu & Tandoğan, 2007). Despite there being no conclusive definition of this teaching method, the three features summarized by Akcay (2009) are deemed basic elements of problem-based learning: (i) engaging students as stakeholders in a problem situation; (ii) organizing the curriculum around this holistic problem, enabling student learning in relevant and connected ways; (iii) creating a learning environment in which teachers coach student thinking and guide student inquiry, facilitating deeper levels of understanding.

Development of Leadership Skills in Medical Education: Protocol for a Scoping Review.

Leadership is recognized as an essential competency in health care and science, being central for professionals to face health challenges. Few physicians feel prepared to serve as leaders in the health care environment, and few receive training in the leadership skills needed to be successful. Teaching leadership skills together with extensive, longitudinal, clinical education in an authentic and nurturing environment can effectively develop students for leadership in medicine. Studies on the subject still do not show the best way to implement it in medical education, and an updated review is necessary. The aim of this study is to identify the types of available evidence on the teaching of leadership skills in undergraduate courses in the health area, analyze them, determine knowledge gaps, and disseminate the research results. This is a scoping review that will consider studies on leadership skills in medical and health undergraduate courses. Primary studies published in English, Spanish, and Portuguese since 2019 will be considered. The search will be performed in 8 databases, and reference lists will be searched for additional studies. Duplicates will be removed, and 2 independent reviewers will examine the titles, abstracts, and full texts of the selected studies. Data extraction will be performed using a tool developed by the researchers. The scoping review is currently in progress. The preliminary database search has been completed, yielding a total of 1213 articles across multiple databases. The next stages, including deduplication, title and abstract screening, and full-text review, are scheduled to be completed by December 2024. Data extraction and analysis are expected to be finalized by March 2025, with the final report anticipated to be ready for submission by June 2025. This scoping review on leadership in the medical curriculum can significantly contribute to the literature by organizing and synthesizing the available evidence on teaching leadership skills in undergraduate courses in the health area. Furthermore, by analyzing evidence and identifying knowledge gaps, the study can provide valuable insights to develop more efficient and comprehensive medical education programs, thus preparing students to take on leadership roles in the complex environment of health care. Open Science Framework YEXKB; https://osf.io/yexkb. PRR1-10.2196/62810.

An Action Research on Basic Competence in Science and Technology in Social Studies Course

Social Studies course is one of the basic courses that prepare students for social life. Change and development have become important in science and technology in the present time. Social Studies course has found its place in the development and change in science and technology. Developments in science and technology are given in Social Studies course, considering the basic competences in science and technology. The aim of this research is to reveal the process of activities related to the basic competence area of social studies course regarding science and technology and to determine the views of students and teachers regarding this process. The research was designed in action research pattern which is one of the qualitative research methods. The research was conducted in the first and second semesters of 2022-2023 academic year. The participants of the research are 6th grade students and their social studies teacher. The data of the research, observation form, teacher and student diaries, student products, semi-structured interview forms were gathered via video recordings of the researcher in the process. Data analysis of the research was conducted using descriptive analysis method. In the research it was concluded that the activities conducted regarding basic competence in science and technology in social studies course entertained the students during the course, the course was better comprehended and the subjects were learned easily. In addition, it was concluded that the activities related to the basic competence in science and technology in Social Studies course improved students' ability to conduct research using scientific research process, and realized the importance of the scientific ethics concept, respect for labor and citing references. Considering the results of the research, recommendations for practitioners and researchers were made.

THIẾT KẾ VÀ TỔ CHỨC DẠY HỌC CHỦ ĐỀ STEAM “ĐÈN CẢNH BÁO NGUY HIỂM Ở ĐOẠN ĐƯỜNG QUANH CO VÀ ĐÈO DỐC” NHẰM PHÁT TRIỂN NĂNG LỰC VẬN DỤNG KIẾN THỨC VÀ KĨ NĂNG TRONG MÔN KHOA HỌC TỰ NHIÊN

Representative competency is one of the three component competencies of natural science competencies that need to be focused on developing learners in the process of teaching Natural Science in lower secondary schools. This article aims to design and organize the teaching of STEAM topics in Natural Sciences to develop learners' competencies, especially representative competency. The current status and pedagogical experiment of the research are based on the cross-sectional survey research method and the experimental research method of pre-test and post-test impact on random groups. The implementation of teaching in practice has demonstrated the positive development of learners in terms of knowledge and skills and has shown the feasibility of the STEAM topic for developing representative competency of students to meet the requirements of educational innovation.

