Teachers as Facilitators in a Computer‐supported Learning Environment

ABSTRACT

This paper argues that teachers in this technology‐rich era have a new role to play in their classrooms. As a knowledge facilitator, rather than a knowledge presenter, the job of the teacher is to create a computer‐ supported learning environment where learners are encouraged to think critically and creatively and to develop personal ownership and appreciation of the knowledge constructed. Classroom examples are given in this paper to provide evidence that the teacher's role is crucial in a successful computer‐ based learning environment. The implications of computer‐supported learning environments to teacher development and education are also discussed.     

Formative Assessment and English Learning Strategies——An experiment on teaching vocational college English

The study mainly focuses on the influence of formative assessment upon learning strategies. So as to testify the effectiveness of formative assessment application in the promotion of students’ learning strategy in vocational college, the author has conducted a 20-week study on 76 freshmen in Sichuan College of Architectural Technology. The result shows that the application of formative assessment is mostly effective in the students’ adoption of affective strategy.     

The Longer-Term Impact of COVID-19 on K–12 Student Learning and Assessment

Due to the precipitous onset of the coronavirus disease, teachers and students across the nation were thrust into a new environment, and the impact of this new experience will be felt both shorter and longer term. This academic year saw “test pollution” with the switch to online instruction, and student learning was significantly impacted by stress, anxiety, illness, being forced to learn in a vastly different method than previously experienced, and the increased potential to fall behind due to lack of access to materials. Classroom assessment, teaching and learning, and measurement and interpretation of student growth are among the numerous areas that have been affected by the sudden switch of schools to online instruction that will require much thought in order to examine the impact of the significant deviation from the classroom norms on which much of previous research has been based. Educators, educational researchers, and policymakers have been presented with a challenge that does not have a definitive answer. There are many unknowns that remain as schools plan to move forward with instruction. However, through collaboration, the knowledge that each of these professionals can contribute ensures that adequate decisions will be made that will benefit all students equitably.     

Personal and Social-Contextual Factors in K–12 Academic Performance: An Integrative Perspective on Student Learning

Our extensive literature review in the fields of educational, social, and cognitive psychology has led us to identify about a dozen variables that demonstrate direct empirical links to academic achievement at the K–12 level. Those variables are grouped into four major categories: student engagement, learning strategies, school climate, and social-familial influences. We then categorize the first two variables as personal factors and the latter two as social-contextual factors. We document empirical findings that have shown particular relationships between the reviewed personal and social-contextual factors and academic achievement, mainly in the areas of reading and mathematics. Based on our conceptualization, we propose an integrated perspective that students’ personal factors in the domains of behavior, affect, attitude, and cognition as well as their social-contextual environment have to work in concert to produce optimal school performance. We conclude with a discussion on educational implications and future research to be addressed.     

Summative and Formative Style Anatomy Practical Examinations: Do They Have Impact on Students’ Performance and Drive for Learning?

Anatomical knowledge is commonly assessed by practical examinations that are often administered in summative format. The format of anatomy practical examination was changed at the Lee Kong Chian School of Medicine in Singapore from summative (graded; must pass) to formative (ungraded; no pass/fail) in academic year (AY) 2017–2018. Both assessment formats were undertaken online, but the formative mode used a team-based learning activity comprising individual and team assessments. This gave an unique opportunity to investigate: (1) the impact of two different online assessment formats on student performance in practical examination; (2) the impact of new formative practical examination on students’ performance in summative examinations; and (3) students’ opinions of these two practical examination formats. The class of 2021 perceptions was obtained as they experienced both formats. A retrospective cohort study was also conducted to analyze the Year 2 students’ performance in anatomy practical and year-end summative examinations of cohorts AY 2015–2016, AY 2016–2017 (summative format), and AY 2017–2018 (formative format). There were no significant differences in students’ performance between two practical examination formats. The cohort who experienced the formative format, performed significantly better in summative examinations (mean ± SD: 82.32 ± 10.22%) compared with the cohort who experienced the summative format (73.77 ± 11.09%) (P < 0.001). Students highlighted positive features of the formative practical examination, including team reinforcement of learning, instant feedback, and enhanced learning. These findings indicate that students continue to study for anatomy practical examination without the need for external drivers. The team-based learning style practical examination enhances students’ performance in summative examinations.     

