Real-world Learning Environments Research Articles

A Responsive Internship Program from the Viewpoint of Beginning Teachers

The final semester of a four-year education course involves a student teaching or internship period that poses a number of challenges to cooperating teachers, college supervisors, student teachers, and school administrators, among other stakeholders. This stage connects the theoretical and practical in real-world learning environments, acting as a pillar in the professional development of future educators. A seamless transition from theory to practice is made possible by responsive internship programs that integrate classroom experiences with pre-service training in response to evolving educational demands. This study explores the perspectives and experiences of pre-service teachers in internship programs using a qualitative phenomenological approach. Semi-structured interviews with stakeholders in Visayas, Philippines provide priceless information about program effectiveness and areas for improvement. Important issues come to light, highlighting the need of preparing teacher interns with flexible abilities, incorporating technology, learner-centered approaches, encouraging cooperation between organizations and educational institutions, and professionalism. Experiential learning and exposure to a range of student populations are essential for refining instructional strategies and fostering professional development. The study provides valuable information that may be utilized to improve internship programs, which in turn helps to foster the professional growth of new teachers and improves students’ educational achievement.

Engaging Engineering Students with Engineering Entrepreneurship and the Start-Up Working Environment through Supervised Entrepreneurial Work-Integrated Learning

Higher-education institutions are seeing an increasing interest in entrepreneurship education across the disciplines, engineering programs included. With a parallel growing emphasis on work-integrated learning opportunities for students, a unique opportunity is presented with an Entrepreneurial Work-Integrated Learning (EWIL) pedagogy, where entrepreneurship education is delivered through the application of work-integrated learning pedagogy. Supervised Entrepreneurial Work-Integrated Learning (sEWIL) is a particular modality of EWIL, where engineering students learn about entrepreneurship through participation in a start-up working environment, where students directly observe and participate in the entrepreneurial working environment. sEWIL offers students an authentic real-world learning environment where tacit entrepreneurial knowledge is acquired, knowledge that cannot be taught through in-class traditional teaching practices. Through purposeful reflection, engineering students are confronted with the question of their professional and personal identities and their compatibility to the start-up working environment, whether as entrepreneurs or as working engineering professionals. The sEWIL pedagogy is presented and discussed through a work-integrated learning quality framework.

Emerging Telepresence Technologies in Hybrid Learning Environments.

The last several years have seen a strong growth of telerobotic technologies with promising implications for many areas of learning. HCI has contributed to these discussions, mainly with studies on user experiences and user interfaces of telepresence robots. However, only a few telerobot studies have addressed everyday use in real-world learning environments. In the post-COVID 19 world, sociotechnical uncertainties and unforeseen challenges to learning in hybrid learning environments constitute a unique frontier where robotic and immersive technologies can mediate learning experiences. The aim of this workshop is to set the stage for a new wave of HCI research that accounts for and begins to develop new insights, concepts, and methods for use of immersive and telerobotic technologies in real-world learning environments. Participants are invited to collaboratively define an HCI research agenda focused on robot-mediated learning in the wild, which will require examining end-user engagements and questioning underlying concepts regarding telerobots for learning.

Benefits of Mind Wandering for Learning in School Through Its Positive Effects on Creativity

There is broad agreement among researchers to view mind wandering as an obstacle to learning because it draws attention away from learning tasks. Accordingly, empirical findings revealed negative correlations between the frequency of mind wandering during learning and various kinds of learning outcomes (e.g., text retention). However, a few studies have indicated positive effects of mind wandering on creativity in real-world learning environments. The present article reviews these studies and highlights potential benefits of mind wandering for learning mediated through creative processes. Furthermore, we propose various ways to promote useful mind wandering and, at the same time, minimize its negative impact on learning.

Culture learning in a daily space of kitchen: the case of Korean digital kitchen

The rapid advancement of technology has allowed computer-assisted language learning (CALL) to have made inroads in the area of pedagogy for language and culture learning. While the majority of studies have used online and virtual environments for culture learning, very little attention has been paid to a real world environment. This study is based on a digital kitchen where students can learn foreign language, culture and cuisine at the same time through cooking tasks. Learning cultural aspects can be properly realised via cooking because the daily activity provides a window into culture, and the digital kitchen provides users with opportunities to directly encounter the target culture themselves via cooking and tasting. 48 international participants conducted two cooking sessions, one in a digital kitchen using real objects and the other in a classroom by looking at typical pictures/photos in a textbook. A range of data sources were employed, such as questionnaires, semi-structured interviews and video-observations to answer the research question. It was found that students learned foreign cultural aspects better when in direct engagement in a digital kitchen by handling actual items than when in a classroom by simply using photos. This study contributes to the development of the real world learning environment for culture learning via innovative technology.

