Facilitating Discovery: Student-Centered Teaching Strategies in the Technique Class

1997 ◽  
Vol 68 (1) ◽  
pp. 36-38 ◽  
Author(s):  
Toby Hankin
2021 ◽  
Vol 11 (2) ◽  
pp. 233
Author(s):  
Haibin Sun ◽  
Tingting Liu

The COVID-19 pandemic has had a serious impact on education at all levels and types, and the education system, including colleges and universities, has been forced to respond by a sudden shift to online teaching. Successful online teaching requires careful thinking, planning, and technical and human support from teachers. Based on the reflection on the offline classroom teaching of theoretical mechanics for many years and the online teaching practice of first half of 2020, the author summarizes effective strategies for implementing online teaching of theoretical mechanics. We prepared the theoretical mechanical lessons through a “student-centered” approach, such as preparing teaching materials, students and teaching methods. These teaching strategies include (i) Adopting live-stream teaching as the main teaching method, (ii) Applying electronic blackboard to online deductions, (iii) Linking theory to practice for better understanding of knowledge, (iv) Integrating curriculum content in ideological and moral education, (v) Conducting formative assessment to supervise and motivate online learning. The implementation of these online teaching strategies has effectively promoted the development of students' independent learning ability.


2020 ◽  
Vol 5 (4) ◽  
Author(s):  
Noreldaim Elkhidir

Objective: The aim of this study is to explore the diversity of teaching strategies in biological education and expected results on acquisition of knowledge and fulfillment of learning outcomes in an attempt to identify which strategies work best with biology students. Methods: Three databases and search engines were used: Scopus, Google Scholars and Web of Science. Results: The teaching of biological sciences is experiencing evident transformations towards student-centered learning. As educational goals are being modernized in biology at present times. The more computer modelling, simulations and problem-based learning become part of the teaching strategy, the teaching of biology becomes more learner-centered to enhance learners’ critical thinking on complex biological processes.


Author(s):  
Irina Lyublinskaya ◽  
Xiaoxue Du

This chapter describes pedagogical practices and teaching strategies with instructional technology used in an online summer course with preservice K-12 teachers. The course provided preservice teachers (PSTs) with experiences in using technology in K-12 classrooms from both students' and teachers' perspectives, engaged PSTs in active explorations of various K-12 curriculum topics using technology that could enhance high-impact teaching strategies, and supported PSTs in development of virtual lessons using instructional technology. The study identified effective practices with instructional technology to support preservice teachers' development of Technological Pedagogical Content Knowledge (TPACK) for their own online teaching. Study findings suggest that online immersive experience created a virtual student-centered space to nurture collaborative inquiry and that contributed to the growth of PST's TPACK. However, this experience also brought challenges and concerns for sustaining and transforming teaching and learning with instructional technology to an online environment.


2020 ◽  
Author(s):  
Emmanuel Eze

Abstract The perpetual decline of students’ performance in WASSCE Geography is an utmost concern, given the present advantages and prospects of the study of Geography. This study undertakes a qualitative analysis of all WAEC Chief examiners’ report from 2008 to 2018 to extract vital information on why Nigerian students perform poorly in Geography, using the grounded theory methodology. RQDA was used for data analyses. Poor map work, inadequate preparation and scanty explanation of points were identified. Ideal Geography teachers ought to be multiplied in schools, with provision of relevant and current instructional resources, and the application of student-centered teaching strategies.


Author(s):  
Benjamin Zibers ◽  
Judi Simmons Estes

Use of virtual reality (VR) has increased in higher education in recent years and is projected to continue to increase. At the same time, there is a growing emphasis for institutions of higher education to re-envision learning spaces and teaching strategies that are student-centered rather than faculty centered. Use of VR, by faculty, requires a new pedagogy of teaching as well as a willingness to explore the use of an unknown technology in delivering curriculum. Having access to a technology lab that uses VR can be a welcomed support for faculty. VR can be expensive and creating a VR lab may not seem doable in settings other than large, well-funded universities. This chapter describes a technology lab that was established at a small Midwest liberal arts university, funded by a student technology fee and created by a student-led technology committee.


Author(s):  
Catherine C. Schifter

Distance education is not new to higher education. Correspondence courses have served students since the 19th century. What is different today is the use of interactive computer-mediated communication systems for distance education (DE). Indeed, DE is present in all levels of higher education, and the decision to offer DE is often an administrative one without faculty consultation. A successful DE program needs faculty participation. To teach in a DE program, faculty need to reconsider the teaching and learning process, and to modify their teaching methods to adopt interactive computer-mediated communication and teaching strategies that take advantage of the resources afforded by technologymediated pedagogy, and to be more student centered (Beaudoin, 1998). This shift in roles means that successful teaching skills for DE are different from those required in face-to-face teaching (Hackman & Walker, 1990); however, faculty training programs tend to focus on to how to use the computers or software, not on how to teach in DE environments (Merkley, Bozik & Oakland, 1997). Given that DE is not a common concept for most faculty and they will need to learn how to teach in the DE environment, there are two questions for DE administrators to answer. First, what motivates faculty to embrace this new teaching environment and to change their teaching strategies? And second, what assistance, incentives and compensation policies support faculty in this educational transformation?


Author(s):  
Jared Keengwe ◽  
Grace Onchwari

We are moving toward a future in which computing is becoming more ubiquitous and there is evidence that technology is changing the way instructors conduct their instruction. Even so, few instructors are integrating technology into their instruction in ways that can support meaningful learning. Those who are usually successful in teaching with technology are those who constantly strive to facilitate student-centered learning environments that support and improve the depth and scope of student learning (Cuban 2001; Ertmer, 1999). Further, they are likely to have experienced shifts in their learning paradigms and embraced constructivist teaching styles. This chapter explores the relationship between constructivism, technology, and meaningful learning and provides suggestions to help instructors translate constructivist methodologies into their own realities in teaching. In other words, this chapter seeks to explore constructivist teaching strategies that could benefit student learning in ways that are different from those practiced in traditional, non-technological classrooms.


Author(s):  
Rocio Benabentos ◽  
Zahra Hazari ◽  
Jennifer S. Stanford ◽  
Geoff Potvin ◽  
Pat Marsteller ◽  
...  

1975 ◽  
Vol 23 (1) ◽  
pp. 14-22 ◽  
Author(s):  
David J. Marchand

The purpose of this project was to: (1) study whether expressive performance could be learned; (2) determine which of two instructional methods, entitled Discovery and Expository, would result in greater expressive performance achievement; and (3) determine what effect music experience had upon such achievement. Secondarily, the study also determined what effect the treatments had upon the variables of aural achievement, knowledge of music facts, and vocal skills. Subjects were college-age nonmusic majors in a music fundamentals program. Three course sections of approximately 30 each allowed comparison of the two noted treatments with a control. Results indicated that: (1) expressive perfcrmance can be learned; (2) technical skills might also be enhanced when expression is emphasized as a learning; (3) the two treatments had similar effects upon aural achievement, knowledge of music facts, and vocal skills; and (4) subjects with higher amounts of experience benefited from the more straightforward, teacher-oriented approach, whereas subjects with less experience benefited from the student-centered, Discovery teaching strategies.


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