Exploring Perspectives on Data Science Competency: Insights from Students, Professionals, and Employers

Graduate-level data science programs at iSchools have increased in recent years in response to growing needs in the field and demand for professionals with data-related skills due to technology advancements and the ubiquity of information and data. However, a perception gap still exists regarding skills taught in classrooms and those needed in the workplace. Hence, we systematically analyzed graduate-level data science programs and courses and conducted a survey of relevant stakeholders (current students, data professionals, and employers) on their perceptions of the skills and knowledge necessary for an effective data science professional or data librarian. In the questionnaire, 116 participants rated the importance of data science competencies and topics using a seven-point Likert scale. The survey participants rated most data competency areas as important, very important, or extremely important, indicating a strong consensus among respondents regarding the significance of technical skills like data analysis, foundational skills like problem-solving, and soft skills like communication. Overall, students rated the importance of most technical skills higher than employers and professionals did. However, employers rated the importance of soft skills, such as communication, higher than students. A Kruskal-Wallis H test confirmed significant differences in the rating of multiple data competency importance among the three groups. When asked about the importance of data topics, participants rated topics like data ethics, privacy, and access as important. These findings could inform and assist administrators and faculty at LIS and iSchools with curricula design for graduate programs while working to prepare students for careers in the information professions.

PECULARITIES OF DEVELOPING CRITICAL READING ABILITY OF THE MASTERS OF THE SPECIALTITY 7М01712 – TRAINING OF FOREIGN LANGUAGE TEACHERS

The article reveals the development of critical reading skills of master's students of the specialty 7M01712 - ‘Preparation of teachers of foreign languages’. The article emphasizes the importance of using lecture texts in the educational process to prepare master's students for professional activities. Effective use of professional texts in the classroom contributes to the improvement of scientific and professional speech and communicative competence of master's students, which in turn provides the optimal use of various methods of critical analysis in their future professional activities. Special attention is paid to the development of independent thinking skills, search, analysis, systematization, structuring and communication of information.The author identifies three stages of critical reading development. The author also suggests types of questions that promote the development of this type of reading, as well as the ability to identify contradictions and types of structures present in a text and to argue one's point of view based not only on logic, but also on the ideas of the interlocutor. The use of various methods and tools of critical reading technology at the stage of challenge, at the stage of reflection and at the stage of analysis is described. Methodological recommendations on mastering the technology of critical reading are intended for teachers of a foreign language, but can be useful for teachers of other subjects, since the technology of critical reading development belongs to the interdisciplinary modern educational technologies. The article presents practical experience of using some techniques of critical reading technology on the example of the special course “Cognitive linguocultural methodological foundations”.

Видео експериментът в обучението модел за приложението му при изучаване на химия и опазване на околната среда

In this paper, the focus is on the video experiment in learning. Its application in the teaching of Chemistry and Environmental Protection is justified. A model for the planning and implementation of video experiments in education is developed and presented through its main components in their interrelation and conditioning. The guiding idea on which the proposed model is based is the development of interest in the study of chemical science and the creation of conditions for the development of key competencies in science. The model is concretized and tested in the practice of organic chemistry education. On the basis of the proposed model 11 educational videos have been created, the applicability of which has been established by expert evaluation. For the implementation of the expertise, requirements for the virtual chemistry experiments have been defined, which can be used for both formative (in-process) and final assessment.