Empowering computing students with proficiency in robotics via situated learning

With the increasing employment of robots in multiple areas such as smart manufacturing and intelligent transportation, both undergraduate and graduate students from computing related majors (e.g., computer science and information technology) demonstrated strong interests in learning robotics technology to broaden their career opportunities. However, instilling computing students with robotics knowledge remains a challenge since most of them have limited pre-training in engineering subjects such as electronics and mechatronics. Therefore, robotics education for computing students demands an immersive real-world learning environment by considering both theories and intensive hands-on projects. Different from traditional textbook-directed robotics learning, in this study, a situated learning-based robotics education pedagogy is proposed for computing students to equip them with robotics expertise and foster their problem-solving skills in real-world human–robot interaction contexts. To create a realistic human–robot collaboration situation, a multi-modal collaborative robot is employed in the classroom-based learning community for the whole semester. Mini-project-based homework and team projects are designed for students to practice their critical thinking and hands-on experiences. The bidirectional-evaluation approach is utilized by the instructor and students to assess the quality of the proposed pedagogy. Practice results and student evaluations suggested that the proposed situated learning-based pedagogy and robotics curriculum provided computing students to learn robotics in an effective way, which was well recognized and accepted by students even most of them were beginners. Future work of this study is also discussed.

Meaningful learning actualized through a perinatal continuity of care experience.

Leaders in nursing education embrace innovative, real-world learning environments that transform today's generation of nursing students into critical thinkers. Scheduling exclusive child-bearing practicums are challenging due to staffing, time, and maternal client presentation. Utilizing transformative learning theory a perinatal continuum of care clinical learning experience evolved. This paper will discuss the qualitative, descriptive study of Bachelor of Science in Nursing students in rural, Midwestern United States who completed maternal/infant didactic, high-fidelity simulation, and real-world experiences relative to women during the perinatal period. Participants (n = 50) consisted of third-semester baccalaureate nursing students enrolled in the maternal/infant course. Data were collected from students' reflective journal blogs at the end of the semester. The aim of this study was to identify the outcomes of students learning through this perinatal experience. Three themes emerged from this study: self-analysis, critical thinking, and self-efficacy. Students' reflection indicated that through this comprehensive clinical experience, they developed a new self-awareness. Students noted that the experience was unique to any they had encountered. The perinatal assignment provided an opportunity for professional growth in this specialty area due to the interface of theory, simulation, and clinical applications expounded in the reflective clinical blog throughout the experience.

Visual statistical learning is facilitated in Zipfian distributions

Humans can extract co-occurrence regularities from their environment, and use them for learning. This statistical learning ability (SL) has been studied extensively as a way to explain how we learn the structure of our environment. These investigations have illustrated the impact of various distributional properties on learning. However, almost all SL studies present the regularities to be learned in uniform frequency distributions where each unit (e.g., image triplet) appears the same number of times: While the regularities themselves are informative, the appearance of the units cannot be predicted. In contrast, real-world learning environments, including the words children hear and the objects they see, are not uniform. Recent research shows that word segmentation is facilitated in a skewed (Zipfian) distribution. Here, we examine the domain-generality of the effect and ask if visual SL is also facilitated in a Zipfian distribution. We use an existing database to show that object combinations have a skewed distribution in children's environment. We then show that children and adults showed better learning in a Zipfian distribution compared to a uniform one, overall, and for low-frequency triplets. These results illustrate the facilitative impact of skewed distributions on learning across modality and age; suggest that the use of uniform distributions may underestimate performance; and point to the possible learnability advantage of such distributions in the real-world.

Supporting Applied, Multidisciplinary Analytic Skills: An Innovative Training Platform for Researcher Capacity Building

OverviewPopulation Health Research is inherently interdisciplinary, multifaceted and firmly rooted in the evolving connections between place, time and related socioeconomic processes. To excel in this rapidly diversifying field, individuals require a broad range of multidisciplinary skills gained through applied, collaborative and real world learning environments.
 ObjectiveTo serve the emerging multidisciplinary skills and capacity building needs of Population Health Researchers within a rapidly diversifying field.
 ApproachEstablishment of an innovative research training platform that supports skill development in an accessible, collaborative and applied learning environment. Designed in collaboration with a multi-university research platform, this fully online practice-based training environment both mirrors and supports many of the day to day skill development needs of health and social science researchers.
 ResultsNow in its 6th year of delivery, the multidisciplinary focus of this specialized training platform is successfully addressing the skill development needs of a diverse cross section of health research professionals. Trainees are bringing a wealth of experience and knowledge to share with their online colleagues, supporting a rich, practice based education and skills development environment. Those enrolled in the program possess backgrounds ranging from Population and Public Health, Epidemiology, Statistics and Sociology to Medicine to Psychology, Geography, Biostatistics and International Health. Graduates of the program are gaining skills that benefit their research and careers. Lessons learned with respect to the development of the training platform and capacity building skills achieved by program graduates will be outlined.
 Conclusion/ImplicationsProviding timely, practical, hands-on analytic skills training is critical to building the capacity of new and mid-career researchers and health professionals. Direct application of these new skills is an essential outcome and best measure of success. We are listening to our trainees and learning as we grow. Learn more here.

