scholarly journals English Teaching Based-Strategy LMS Moodle and Google Classroom

2021 ◽  
Vol 6 (1) ◽  
pp. 32-44
Author(s):  
Rizky Prasetya

Teaching English Foreign Language (TEFL) has shifted complex for developing countries, especially Indonesia. Pandemic conditions bound conventional face-to-face teaching. A virtual classroom is another way of implementing the learning and teaching process. The purpose study investigates and describes the selection of English teaching based-strategy LMS Moodle and Google Classroom, particularly the testing and feedback feature. The qualitative research approached grounded theory. The entire data was collected by the questioner using purposeful sampling. The testing teaching strategies LMS Moodle discovered multiple-choice, short answer, essay, true/false statement, and missing word. Even though testing teaching strategies, Google Classroom was found multiple-choice, short answer, and essay. The selection of assessments is one of the benchmarks for English lecturers' readiness to teach using Moodle and Google classroom media. The testing variety is capable of encouraging students to perform well in e-learning. Feedback selection classifications were discovered, formal feedback, formative feedback, and summative feedback. Formal feedback is designed and regularly scheduled for the process. Formal feedback is designed and regularly scheduled for the process. The formative feedback is to observe student learning to provide continuous feedback. The summative testing evaluates student learning at the end of an instructional unit by comparing it against some patterns

2010 ◽  
Vol 9 (4) ◽  
pp. 453-461 ◽  
Author(s):  
Jia Shi ◽  
William B. Wood ◽  
Jennifer M. Martin ◽  
Nancy A. Guild ◽  
Quentin Vicens ◽  
...  

We have developed and validated a tool for assessing understanding of a selection of fundamental concepts and basic knowledge in undergraduate introductory molecular and cell biology, focusing on areas in which students often have misconceptions. This multiple-choice Introductory Molecular and Cell Biology Assessment (IMCA) instrument is designed for use as a pre- and posttest to measure student learning gains. To develop the assessment, we first worked with faculty to create a set of learning goals that targeted important concepts in the field and seemed likely to be emphasized by most instructors teaching these subjects. We interviewed students using open-ended questions to identify commonly held misconceptions, formulated multiple-choice questions that included these ideas as distracters, and reinterviewed students to establish validity of the instrument. The assessment was then evaluated by 25 biology experts and modified based on their suggestions. The complete revised assessment was administered to more than 1300 students at three institutions. Analysis of statistical parameters including item difficulty, item discrimination, and reliability provides evidence that the IMCA is a valid and reliable instrument with several potential uses in gauging student learning of key concepts in molecular and cell biology.


2018 ◽  
Vol 6 (2) ◽  
pp. 112-125 ◽  
Author(s):  
Cristyne Hebert ◽  
Jennifer Jenson ◽  
Katrina Fong

Videogames have long been lauded for their potential to increase engagement and enhance learning when used in classrooms. At the same time, how to best evaluate learning presents challenges, especially when the game does not have standardized assessments built-into it and when games are taken up in a wide variety of ways in quite diverse contexts. This article details the use of a geography game to support learning in 32 diverse classrooms in Ontario, Canada, alongside challenges with evaluating student learning using a game that did not have a built-in assessment system. In total, 795 students participated in the study. Classroom observations and interviews with teachers were triangulated with student pre and post evaluations. Results demonstrated that students did learn from gameplay, as demonstrated through multiple choice and short answer change scores in the pre to post evaluation, despite variations in duration of play and how the game was integrated in the classroom more generally.