SOME ASPECTS OF STUDYING THE DISCIPLINE «THEORY AND PRACTICE OF COMMUNICATION» BY FUTURE PHILOSOPHERS

The article emphasizes that communication is one of the most important means that a person needs to transform the environment and interact in it; the definition of this phenomenon in the scientific literature is not unambiguous, but since one of the aspects of the professional activity of future philosophers will be teaching, in the course of studying the course «Theory and Practice of Communication» it is necessary to know the peculiarities of pedagogical communication and its importance for the organization of the educational process. The discipline «Theory and Practice of Communications» at Poltava V. G. Korolenko National Pedagogical University is taught to students of the second (master’s) level of higher education, specialty 033 Philosophy; the subject of this discipline is the general theoretical and practical foundations of communication theory, basic concepts, methods of analysis and tools of communication processes, features of practical application of mass communication technologies in the socio-political sphere of society and information relations. The skills of scientific communication, in particular in the formation of the scientific competence of future philosophers, are defined as the ability to present thoughts and scientific ideas by verbal means of communication and in writing. Given the current processes of development of Internet technologies and virtual reality, the attention of students is drawn to the importance of social networks for communication, and dissemination of various content of everyday, political, private, and other aspects. In the course of studying the course, master’s students majoring in Philosophy should be taught the importance of developing alternative and additional communication, in particular, that social interaction is impossible without communication as a social activity. Therefore, the practical aspect of using such means of communication is extremely relevant. Future philosophers should master the key categories of the course «Theory and Practice of Communication» (the concept of communication skills, personal communication skills, communication barriers, speech culture, etc.) It is concluded that the professional communication of a philosopher is a crucial component of his/her professional and personal development and one of the ways of forming the professional identity of a Master of Philosophy, which is provided by a number of opportunities that have been created at the Poltava V. G. Korolenko National Pedagogical University.

THE EFFECT of The PROBLEM BASED LEARNING (PBL) MODEL on STUDENTS’ SCIENCE LITERACY SKILLS on INDONESIA’S ECOLOGY and BIODIVERSITY MATERIALS

Background: Science literacy is the capacity to use clinical information to pick out troubles and draw conclusions based totally on proof so that you can understand and make selections approximately nature and modifications made to nature via human activities. Based on PISA data and preliminary study data, the literacy of science competencies of Indonesian students is still low. One of the learnings that has a positive influence on science literacy is problem-based learning (PBL). Methods: This study applied the Quasi Experiment method with the Nonequivalent Control Group Design. This research was conducted at SMPN 1 Gunung Talang, Solok Regency, West Sumatra in class VII in the 2023/2024 school year. Results: The average value of the experimental class is higher than the average of the control class on the posttest data. The hypothesis test results show that t'count 3.372 is greater than t'table 2.008, so H0 is rejected and H1 is accepted. Conclusion: The application of the Problem Based Learning (PBL) model affects the science literacy skills of students in Indonesian Ecology and Biodiversity material.

Desafíos y competencias docentes en el abordaje de educación inclusiva en Colombia

Introduction: In the contemporary context, inclusive education has acquired significant relevance at a global level, seeking to guarantee access to an excellent education for each student, regardless of their abilities, and promoting an inclusive and diverse environment in educational establishments. Objetive: The central purpose of this review article is to expose some public policies, the use of technology in educational processes, approaches, strategies and methodologies used by teachers to promote inclusive education in Colombia. Method: A methodology based on the interpretive paradigm with a qualitative approach was applied. An exhaustive review of recent literature related to inclusive education was carried out and data recording sheets were used as an instrument for collecting information. Results: Among the findings, the importance of teacher training and interprofessional collaboration stands out to guarantee an inclusive education adapted to the demands of students with disabilities. Conclusion: It is concluded that the strengthening of pedagogical, technological, scientific and ethical competencies in teachers is essential to implement inclusive strategies and promote a respectful and equitable educational environment.

