Pedagogical Approaches for the 21st Century Student-Driven Learning in STEM Classrooms

Author(s):  
Sema A. Kalaian

The aim of this chapter is to present a conceptual and practical overview of a variety of innovative student-centered face-to-face and online pedagogical approaches for the 21st century classrooms including science, technology, engineering, and mathematics (STEM) classrooms. Various alternative innovative forms of small-group learning and online teaching/learning methods have been developed and implemented worldwide to replace or supplement the traditional lecture-based instruction. Online teaching/learning, cooperative learning, collaborative learning, problem-based learning, and team-based learning are examples of such innovative reform-based collaborative student driven pedagogies that are covered. We conclude that these innovative 21st strategies make learning in both physical and online classrooms more stimulating and motivating for students, which promote better retention of the course content, minimize dropout rates, and maximize students' learning of the course content.

Author(s):  
Sema A. Kalaian

The aim of this chapter is to present a conceptual and practical overview of online learning pedagogies for the 21st century courses including science, technology, engineering, and mathematics (STEM) courses. Online learning and various alternative innovative forms of online small-group learning have been developed and implemented worldwide to replace or supplement the traditional face-to-face classroom instruction. Online teaching/learning using small-group learning methods such as problem-based learning, cooperative learning, collaborative learning methods, and team-based learning are examples of such innovative reform-based collaborative student-driven pedagogies that are covered in the chapter. These innovative 21st pedagogies make learning in online environments more stimulating, engaging, and motivating for students to deeply and meaningfully learn the course content and maximize their persistence in the web-based online courses.


Author(s):  
Sema A. Kalaian

The aim of this chapter is to present a conceptual and practical overview of online learning pedagogies for the 21st century courses including science, technology, engineering, and mathematics (STEM) courses. Online learning and various alternative innovative forms of online small-group learning have been developed and implemented worldwide to replace or supplement the traditional face-to-face classroom instruction. Online teaching/learning using small-group learning methods such as problem-based learning, cooperative learning, collaborative learning methods, and team-based learning are examples of such innovative reform-based collaborative student-driven pedagogies that are covered in the chapter. These innovative 21st pedagogies make learning in online environments more stimulating, engaging, and motivating for students to deeply and meaningfully learn the course content and maximize their persistence in the web-based online courses.


Author(s):  
A. Juan ◽  
J. Faulin ◽  
P. Fonseca ◽  
C. Steegmann ◽  
L. Pla ◽  
...  

This chapter presents a case study of online teaching in Statistics and Operations Research (OR) at the Open University of Catalonia (UOC). UOC is a purely online university with headquarters in Barcelona, Spain, with students from many countries. As common to most math-related knowledge areas, teaching and learning Statistics and OR present difficult challenges in traditional higher education. These issues are exacerbated in online environments where face-to-face interactions between students and instructors as well as among students themselves are limited or non-existent. Despite these difficulties, as evidenced in the global growth of online course offerings, Web-based instruction offers comparative benefits to traditional face-to-face instruction. While there exists a plethora of literature covering experiences and best practices in traditional face-to-face instruction in mathematics, there is a lack of research describing long-term successful experiences in Statistics and OR online courses. Based on the authors’ experiences during the last decade, this chapter aims to share some insights on how to design and develop successful online courses in these knowledge areas.


Author(s):  
Karen Manning ◽  
Lily Wong ◽  
Arthur Tatnall

Most universities make use of e-learning facilities to manage and deliver on-line learning. Many universities have adopted an approach to teaching and the delivery of course content that combines traditional face-to-face delivery with online teaching resources: a blended learning approach. Many factors act to determine how online learning is adopted, accepted, and the balance between online and face-to-face delivery is formed. In this paper, the authors suggest that educational technology adoption decisions are made at three levels: strategic decisions are made by the university to implement a particular package, and then individual academics made adoption decisions regarding those aspects of the package they will use in their teaching and how they will use them. They also make a decision on the balance they will have between on-line and face-to-face teaching. This article questions how decisions are made to adopt one e-learning package rather than another. The authors then examine how individual academics relate to this technology once it is adopted and make use of it to deliver some or all of their teaching and determine the appropriate blend.


