Using technology-enhanced,cooperative, group-project learning for student comprehension and academic performance

Cooperative learning may improve students' motivation, understanding of course concepts, and academic performance. This study therefore enhanced a cooperative, group-project learning technique with technology resources to determine whether doing so improved students' deep learning and performance. A sample of 118 engineering students, randomly divided into two groups, participated in this study and provided data through questionnaires issued before and after the experiment. The results, obtained through analyses of variance and structural equation modelling, reveal that technology-enhanced, cooperative, group-project learning improves students' comprehension and academic performance.     

Using scenarios to design complex technology-enhanced learning environments

Science Created by You (SCY) learning environments are computer-based environments in which students learn about science topics in the context of addressing a socio-scientific problem. Along their way to a solution for this problem students produce many types of intermediate products or learning objects. SCY learning environments center the entire learning process around creating, sharing, discussing, and re-using these learning objects. This instructional approach requires dedicated instructional designs, which are supplied in the form of what are called pedagogical scenarios. A SCY pedagogical scenario presents the learning process as an organized assembly of elementary learning processes, each associated with a specific learning object and a tool for creating this learning object. Designing a SCY learning environment is basically a two-step procedure: the first step is to select one of the available scenarios, and the second step is to define the domain content. The SCY technical infrastructure then handles the instantiation of the scenario as a SCY computer-based learning environment. In this article we describe the SCY pedagogical design scenarios and report on our experiences in designing four different SCY learning environments.     

Favouring reflexivity in technology-enhanced learning systems: towards smart uses of traces

During learning activities, reflexive processes allow learners to realise what they have done, understand why, decide on new actions and gain motivation. They help learners to regulate their actions by themselves, that is, to develop metacognitive regulation skills. Computer environments can support reflexive processes to support human learning, for example by analysing traces of learner activity and providing synthetic views by the way of indicators. Nevertheless, traces are underused in technology-enhanced learning (TEL) systems. In this article, we draw up the potential and limits of TEL systems based on traces for reflexive purposes. We then highlight the characteristics which TEL systems should have to use traces to foster reflexivity. We finally discuss how systems could enrich the self-confrontation process with traces.     

Using a blended learning approach to support women returning to STEM

ABSTRACT

This paper examines a blended learning model designed to support women returning to STEM after a career break and its delivery in a unique partnership between an online distance education provider and a community-based equality organisation. Through this partnership additional activities such as networking events, returnships, career clinics and webinars were used in conjunction with a structured online Badged Open Course (BOC), which enabled a successful return to employment for many of the participants. This article outlines the results and implications of this integrated model and argues that blended learning approaches need to be flexible and adaptable to be able to incorporate the needs of learners at different life-course stages, taking into consideration gender and other diversity characteristics.     

Examining the hard,peer, and teacher scaffolding framework in inquiry-based technology-enhanced learning environments: impact on academic achievement and group performance

Educational technology research and development - The purpose of this study was to examine how students’ academic achievement and group performance related to their perceptions of the...     

Scaffolding in technology-enhanced learning environments

Scaffolding has proven an especially interesting and promising area for supporting teaching and learning practices. Particular interest has emerged in scaffolding student learning in technology-enhanced environments. In this paper, we discuss how scaffolding is implemented in technology-enhanced environments, provide an overview of scaffolding processes and techniques in various contexts, and then provide empirically based guidelines for designing scaffolding in technological environments. We examine current research to identify two primary design components, cognitive and interface, and suggest how scaffold design might be improved for more effective use by learners. We conclude by identifying practice and research implications.     

Design approaches in technology-enhanced learning

Design is critical to the successful development of any interactive learning environment (ILE). Moreover, in technology-enhanced learning (TEL) the design process requires input from many diverse areas of expertise. As such, anyone undertaking tool development is required to directly address the design challenge from multiple perspectives. We provide a motivation and rationale for design approaches for learning technologies that draws upon Simon's seminal proposition of design science. We then review the application of design experiments and design patterns and argue that a patterns approach has the potential to address many of the critical challenges faced by learning technologists.     

