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Abdul Rohman; Siti Muhtamiroh; Ali Imron; Noor Miyono – Cogent Education, 2023
The dichotomy of education still exists in the last decade in Indonesia; meanwhile, education must prepare ideal human beings for the nation's future. This study aims to explore and examine the improvement of Madrasas by integrating traditionalism-modernism in Indonesia to produce competitive graduates. Through document reviews, interviews,…
Descriptors: Competition, Outcomes of Education, Religious Schools, Islam
Fan Chen; Gaowei Chen – Science & Education, 2025
Collaborative inquiry is an instructional approach that encourages student groups to engage in scientific inquiry processes, thereby enhancing their critical thinking and exploratory skills. The effective classroom implementation of this method requires ensuring student engagement in each inquiry stage, where technological tools and activity…
Descriptors: Technology Uses in Education, Elementary Secondary Education, Cooperative Learning, Science Education
Davis, Brent – Journal of Curriculum Studies, 2018
Current landscapes of curriculum discourse and educational practice are examined by focusing on co-evolutions of metaphors for knowledge, learning and teaching across four prominent 'frames'--namely, Standardized Education, Authentic Education, Democratic Citizenship Education and Systemic Sustainability Education. It is argued that these frames…
Descriptors: Discourse Analysis, Citizenship Education, Sustainability, Figurative Language
Routman, Regie – Stenhouse Publishers, 2018
How do we ensure that all students are engaged each day in meaningful, challenging, and joyful work and have equal opportunity to learn? That is the central question Regie Routman addresses in "Literacy Essentials: Engagement, Excellence, and Equity for All Learners." Her response is that such an outcome is only possible within a culture…
Descriptors: Learner Engagement, Educational Quality, Equal Education, Student Empowerment
Developing Mathematical Knowledge and Skills through the Awareness Approach of Teaching and Learning
Cherif, Abour H.; Gialamas, Stefanos; Stamati, Angeliki – Journal of Education and Practice, 2017
Every object we think of or encounter, whether a natural or human-made, has a regular or irregular shape. In its own intrinsic conceptual design, it has elements of mathematics, science, engineering, and arts, etc., which are part of the object's geometric shape, form and structure. Geometry is not only an important part of mathematics, but it is…
Descriptors: Mathematics Education, Mathematics Skills, Skill Development, Mathematics Instruction
Noss, Richard; Poulovassilis, Alexandra; Geraniou, Eirini; Gutierrez-Santos, Sergio; Hoyles, Celia; Kahn, Ken; Magoulas, George D.; Mavrikis, Manolis – Computers & Education, 2012
This paper charts the design and application of a system to support 11-14 year old students' learning of algebraic generalisation, presenting students with the means to develop their understanding of the meaning of generality, see its power for mathematics and develop algebraic ways of thinking. We focus squarely on design, while taking account of…
Descriptors: Discovery Learning, Algebra, Cognitive Processes, Design
Rukavina, Paul B.; Jeansonne, Jennifer J. – Journal of Physical Education, Recreation & Dance (JOPERD), 2009
K-12 students enter physical education with many naive conceptions or misconceptions of how motor skills are acquired. One goal of physical education is to teach concepts that will help students learn and perform motor skills, but many practitioners don't know how to provide experiences that will teach students to apply their knowledge…
Descriptors: Elementary Secondary Education, National Standards, Misconceptions, Lesson Plans
Gelzheiser, Lynn M. – 1986
This report discusses four different types of instruction which enable learning disabled or low achieving students to learn well enough to transfer the skill to a novel situation. After asserting that generalization depends on systematic instruction, the paper describes the four procedures: (1) teacher-directed generalization; (2) direct…
Descriptors: Discovery Learning, Elementary Secondary Education, Generalization, Learning Disabilities

Murray, Jenny – Australian Mathematics Teacher, 1984
A plea is made that mathematics should be taught the way that mathematicians do it, using an exploratory approach rather than rule learning. (MNS)
Descriptors: Discovery Learning, Educational Philosophy, Elementary Secondary Education, Mathematics Education

Regelski, Thomas A. – Music Educators Journal, 1983
Action learning seeks to develop an active, positive attitude toward the personal benefits of musical involvement and places learners' goals and intentions at the center of teaching. But, because action learning uses activities, it can easily be confused with the activities approach. Any similarities, however, are superficial. (RM)
Descriptors: Discovery Learning, Educational Objectives, Elementary Secondary Education, Experiential Learning

Keegan, Mark – School Science and Mathematics, 1995
Describes physiological, affective, and cognitive mechanisms by which didactic and discovery methods appear to work, as revealed by research literature. The optimal instructional method depends on the instructional objective, the educator's skills, and the nature of the students. Suggests more use of discovery methods. (69 references) (Author/MKR)
Descriptors: Didacticism, Discovery Learning, Discovery Processes, Elementary Secondary Education

Herrick, Michael J. – Clearing House, 1978
Attempts to synthesize various logical, psychological, and educational ideas to provide a useful guide for the classroom teacher to follow in using discovery curriculum. Outlines the discovery technique in six steps. (Author/RK)
Descriptors: Discovery Learning, Discovery Processes, Elementary Secondary Education, Illustrations
Agee, Eugene E.; Agee, Beverly M. – Instructor, 1984
Children learn while they travel when they take a portable study kit with them. The suggested travel tote requires children to keep a daily journal, trace the trip on a map, and collect souvenirs. Examples are offered of this multidisciplinary approach that helps children learn outside the school. (DF)
Descriptors: Basic Skills, Discovery Learning, Elementary Secondary Education, Geography
Fielker, David S. – Mathematics Teaching, 1981
The process of investigating some of the properties of diagonals and other geometric concepts with a group of 11-year-old girls is presented. Possible changes that could have been made in the lesson are discussed, and examples of individual student work are provided. (MP)
Descriptors: Discovery Learning, Elementary Secondary Education, Geometric Concepts, Geometry

Bibens, Robert F. – Theory into Practice, 1980
The inquiry approach to learning is based on three phases. The exploratory phase encourages students to investigate a particular topic; the invention phase asks students to consider what they have learned; the final phase assists students in discovering the inadequacies of their inventions. (JN)
Descriptors: Creative Thinking, Discovery Learning, Discovery Processes, Elementary Secondary Education