2021 ◽  
Vol 11 (9) ◽  
pp. 466
Author(s):  
Rasoul Khandan ◽  
Lucas Shannon

Lean thinking is a methodology employed initially by manufacturing organizations such as Toyota and New Balance that aims to increase customer value whilst also maintaining a low level of waste. The Lean thinking tools and techniques employed in the manufacturing sector can also be transferred to other sectors and significantly improve the service or product, such as public sector organizations or Higher Education Institutions (HEI). In the current education climate, due to the pandemic (SARS-CoV-2, COVID-19), the majority of HEIs have moved to an online or hybrid teaching and learning environment. This has developed the principle that Lean thinking can be deployed in educational methods and techniques to greatly increase the level of student engagement and the efficiency of learning. The following study outlines the key waste sources found in three types of teaching–learning environments (face to face, online and hybrid) and provides practical implications to counter the non-value-added issues. The data for this study were gathered through a questionnaire from final year undergraduate engineering students. The results indicate that online teaching had the greatest effect on student engagement, based on the identification and weighted values of non-value-added issues. The study highlights the key Lean wastes within online, hybrid and face to face teaching, and provides key examples within the stated Lean waste to provide solutions to improve student engagement.


Author(s):  
Desi Puspitasari

In recent years, blended learning has been utilizing in a variety of contexts. It emerges as one of the most popular pedagogical approaches which integrate face-to-face classes with the virtual learning environment. It offers learners considerable resources and materials. Many researchers have reported on it since it thrived. It offers learners flexibility. It also gives the learners choices about when and where they learn and participate in online learning. Therefore, it is used for teaching and training worldwide since many researchers found it an effective way to be used in the teaching-learning process. It is believed to enhance learners' understanding of learning a foreign language. Some researchers also found that blended learning affects learners' self-efficacy stronger than the other instructional modes. This study employed qualitative research. It was used to determine how blended learning was applied in a class to boost learners' self-efficacy. In conclusion, the developments of technology recently encourage educators to apply a blended learning environment in the classroom. One of the important things is how it should be implemented to help the learners develop their self-efficacy and achieve their academic goals.


Author(s):  
Ionela Roxana Urea

This study, conducted over 2 years (2019–2020), aimed to highlight how teachers’ communication style influences the learning style of high school students. We used research methods of the S.C. Questionnaire (communication analysis), a questionnaire to identify students’ learning styles, and guidance interview structured on 10 items. Both questionnaires were administered according to GDPR rules. We also used IBM Statistical Package for the Social Sciences 25 for statistical data processing. The outcomes of this research are as follows: (a) it allows a better understanding of the teaching–learning process in high school students; (b) it highlights how the teacher’s communication style influences the learning style of high school students, in both face-to-face teaching activities and online teaching–learning activities; and (c) it highlights the methods that facilitate the analysed phenomenon.   Keywords: Teachers’ communication, style, student’s learning style, Influence, High school    


2020 ◽  
pp. 148-156
Author(s):  
Christine Fruin

When supporting instructors in the development of online course materials, librarians frequently encounter questions regarding fair use and other copyright and licensing issues surrounding the delivery of course content in an online classroom or through course management systems that support traditional face-to-face teaching. The fair use statute is the primary law by which use of course materials online is evaluated. However, considerations of contract or license agreements must also be made when using digital or streaming materials. Special considerations exist as well depending on the material type.