2017 ◽  
Author(s):  
◽  
Mogapi Jeremia Mohapi

The key aim of this study was to investigate the efficacy of the student-centric Integrated Teaching and Learning Model Using Assessment (ITLMUA) to enhance the effectiveness, efficiency and quality of student learning and teaching in a Clinical Technology programme. The ITLMUA provides a pragmatic theoretical framework for developing and enhancing perceptions and conceptions of pedagogics and associated educational and psychological theories, particulary assessment information to review, reflect and improve educational constructs of teaching, learning, assessment and educational research. The efficacy of ITLMUA uses effectiveness, usability and participants’ satisfaction as the key criteria in evaluating the impact of ITLMUA on the quality of student learning. The ITLMUA’s efficacy is judged in terms of participants finding it academically beneficial, valuable, suitable, useful and meaningful to instructional strategies and practices in higher education (HE). The motivation for the study is premise on lecturers’ adherence to conventional instructional strategies and practices and lack of instructional model that guides and measures the effectiveness and the quality of student learning and teaching. Increased workloads and superfluity of academic gatherings are some of the factors that exacerbate adherence to conventional instructional practices, including lack of academic qualification to understand the princples of educational practice in HE. This study promote and encourage integrated, authentic, dynamic and innovative instructional practices that demonstrate theoretical interest and practical relevance, such as active learning (AL) that is underpinned by learning theories and pedagogical principles. Furthermore, the study analyzed and identified some of the implementation challenges in introducing the integrated instructional model in a conventional learning environment in order to justify how and why it is imperative to adopt an integrated performance-based instructional model in the face-to-face (F2F) learning environment. The study proposed to provide an instrument that can be utilized to enhance the quality of student learning and teaching. The integrated instructional model can assist lecturers to reflect on their pedagogical practices with the intention of enhancing their subsequent pedagogical practices and strategies. The theoretical and conceptual framework of ITLMUA offered the lecturers an opportunity to integrate conventional and contemporary instructional practices. These frameworks have previously been underpinned by learning theories and pedagogical principles to enhance the quality of learning and teaching. Design-based research (DBR) methodology was utilized as it offered a systematic, flexible methodology that is theory-driven, and involves contextually-sensitive design principles and theories of the learning environment. It also offers the opportunity to review and redesign the ITLMUA as the research process develops, and new theoretical and conceptual framework information emerges. In addition, the DBR integrates research, design and practice into a single useful process which results into a usable product that is supported by a theoretical framework. Active learning is one of the teaching strategies that is supported and promoted by this study to improve quality learning and teaching in order for students to comply with and satisfy the academic quality standards and learning outcomes expected of them. This is can be achieved through meaningful engagement and active involvement in academic activities that promote critical analytical skills and competencies through collaborative and cooperative learning, and within a structured, supportive and facilitated learning environment. The learning environment should be characterized by student-centered and lecturer-facilitated instructional practices such as active learning teaching strategies. To enhance the quality of learning and teaching, lecturers attempt to match and modify their teaching strategies to accommodate the wide range of students in their classes, all of whom have different needs and expectations. Qualitative and quantitative research methods were used to gather data. Data analysis techniques included content analysis, the constant comparative method, factor analysis (FA) to reduce data in order to correlate and relate variables to components. Cronbach’s alpha was used to determine reliability of items. The study has demonstrated the utility, usability and efficacy of the ITLMUA as indicated, in the main, by participants’ satisfaction with the instructional model. The study reports on some of the enablers and barriers in the implementation and evaluation of the integrated instructional model and articulated the lessons that have been learned in this academic journey.


Author(s):  
Roald Hoffmann ◽  
Saundra Y. McGuire

The two of us have been teaching and helping others to teach chemistry at every level—from high school teachers to undergraduate and graduate students to university faculty—for over four decades. From that experience have come a number of teaching and learning tactics that we find effective in facilitating student learning. Initially improvised, these strategies are more than gimmicks, for they have proven themselves in practice. Here we share some of them. Since we are inclined to be reflective as well as pragmatic, we’ve also sought out in recent advances in cognitive psychology, and in the scholarship of teaching and learning, insight into why these approaches work. We think through why they are of use in those most magical and mystical processes of learning and teaching any subject, not just chemistry. And we also spell out potential problems. Caring deeply for student learning entails keeping an eye out for what works for others. Perforce, this means borrowing and adapting. Thus a potential injustice in our account is that credit may not be given to the real innovators. Frankly, we do not know where some of the strategies we suggest originated—in examples by others, or out of our own improvisations as we struggled to become better teachers. Many people have independently come to similar practices. Some of what we write is addressed to teachers, some to students. This is deliberate. Cognizance of learning strategies benefits teachers, and awareness of teaching strategies can help learners understand the motives of teachers. Teaching and learning are a double flame. Take notes by hand, even if the class notes are being provided by the instructor or a for-profit service. Even if they are web-cast. Preferably not later than the evening of the class day, rewrite your notes, by hand, amplifying their content. Notice that this process involves two stages—taking the original notes and then rewriting/reworking them. There are various note-taking systems, including the Cornell Note Taking System, the mapping method, the outline method, etc., that students can learn.