Effects of problem-based learning: a meta-analysis

This meta-analysis has two aims: (a) to address the main effects of problem based learning on two categories of outcomes: knowledge and skills; and (b) to address potential moderators of the effect of problem based learning. We selected 43 articles that met the criteria for inclusion: empirical studies on problem based learning in tertiary education conducted in real-life classrooms. The review reveals that there is a robust positive effect from PBL on the skills of students. This is shown by the vote count, as well as by the combined effect size. Also no single study reported negative effects. A tendency to negative results is discerned when considering the effect of PBL on the knowledge of students. The combined effect size is significantly negative. However, this result is strongly influenced by two studies and the vote count does not reach a significant level. It is concluded that the combined effect size for the effect on knowledge is non-robust. As possible moderators of PBL effects, methodological factors, expertise-level of students, retention period and type of assessment method were investigated. This moderator analysis shows that both for knowledge- and skills-related outcomes the expertise-level of the student is associated with the variation in effect sizes. Nevertheless, the results for skills give a consistent positive picture. For knowledge-related outcomes the results suggest that the differences encountered in the first and the second year disappear later on. A last remarkable finding related to the retention period is that students in PBL gained slightly less knowledge, but remember more of the acquired knowledge.     

Using teacher inquiry to support technology-enhanced formative assessment: a review of the literature to inform a new method

In this paper we review the literature on teacher inquiry (TI) to explore the possibility that this process can equip teachers to investigate students’ learning as a step towards the process of formative assessment. We draw a distinction between formative assessment and summative forms of assessment [CRELL. (2009). The transition to computer-based assessment: New approaches to skills assessment and implications for large-scale testing. In F. Scheuermann & J. Björnsson (Eds.), JRC Scientific and technical reports. Ispra: Author; Webb, M. (2010). Beginning teacher education and collaborative formative e-assessment. Assessment & Evaluation in Higher Education, 35, 597–618; EACEA. (2009). National testing of pupils in Europe: Objectives, organisation and use of results. Brussels: Eurydice; OECD. (2010b). Assessing the effects of ICT in education (F. Scheuermann & E. Pedró, Eds.). Paris: JRC, OECD]. Our review of TI is combined with a review of the research concerning the way that practices with technology can support the assessment process. We conclude with a comparison of TI and teacher design research from which we extract the characteristics for a method of TI that can be used to develop technology-enhanced formative assessment: teacher inquiry into student learning. In this review, our primary focus is upon enabling teachers to use technology effectively to inquire about their students’ learning progress.     

Using problem-based learning to increase computer self-efficacy in Taiwanese students

In Taiwan, teaching focuses around lecturing, with students having little opportunity to interact with each other. Problem-based learning (PBL) is a means of instruction where students learn the subject by being active participants in the pedagogical process, with the emphasis on problem-solving. In this study, the authors investigated whether PBL would enhance self-efficacy better than common lecturing with children who had little access to technology outside of school. Two sixth-grade computer classes, both with 32 students in each and both located in the mountainous regions of eastern Taiwan, served as participants. A quasi-experimental, non-equivalent control group design was used with one class utilizing PBL principles, while the other used traditional lecturing. A pre-/posttest was administered, using the General Self-Efficacy Scale with data analysis employing the Mann–Whitney test and Pearson Goodness-of-Fit. The results indicated that PBL is superior to lecturing, with respect to an increase in computer self-efficacy.     

The effect of electronic performance support systems on self-regulated learning skills

Electronic performance support systems (EPSSs) are the software programs commonly used in commercial environments since the early 1990s. These software programs are generally called performance-based systems and focus on the complete job rather than providing individual development. For that reason, the usage of these systems in learning environments has not been sufficiently investigated. In this empirical study, availability of using EPSS software for learning processes was investigated in order to contribute to the literature. An EPSS software was developed for undergraduate students to use in programming language courses and the effects of the software on students' self-regulation based learning skills were investigated. During the treatment process, while the experimental group was supported with EPSS, traditional teaching continued in the control group. The results of the study showed that there was no statistically significant difference between the groups in terms of motivational beliefs; however, there were significant differences in terms of cognitive, metacognitive, and resource management strategies.     

Understanding the real barriers to technology-enhanced innovation in higher education

Background: Academic staff have a key role to play in the innovation efforts of universities aiming to exploit the potential of web-based learning technologies. Although learning technologies are an important building block of educational innovation, the eLearning adoption rate of European academic staff appears disappointing. The majority of curricula in European universities are stalled in the traditional pedagogical model of knowledge transmission, which continues to dominate teaching and learning.

Purpose: This conceptual paper explores underlying structural and cultural barriers to technology-enhanced innovation in higher education.

Sources of evidence: Starting from the underdeveloped state of eLearning in European universities, the paper challenges arguments that visible barriers such as technical issues, budget constraints or lack of interest in technology amongst academic staff represent the actual reasons for the slow advancement of learning technologies in university curricula.

Main argument: The paper argues that the lack of faculty interest and engagement for eLearning are visible symptoms for deeply rooted causes, which hinder current innovation efforts of universities. It explores theoretical viewpoints for structural peculiarities of universities, motivational and habitual traits of academic staff, and long-standing cultural values in the academic community in an attempt to understand their impact on technology-enhanced innovation in higher education.