Extended Learning through After-School Programs: Supporting Disadvantaged Students and Promoting Social Sustainability

After-school programs in Romania are not mandatory, and most of the time, they are funded by parents. In Romania, over 41.5% of students come from disadvantaged families that cannot afford to finance after-school activities. In recent years, there have been only a few free after-school programs for disadvantaged students. Our study aimed to measure the impact of such an after-school program, which mostly uses alternative teaching methods, on several aspects of learning improvement at the level of disadvantaged students in primary and secondary education. The research results revealed a significant improvement in the education of children after they participated in after-school programs for a large range of learning results. Among the intervention actions, mathematical competencies, basic competencies in science and technology, and digital competencies were identified as the main predictors of high learning performance. The results also revealed that a longer length of such programs had a positive effect on educational performance and the socio-emotional development of disadvantaged students. It was also shown that the impact of intervention is more pronounced in the case of young students and adults who followed the “Second Chance” programs. The results support the effectiveness and importance of such projects in promoting holistic and sustainable education and in providing valuable information to decision-makers regarding the impact of after-school programs on the education of disadvantaged people to improve social sustainability.

Analisis Kualitas Instrumen Penilaian Berbasis Kelas untuk Mengukur Kompetensi Literasi Sains Peserta Didik SMA pada Materi Energi Terbarukan

The aim of this research is to analyze the quality of class-based instruments in the domains of knowledge, attitudes and skills to measure scientific literacy competency. This research uses a limited ADDIE research design consisting of Analyze, Design and Development stages. Data was collected using test and questionnaire methods. This research was tested on 30 Unesa Physics Education Study Program students. Theoretical validity results show that the assessment instrument prepared meets the valid category. The theoretical validity results were obtained from validation by 3 expert validators, namely 2 Unesa Physics Education lecturers and 1 MBI Amanatul Ummah Pacet Mojokerto teacher. Empirical validity was obtained from testing the assessment instrument on 30 active Unesa Physics Education students with a total of 15 questions. Then, the question item was declared valid with an rcount of 0.922 and an rtable of 0.361.

TECHNOLOGY OF FORMATION OF SCIENCE COMPETENCES IN STUDENTS WITH DISABILITIES: A CASE STUDY IN NATURAL SCIENCES

This article explores the application of technology to foster science competences in students with disabilities, particularly within the natural sciences. By integrating adaptive pedagogical approaches, technological tools, and assistive technologies, this study highlights the importance of inclusivity in science education. It provides insights into practical strategies for improving science competence, emphasizing accessibility and personalized learning experiences. The article focuses on understanding the barriers faced by students with disabilities in natural sciences and suggests solutions based on empirical evidence.

Fostering scientific reasoning competencies: investigating impacts of cross- and within-content area experimentation using the competency triad

ABSTRACT Educational standards and science education research suggest that experiments can be used to foster scientific reasoning competencies. So far, little is known about whether to sequence experiments from one or multiple content areas for this purpose. Therefore, we compared two sequences in an experimental study to investigate the influence of content areas of experiments on competencies’ development: Based on the same underlying structure, the first, homogeneous sequence includes four kinetics experiments. The second, heterogeneous sequence involves experiments from kinetics, thermodynamics, and redox chemistry. A total of 97 students participating in undergraduate chemistry lab courses were randomly assigned to one of the sequences. The changes in competencies within the sequences were compared based on the ‘competency triad’ differentiating between underlying knowledge (dispositions), the use of this knowledge (processes), and the quality of the resulting investigations (products). The results show that both sequences are comparably suitable to foster scientific reasoning competencies. However, in the post-experiments, we found a tendency of increased inadequate or irrelevant content-related reasoning by bringing in and conflating concepts from previous experiments such as activation energy or the chemical equilibrium (in particular Le Chatelier's principle). We discuss these findings concerning the consequences of sequencing experiments for fostering scientific reasoning.

Structural and functional models to formate natural and scientific competence in future physics teachers as the basis of fundamental training

Structural and functional models to formate natural and scientific competence in future physics teachers as the basis of fundamental training

Arabic as a Compulsory Language in Pesantren

This study aims to explain Arabic language learning as a compulsory communication language in pesantren. Arabic has a central role in daily activities in pesantren, both in the learning process and in social interactions between students. This research uses a qualitative approach with a case study type, which involves observation and interviews. The object in this research is intensive female students of University of Al-Amien Prenduan. The results showed that University of Al-Amien Prenduan campus is a campus that creates a foreign language environment. Arabic language learning does not only occur formally but also occurs non-formally through language programs. In addition, the support of a conducive environment and intensive language practice also accelerate the mastery of Arabic by the students. Thus, Arabic becomes an essential communication tool in shaping the character and increasing the scientific competence of santri in pesantren. This study concludes that learning Arabic as a compulsory communication language in pesantren is very effective in improving the language skills and religious understanding of santri.

