Author(s):  
Steven W. Schmidt ◽  
Jeremy Dickerson ◽  
Eric Kisling

It is generally accepted that there are differences in the way children and adults learn. Pedagogical philosophies and practices about classroom instruction, activities, and the roles of both the educator and learner are typically associated with primary and secondary education. The concept of andragogy, however, deals with the art and science of the adult learner. The andragogical classroom looks quite different than the pedagogical, and features more student-centered instruction, self-directed learning, and emphasis on the needs of the individual learner. Many adult learners are familiar with the pedagogical approaches used in primary and secondary education. Those learners may find principles of pedagogy employed in higher education as well, which may not be effective. Is a pedagogical approach appropriate in higher education? What role does content play in pedagogical versus andragogical decisions? Most importantly, what approach results in student learning? Using the information technology classroom as an example, pedagogical and andragogical approaches to instruction are compared, and strategies for transitioning from pedagogical to andragogical approaches are illustrated. An empirical research study on preferred ways of learning is also included in this chapter. While the examples discussed in this chapter relate to the information technology classroom, the material presented is applicable in a variety of learning situations.


Author(s):  
Nadiia Ponomareva

As a result of the analysis of domestic and foreign standards of key competencies, basic and complete secondary education, teachers’ training (in particular, mathematics teachers’ training) and information technology specialists training, the system of informatics competencies of a mathematics teacher, developed by Yu. S. Ramskyi, was updated in terms of the structure, content and indicators of competencies formation. It has been found out that the formation of the informatics competencies of a mathematics teacher begins with basic informatics competencies, the further development of which occurs primarily in the competencies in system administration, web technologies, programming and systems analysis.


2020 ◽  
pp. 138-159
Author(s):  
Goiatz Aramendi Lekuona ◽  
Pello Aramendi Jauregi

The research presented below aims to describe and analyse the teaching strategies and supports obtained by teachers in the province of Gipuzkoa who sit competitive examinations to access the teaching civil service in Infant, Primary and Secondary Education. This study opted for a sequential explanatory design with 469 candidates. Teachers who have passed the official examinations placed special emphasis on the first test (theoretical part and practical exercise), took into account the criteria of evaluation of the examinations and prioritised issues such as attention to diversity, evaluation, the competence of learning to learn, self-regulation of learning and the design of teaching units. In addition, they received valuable help from relatives, people linked to teaching with whom they have a close relationship, and work colleagues.


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