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Boyd M. Goodson; Qingfeng Ge; Lichang Wang – Journal of Chemical Education, 2023
Over the past 20 years, significant effort has been devoted to advancing the modular approach to teaching chemistry laboratory courses. The development and implementation of two modules are presented here for teaching a second-semester physical chemistry laboratory course using the modular approach: an inquiry-based module concerning proteins and…
Descriptors: Curriculum Development, Curriculum Implementation, Inquiry, Active Learning
Pastushkova, Marina A.; Savateeva, Oxana V.; Trotsenko, Alla A.; Savateev, Dmitry A. – European Journal of Contemporary Education, 2019
The article presents comparative analysis of modular training as a teaching tool against traditional methods and techniques in educational institutions, particularly in higher education. Being one of the forms of interactive learning, modular training ensures efficient intermutual development of all members of educational process. It increases…
Descriptors: Learning Modules, First Aid, Interaction, Safety Education
Butterfield, Anthony E.; Branch, Kyle; Trujillo, Edward – Chemical Engineering Education, 2015
To incorporate active and collaborative teaching methods early in our curriculum, we have developed a freshman design laboratory. The course introduces numerous core concepts and lab skills, by way of seven teaching modules, including spectrometer construction and a collaborative project with seniors. Survey data show students enjoyed and learned…
Descriptors: College Freshmen, Design, Teaching Methods, Scientific Concepts
Eichler, Jack F.; Peeples, Junelyn – Chemistry Education Research and Practice, 2016
In the face of mounting evidence revealing active learning approaches result in improved student learning outcomes compared to traditional passive lecturing, there is a growing need to change the way instructors teach large introductory science courses. However, a large proportion of STEM faculty continues to use traditional instructor-centered…
Descriptors: Chemistry, Large Group Instruction, Teaching Methods, Barriers
Naidoo, Premella Devie; Vithal, Renuka – African Journal of Research in Mathematics, Science and Technology Education, 2014
Recognition of the critical role of indigenous knowledge systems (IKS) in science in the new South African national curriculum for schools affirms the importance of IKS, particularly in the natural, physical and life sciences, as they are included in its policy. This paper explores the question of how teachers implement IKS in their science…
Descriptors: Indigenous Knowledge, Teaching Methods, Science Instruction, Curriculum Implementation
Charlton-Perez, Andrew James – Journal of Geoscience Education, 2013
Problem-Based Learning, despite recent controversies about its effectiveness, is used extensively as a teaching method throughout higher education. In meteorology, there has been little attempt to incorporate Problem-Based Learning techniques into the curriculum. Motivated by a desire to enhance the reflective engagement of students within a…
Descriptors: Meteorology, Problem Based Learning, Teaching Methods, Learning Activities
Handlin, Amy – American Journal of Business Education, 2012
This paper describes an ethics module developed by the author to engage marketing research students during the fall semester, when they are bombarded by political polls. The module matches ethically questionable polling practices to similarly troubling practices in marketing research. The goals are to show that ethical principles are not topic- or…
Descriptors: Marketing, Ethics, Scientific Research, Teaching Methods
Visser, Talitha C.; Coenders, Fer G. M.; Terlouw, Cees; Pieters, Jules M. – Journal of Science Teacher Education, 2010
Teachers involved in the implementation of a curriculum innovation can be prepared for this task through a professional development program. In this paper, we describe essential characteristics (identified empirically and theoretically) for such a professional development program that promotes the acquisition of competences by these teachers. The…
Descriptors: Educational Innovation, Curriculum Implementation, Physical Geography, Science Teachers
Pedersen, Susan; Arslanyilmaz, Abdurrahman; Williams, Douglas – Educational Technology Research and Development, 2009
Teachers' implementation of a problem-based learning (PBL) program was examined to determine both how they assessed student learning and their reasons for these assessment practices. Ten 6th grade science teachers used Alien Rescue, a computer-based PBL module, with their students for approximately three weeks. Interviews, observations, and…
Descriptors: Problem Based Learning, Learning Modules, Science Teachers, Grade 6
Efthimiadis-Keith, H. – South African Journal of Higher Education, 2007
This article focuses on student leadership and transformation because of the belief that a) students have a tremendous influence on the academic leadership of an institution, and b) students themselves form part of this academic leadership--whether they are formally recognized for it or not--and can transform it in significant ways. The article…
Descriptors: Student Leadership, Teaching Methods, Daily Living Skills, Foreign Countries
Ringwood, J. V.; Monaghan, K.; Maloco, J. – European Journal of Engineering Education, 2005
This paper examines a particular methodology of teaching engineering design to undergraduate engineering students, which relies on Lego[R] Mindstorms[TM]. A number of important issues are addressed, including the timing of the design module within the programme, prior knowledge required and assessment components. The module, which has been running…
Descriptors: Engineering Education, Engineering, Design Crafts, Undergraduate Students
Kumar, Muthu; Kogut, Galyna – Teacher Development, 2006
Problem-based learning has in recent times aroused keen curiosity due to its pedagogical orientation of facilitating students' active construction of knowledge. As a curriculum model it is designed based upon the solving of either simulated or real-life problems that generally tend to be ill-structured and open-ended. In such a model students are…
Descriptors: Feedback (Response), Student Attitudes, Problem Based Learning, Learning Modules

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