Re-visioning Zimbabwe’s Science, Technology, Engineering and Mathematics for Secondary Schools through the Science Teacher Education Programme

The study highlights the necessity of developing innovation, creativity, and scientific competencies among Zimbabwean secondary school learners for their future social and economic engagement and participation. It explored the government’s efforts to enhance access to STEM education through the Science Teaching Education Programme (STEP) for secondary schools. Five STEM lecturers and ten STEM student teachers were purposefully selected to participate in the study. Focus group discussions with respect to student teachers, in-depth interviews with lecturers and on-site observation of the infrastructure were the data collection instruments. The research, employing a phenomenological framework, identified challenges such as resource constraints, inadequate infrastructure, and lecturer turnover as factors threatening the successful implementation of the programme. The study recommended that the government and other educational stakeholders provide additional support and resources for STEM lecturers, such as professional development opportunities, mentorship programmes, and access to cutting-edge technology and tools to produce teachers who can make a difference through the STEP programme. Thus, the study expands knowledge on discourses regarding growing challenges related to the effective institutional provision of STEM education in Zimbabwe. Keywords: College of Education, Science Teaching Education Programme (STEP), Science, Technology, Engineering and Mathematics (STEM), Secondary Schools, Student Teachers, Technology

Using Design-Based Research to Develop the Learning Outcomes of a Curriculum-Based Environmental Citizen Science Project

The Intertidal Monitoring Project (IMP) is a local, curriculum-based citizen science project intentionally designed to support the development of science competencies in elementary students. The focus of the IMP is the Research Days, where students follow an established scientific protocol to collect monitoring data on an introduced species of clam in British Columbia, Canada. The IMP represents a unique program to study because the school district funds transportation and programming costs so that all grade five students can engage in authentic place-based scientific research. A design-based research (DBR) approach was used to develop and refine the IMP activities between 2014 and 2023. This research is focused on a DBR Evaluation/Reflection phase that qualitatively assessed learning outcomes during the beta testing of a supplementary classroom activity. Student- and teacher-generated data were collected to understand the process of a class “coming to know” science and its community of practice during the IMP activities. This included student learning artefacts and a teacher interview. The findings show that participation in IMP activities: i) fostered the development of science competencies in a grade five learning community; ii) did not promote science identities; and indicated that iii) the Nature of Science (NOS) required more explicit instruction. Student-teacher-scientist partnerships (STSPs) emerged as a critical design element of curriculum-based citizen science.

The Development of Raya-In: Learning Media Based on Smart Apps Creator to Improve Primary School Social Science Learning

Technology-based learning media in social science are not readily available in primary schools. Meanwhile, learning media, especially technology-based, supports social science competencies for primary school students. This study aimed to develop learning media, named Raya-In (Ragam Budaya Indonesia), based on Smart Apps Creator to improve the social science learning of fourth-grade students in SDN Kangkung 01 within the Indonesian cultural diversity theme. This study used the Borg and Gall model design, which consisted of 8 stages: potential and problem analysis, data collection, product design, product validation, revision, small-scale trial, large-scale trial, and final product. The study involved media experts and content experts to validate the media. The subjects were fourth-grade students of SDN Kangkung 1 (n=39). Data was collected by observation, interview, pretest, questionnaire, documentation, and posttest. The final result showed that Raya-In passed the media and content experts' evaluation and revision processes. The media and content experts gave high scores in the qualified category. The Pretest, posttest, T-test, and N-gain tests showed that Raya-In supported social science learning. The study aligned with learning in the current era, using technology-based media. Raya-In development based on Smart Apps Creator was validated to support social science learning in primary school.