Didactic Content of Improving Laboratory Classes in Physiology Based on Didactic Provision

Аннотация

This article explores the didactic content of improving laboratory sessions in Physiology based on didactic provision. With laboratory work being a cornerstone of physiology education, the integration of clear instructional design and pedagogical frameworks is critical to improving student engagement and learning outcomes. The research identifies key components of effective didactic provision, including clearly defined learning objectives, alignment with theoretical content, use of active learning strategies, and continuous formative assessment. Through a combination of literature review, curriculum analysis, and pilot implementation in undergraduate physiology courses, this study demonstrates how strategic didactic planning enhances students' conceptual understanding and practical skills. Embedding didactic principles into laboratory session design not only increases the educational value of hands-on experiences but also fosters deeper scientific reasoning and learner autonomy. Thus, recommendations are provided for educators seeking to redesign laboratory instruction in physiology in alignment with modern educational standards. Keywords: Didactic content, laboratory sessions, Physiology education, didactic provision, curriculum development, instructional design, educational strategies, active learning, hands-on learning, student engagement, teaching methodology, learning outcomes, assessment of learning, pedagogical approaches, competency-based education, instructional effectiveness, educational innovation. instructional materials, passive learning formats, and a Introduction: In the realm of biological sciences lack of integration between lectures and lab education, laboratory sessions in physiology play a experiences. crucial role in bridging theoretical knowledge with practical application. However, the effectiveness of Didactic content is the instructional materials, teaching these sessions heavily depends on the basis of quality strategies, and educational content designed to and relevance of their didactic content. In recent years, facilitate learning. More specifically, in the context of there has been a growing recognition of the need to laboratory classes in physiology, didactic content could improve laboratory teaching methods to enhance include: student understanding, engagement, and retention. Lecture notes and presentations This has prompted educators and curriculum designers Lab manuals and protocols to revisit the didactic provisions that underpin laboratory instruction. Multimedia aids (e.g. videos, simulations) Didactic provision refers to the structured set of Worksheets and quizzes instructional strategies, learning materials, and Teaching methods (e.g. guided inquiry, problem-based pedagogical frameworks employed to achieve specific learning) learning outcomes. In physiology, where students must So the phrase "didactic content of improving lab grasp complex systems and dynamic bodily functions, classes" implies: Enhancing what and how students are well-planned laboratory activities are essential for taught in lab sessions using structured educational consolidating theoretical concepts. Yet, many support and resources. institutions face challenges such as outdated International Journal of Pedagogics 236 https://theusajournals.com/index.php/ijp International Journal of Pedagogics (ISSN: 2771-2281) METHOD tailored scaffolding.[5] Currently, in the world and in our country, researchers Merrill, Barclay & van Schaak (2008) gave several ideas are implementing the didactic content of improving about didactic support and according to their beliefs laboratory classes in physiology based on didactic didactic support should enable problem-solving with support into the educational process. Also, during the embedded guidance. Instructional effectiveness is analysis and study of this topic, we have analyzed that maximized when learners engage in problem-centered many scientists studied it differently in their research learning supported by relevant guidance.[6] work. According to Kolb's Experiential Learning Theory According to Baltaeva M, “didactic provision (1984), students learn best when they can directly encompasses all material resources created by humans engage in the learning process, experiencing the and used as tools in the educational process to material hands-on. This applies directly to laboratory facilitate teachers' and students' activities aimed at settings where learners engage in practical achieving the goals of education, upbringing, and experiments or problem-solving tasks. Providing clear development.”[1] instructions, guiding students through problem-solving steps, and giving immediate feedback during lab In laboratory classes, students mainly perform activities.[7] activities based on the knowledge they have acquired from independent lectures, solve problems Recent studies, such as those by Jonassen et al. (2008), independently, and improve their knowledge and skills. emphasiz