1998 ◽  
Vol 8 (3) ◽  
pp. 301-306 ◽  
Author(s):  
Roger Kjelgren ◽  
Larry Rupp

Computer technology allows horticultural educators to convey information more flexibly and visually to a greater audience. However, accessing and making use of technological teaching tools is as much a hurdle as it is an opportunity. HortBase provides the framework for educators in horticulture to easily access and contribute to quality chunks of horticultural educational by computer. Engaging computer-based instruction such as HortBase in distance or on-campus teaching is a three-step process. First, before assembling the teaching material, the educator must decide on who the target audience is and what information to convey. Audiences on campus often have higher expectations of how they want to learn, being accustomed to face-to-face instruction and guidance, but may not have a clear idea of what they want to learn. Off-campus audiences may have lower expectations but generally are more focused on the information they want. Second, the educator then must decide on how much of the information to bring into digital form oneself and what to draw from elsewhere. Chunks of digitized information can be created by scanning existing images into the computer or created on computer with drawing programs. Once digitized, images can be manipulated to achieve a desired look. This is laborious, so much effort can be saved by taking created chunks from HortBase. Finally, choose a medium for dissemination. Course content can be presented with slide-show software that incorporates digitized slides, drawing, animations, and video footage with text. Lectures can then be output to videotape or broadcast via an analog network. Alternatively, the digitized information can be incorporated into interactive packages for CD-ROM or the World Wide Web.


10.28945/4795 ◽  
2021 ◽  
Vol 18 ◽  
pp. 141-159
Author(s):  
Gila Cohen Zilka

Aim/Purpose: This study examined learning during the COVID-19 crisis, as perceived by preservice teachers at the time of their academic studies and their student teaching experience. Background: The COVID-19 crisis is unexpected. On one hand, it disrupted learning in all learning frameworks, on the other, it may create a change in learning characteristics even after the end of the crisis. This study examined the pro-ductive, challenging, and thwarting factors that preservice teachers encountered during their studies and in the course of their student teaching during the COVID-19 period, from the perspective of preservice teachers. Methodology: The study involved 287 students studying at teacher training institutions in Israel. The preservice teachers were studying online, and in addition experienced online teaching of students in schools, guided by their own teacher. The study used a mixed method. The questionnaire included closed and open questions. The data were collected in 2020. Contribution: Identifying the affecting factors may deepen the understanding of online learning/teaching and assist in the optimal implementation of online learning. Findings: Online learning experience. We found that some of the lessons at institutions of higher learning were delivered in the format of online lectures. Many pre-service teachers had difficulty sitting in front of a computer for many hours—“Zoom fatigue.” Preservice teachers who had difficulty self-regulating and self-mobilizing for study, experienced accumulating loads, which caused them feelings of stress and anxiety. The word count indicated that the words that appeared most often were “load” and “stress.” Some preservice teachers wrote that collaborating in forums with others made it easier for them. Some suggested diversifying by digital means, incorporating asynchronous units and illustrative films, and easing up on online lectures, as a substitute for face-to-face lectures. Online teaching experience in schools. The preservice teachers' descriptions show that in lessons taught in the format of lectures and communication of content, there were discipline problems and non-learning. According to the preservice teachers, discipline problems stemmed from difficulties concentrating, physical distance, load, and failure to address the students' difficulties. Recommendations for Practitioners: In choosing schools for student teaching, it is recommended to reach an understanding with the school about the online learning policy and organization. It is important to hold synchronous sessions in small groups of 5 to 10 students. The sessions should focus on the mental wellbeing of the students, and on the acquisition of knowledge and skills. Students should be prepared for participation in asynchronous digital lessons, which should be produced by professionals. It should be remembered that the change of medium from face-to-face to online learning also changes the familiar learning environment for all parties and requires modifying the ways of teaching. Recommendations for Researchers: A change in the learning medium also requires a change in the definition of objectives and goals expected of each party—students, teachers, and parents. All parties must learn to view online learning as a method that enables empowerment and the application of 21st century skills. Impact on Society: Teachers' ability to deploy 21st century skills in an online environment de-pends largely on their experience, knowledge, skills, and attitude toward these skills. Future Research: This study examined the issue from the perspective of preservice teachers. It is recommended to examine it also from the perspective of teachers and students.


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