Comparison of Two Small‐group Learning Methods in 12th‐grade Physics Classes Focusing on Intrinsic Motivation and Academic Performance

Twelfth‐grade physics classes with 344 students participated in a quasi‐experimental study comparing two small‐group learning settings. In the jigsaw classroom, in contrast to the cyclical rotation method, teaching expectancy as well as resource interdependence is established. The study is based on the self‐determination theory of motivation, which states that the satisfaction of the ‘basic needs’ for experiencing autonomy, competence, and social relatedness is essential to promote intrinsic motivation. Regarding the experience of competence, a small effect in favour of the jigsaw classroom was found, whereas students in the cyclical rotation setting showed medium‐sized benefits in experiencing autonomy. A path analysis revealed that these opposing effects balanced each other; that is, no effect from small‐group method to intrinsic motivation was found. In contrary to the motivational variables, achievement effects depended on the underlying study topic: based on scanning electron microscopy, the cyclical rotation setting outperformed jigsaw classroom, whereas an opposed trend is observed with regard to the microwave oven learning unit. The higher interestingness of the latter learning unit was revealed as a weak mediator from study topic to academic achievement.     

Variation in Student Reflections on their Conceptions of and Approaches to Learning Biochemistry in a First‐year Health Sciences’ Service Subject

Many factors affect students’ learning approaches, including topic conceptions and prior study. This research, undertaken after a first‐semester compulsory subject, explores students’ conceptions of biochemistry and how they approached their studies. Students (n=151) completed an open‐ended survey analysed phenomenographically. Those with cohesive conceptions were found to be more likely to adopt deeper approaches to study than those with fragmented conceptions, a result unaffected by various demographic parameters. Compared with earlier research, a semester of study increased the percentage of students with a cohesive view, with no concomitant change in learning approaches, suggesting that cohesive conceptions are a necessary but not sufficient criterion for deep learning outcomes. Compared with results for a science major subject, more of the students with cohesive conceptions used surface approaches. This may reflect a regression to safe surface approaches when faced with an unfamiliar topic or high total workload driving a strategic approach to learning. It could also reflect a perception that this material is only a tool for later application. The present findings indicate the crucial importance, when university studies begin, of enabling students to build an overarching conception of the topic’s place in professional practice. This concept building should be applied across the entire curriculum to emphasize application and integration of material (key graduate attributes). Improved conceptions may provide crucial motivation for students to achieve deeper learning, especially in these foundation service subjects. These essential changes to the learning context may also better prepare students for increasing self‐directed/life‐long learning.     

The Comparative Effects of Prediction/Discussion‐Based Learning Cycle,Conceptual Change Text,and Traditional Instructions on Student Understanding of Genetics

The present study examined the comparative effects of a prediction/discussion‐based learning cycle, conceptual change text (CCT), and traditional instructions on students' understanding of genetics concepts. A quasi‐experimental research design of the pre‐test–post‐test non‐equivalent control group was adopted. The three intact classes, taught by the same science teacher, were randomly assigned as prediction/discussion‐based learning cycle class (N = 30), CCT class (N = 25), and traditional class (N = 26). Participants completed the genetics concept test as pre‐test, post‐test, and delayed post‐test to examine the effects of instructional strategies on their genetics understanding and retention. While the dependent variable of this study was students' understanding of genetics, the independent variables were time (Time 1, Time 2, and Time 3) and mode of instruction. The mixed between‐within subjects analysis of variance revealed that students in both prediction/discussion‐based learning cycle and CCT groups understood the genetics concepts and retained their knowledge significantly better than students in the traditional instruction group.     

Scientific Inquiry Self-Efficacy and Computer Game Self-Efficacy as Predictors and Outcomes of Middle School Boys’ and Girls’ Performance in a Science Assessment in a Virtual Environment

Journal of Science Education and Technology - The primary aim of the study was to examine whether performance on a science assessment in an immersive virtual environment was associated with changes...