Author(s):  
Sri G. Thrumurthy ◽  
Tania Samantha De Silva ◽  
Zia Moinuddin ◽  
Stuart Enoch

Specifically designed to help candidates revise for the MRCS exam, this book features 350 Single Best Answer multiple choice questions, covering the whole syllabus. Containing everything candidates need to pass the MRCS Part A SBA section of the exam, it focuses intensively on the application of basic sciences (applied surgical anatomy, physiology, and pathology) to the management of surgical patients. The high level of detail included within the questions and their explanations allows effective self-assessment of knowledge and quick identification of key areas requiring further attention. Varying approaches to Single Best Answer multiple choice questions are used, giving effective exam practice and guidance through revision and exam technique. This includes clinical case questions, 'positively-worded' questions, requiring selection of the most appropriate of relatively correct answers; 'two-step' or 'double-jump' questions, requiring several cognitive steps to arrive at the correct answer; as well as 'factual recall' questions, prompting basic recall of facts.


2020 ◽  
Vol 11 (1) ◽  
pp. 237
Author(s):  
Abdallah Namoun ◽  
Abdullah Alshanqiti

The prediction of student academic performance has drawn considerable attention in education. However, although the learning outcomes are believed to improve learning and teaching, prognosticating the attainment of student outcomes remains underexplored. A decade of research work conducted between 2010 and November 2020 was surveyed to present a fundamental understanding of the intelligent techniques used for the prediction of student performance, where academic success is strictly measured using student learning outcomes. The electronic bibliographic databases searched include ACM, IEEE Xplore, Google Scholar, Science Direct, Scopus, Springer, and Web of Science. Eventually, we synthesized and analyzed a total of 62 relevant papers with a focus on three perspectives, (1) the forms in which the learning outcomes are predicted, (2) the predictive analytics models developed to forecast student learning, and (3) the dominant factors impacting student outcomes. The best practices for conducting systematic literature reviews, e.g., PICO and PRISMA, were applied to synthesize and report the main results. The attainment of learning outcomes was measured mainly as performance class standings (i.e., ranks) and achievement scores (i.e., grades). Regression and supervised machine learning models were frequently employed to classify student performance. Finally, student online learning activities, term assessment grades, and student academic emotions were the most evident predictors of learning outcomes. We conclude the survey by highlighting some major research challenges and suggesting a summary of significant recommendations to motivate future works in this field.


2019 ◽  
Vol 20 (4) ◽  
pp. 787-803
Author(s):  
Thomas J. Bussey ◽  
MaryKay Orgill

Instructors draw on their intentions for student learning in the enactment of curriculum, particularly in the selection and presentation of external representation of scientific phenomena. These representations both create opportunities for students to experience non-experiential biochemical phenomena, such as protein translation, and constrain the possibilities for student learning based on the limited number of features depicted and the visual cues used to draw viewers attention to those features. In this study, we explore biochemistry instructors’ intentions for student learning about protein translation and how those intentions influence their selection of external representations for instruction. A series of instructor interviews were used to identify information that students need to know in order to develop a biochemically accurate understanding of protein translation. We refer to this information as the “critical features” of protein translation. Two dominant themes of critical features were identified: (1) components/structures of protein translation and (2) interactions/chemistry of protein translation. Three general components (the ribosome, the mRNA, and the tRNA) and two primary interactions (base pairing and peptide bond formation) were described by all instructors. Instructors tended to favor simpler, stylized representations that closely aligned with their stated critical features of translation for instructional purposes.


2014 ◽  
Vol 20 (1) ◽  
pp. 3-21 ◽  
Author(s):  
Kathleen B. McDermott ◽  
Pooja K. Agarwal ◽  
Laura D'Antonio ◽  
Henry L. Roediger ◽  
Mark A. McDaniel

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