Conclusions: The real dilemma for eLearning innovation is caused by macro-level influence factors that even committed universities can hardly overcome at institutional level. University leaders have to take the underlying innovation barriers into account when they try to engage academic staff for the use of learning technologies. With a realistic view on existing limitations, institutional eLearning adoption efforts have to be tailored to serve real learning needs and motivations of academic staff; and they have to consider specific goals and contexts within different universities.     

Blended teaching and learning: a two-way systems approach

A first-year tertiary-student structural equation modelling approach builds understanding of blended learning. The Biggs' 3P teaching-and-learning-systems model displays significant two-way interactions between each of its presage, process and product constructs. This study validates the Biggs' approach as a dynamic interactive learning system. The student learning processes occur through teacher contributions, mixed with learning interactions and feedback systems. Greater learning, knowledge and skills transfer is possible when students are suitably pre-prepared/pre-skilled for their ensuing learning experiences and for the varieties of teaching/learning interactions that they encounter.     

Integrating competency-based education with a case-based or problem-based learning approach in online health sciences

Asia Pacific Education Review - In the current competitive and globalized economy, employers and professional organizations call for higher education institutions to deliver graduates with relevant...     

What students learn in problem-based learning: a process analysis

This study aimed to provide an account of how learning takes place in problem-based learning (PBL), and to identify the relationships between the learning-oriented activities of students with their learning outcomes. First, the verbal interactions and computer resources studied by nine students for an entire PBL cycle were recorded. The relevant concepts articulated and studied individually while working on the problem-at-hand were identified as units of analysis and counted to demonstrate the growth in concepts acquired over the PBL cycle. We identified two distinct phases in the process—an initial concept articulation, and a later concept repetition phase. To overcome the sample-size limitations of the first study, we analyzed the verbal interactions of, and resources studied, by another 35 students in an entire PBL cycle using structural equation modeling. Results show that students’ verbal contributions during the problem analysis phase strongly influenced their verbal contributions during self-directed learning and reporting phases. Verbal contributions and individual study influenced similarly the contributions during the reporting phase. Increased verbalizations of concepts during the reporting phase also led to higher achievement. We found that collaborative learning is significant in the PBL process, and may be more important than individual study in determining students’ achievement.     

Online learning and performance support in organizational environments using performance support platforms

An electronic performance support system (EPSS) is a method that integrates learning and task performance into one single action by providing information and guidance during performance. Wide‐range EPSS effectiveness research has been conducted by Tel Aviv University in tandem with a large telecommunications firm implementing EPSS solutions. The objective was to identify the factors that were instrumental in the realization of EPSS's potential in corporate settings. This article focuses on effectiveness differences in two common organizational environments: the learning and the working domains.     

Examining positive emotions,autonomy support and learning strategies: Self-directed versus teacher-directed learning environments

Learning Environments Research - An increasing number of German schools have suspended teacher-directed learning (TL) in favor of self-directed learning (SL) modules. We used the broaden-and-build...     

Using manipulatives to support an embodied approach to learning trigonometry in a South African school: A case study

ABSTRACT

Multiple Intelligence Theory suggests that individuals perceive knowledge in eight different ways. This article reports on a study that explored the role of manipulatives in the teaching and learning of trigonometric ratios in grade 10. The approach attempts in addressing three domains of the Multiple Intelligence Theory (linguistic/verbal intelligence, logical/mathematical intelligence and spatial intelligence). The foundation of this research was a case study contained in the interpretative paradigm involving five grade 10 mathematics pupils at a high school in South Africa. The data was collected from: (1) activity sheet containing written responses of pupils; (2) observations; and (3) semi-structured interviews. The data was analysed and it was found that the use of manipulatives in teaching and learning mathematics played a positive role in leaners understanding of trigonometric ratios at grade 10 level. In general the findings of this study supported other research findings that confirm that manipulatives were important mediating tools in the development of conceptual and procedural understanding of mathematical concepts. Besides these pedagogical implications the study proved that the manipulatives effectively consolidated the features of Lesh's model.     

Enhance low-achieving students' learning involvement in Taiwan's higher education: an approach via e-learning with problem-based learning and self-regulated learning

This study explored the effects of web-enabled pedagogies on students' involvement in learning. A series of quasi-experiments were conducted to investigate whether students' involvement increases over time if intervened, respectively, by problem-based learning (PBL), self-regulated learning (SRL), and their combinations. Two classes of 102 first-year students at a vocational school in a one-semester course were chosen for this empirical study. The results were generally supportive. The authors further discuss the implications for schools, scholars, and teachers engaged in e-learning.