Effects of integrating an active learning-promoting mechanism into location-based real-world learning environments on students’ learning performances and behaviors

Engaging students in real-world learning contexts has been identified by educators as being an important way of helping them learn to apply what they have learned from textbooks to practical problems. The advancements in mobile and image-processing technologies have enabled students to access learning resources and receive learning guidance in real-world contexts. However, when interacting with such a rich information environment that contains real-world and virtual-world learning resources, students might feel confused and frustrated owing to the lack of appropriate instructional design. Therefore, in this study, an image recognition-based mobile learning system with an active learning-promoting mechanism was developed for supporting field trips for local culture courses. An experiment was executed to examine the effects of the proposed approach on students’ learning achievement, learning motivation, and local culture identity. Moreover, the students’ learning behavioral patterns were probed. The experimental results showed that the proposed approach not only improved the students’ learning achievements as well as their learning motivation and local culture identity, but the students who learned with the proposed approach also demonstrated more active behavioral patterns than those who learned without the active learning-promoting mechanism. Based on the findings of this study, some recommendations for those who plan to develop effective learning strategies for conducting AR-based mobile learning activities are proposed.

Online and other ICT-based Training Tools for Problem-solving Skills

Problem-solving requires creative skills, critical thinking as well the ability to implement ideas and theories in practical ways. Moreover, interactive and self-managed problem-solving experiences promote students’ motivation as expressed through the developmental progression of learners’ metacognitive skills, such as self-monitoring and self-reinforcement. Effective learning based on constructivist didactics, encompassing self-organized learning in combination with active and creative problem-solving in collaborative settings, advances students’ concomitant cognitive and meta-cognitive processes. Hence, students’ co-construction of knowledge embodied in social dynamic learning environments, such as school-based tasks leverage the semantic relationships rising from exercising, verifying and testing of knowledge through information sharing and discussion. Future studies should focus on designing interactive, adaptable, ill-defined, real-world learning environments to elicit students’ cognitive and meta-cognitive processes as a key factor for the effective training of problem-solving skills.

A Bootstrapping Model of Frequency and Context Effects in Word Learning.

Prior research has shown that people can learn many nouns (i.e., word-object mappings) from a short series of ambiguous situations containing multiple words and objects. For successful cross-situational learning, people must approximately track which words and referents co-occur most frequently. This study investigates the effects of allowing some word-referent pairs to appear more frequently than others, as is true in real-world learning environments. Surprisingly, high-frequency pairs are not always learned better, but can also boost learning of other pairs. Using a recent associative model (Kachergis, Yu, & Shiffrin, 2012), we explain how mixing pairs of different frequencies can bootstrap late learning of the low-frequency pairs based on early learning of higher frequency pairs. We also manipulate contextual diversity, the number of pairs a given pair appears with across training, since it is naturalistically confounded with frequency. The associative model has competing familiarity and uncertainty biases, and their interaction is able to capture the individual and combined effects of frequency and contextual diversity on human learning. Two other recent word-learning models do not account for the behavioral findings.

Development and Evaluation of an Active Learning Support System for Context-Aware Ubiquitous Learning

Situating students to learn from the real world has been recognized as an important and challenging issue. However, in a real-world learning environment, there are usually many physical constraints that affect the learning performance of students, such as the total learning time, the limitation of the number of students who can visit a learning target, and the time needed for moving from one learning location to another. It is essential to guide the students along an efficient learning path to maximize their learning performance according to the current situation. In this paper, an active learning support system (ALESS) for context-aware ubiquitous learning environments is designed and developed. ALESS can provide learning guidance when conducting ubiquitous learning activities. A great deal of context information is used in ALESS, including the location, the current capacity of the learning object, the time available, etc. ALESS is able to actively provide the required learning support to individual students when they approach the corresponding real-world learning targets. To evaluate the performance of ALESS, an experiment was conducted in the National Science Museum of Taiwan. The experimental results showed that, with the help of ALESS, the students learned more efficiently, and achieved better learning performance.

A Survey of Instructional Support for Undergraduate Research Programs

Undergraduate research and other high-impact educational practices simulate real-world learning environments and present an opportunity for high-level information literacy teaching to be better incorporated into the curriculum. The purpose of this survey is to examine efforts of libraries currently offering IL instruction to undergraduate research programs. The study provides crucial background and data for librarians and campus administrators of undergraduate research programs to deepen their understanding in developing meaningful information literacy experiences.

Using humanitarian free and open source software (HFOSS) to introduce computing for the social good

Humanitarian Free and Open Source Software (HFOSS) is a category of free and open source software that improves the human condition. HFOSS projects focus on a range of societal needs including microfinance, healthcare, education, and disaster relief. Many HFOSS projects are developed by international teams whose goal is to make the world a better place. These projects are often primarily used in developing nations, but many have been adopted across the world because of the robustness of the software and the ability to contribute to its direction and applications. HFOSS projects have been successfully infused into the computing curriculum at a number of institutions in a range of ways and courses [1]. The benefits of introducing students to HFOSS projects potentially includes improved students learning, increased motivation to study computing, attracting women to computing and increased appreciation of the societal impact of computing. HFOSS projects are an excellent real-world learning environment for a number of reasons: - The altruistic nature of HFOSS makes the community welcoming of new contributors and tolerant of student participation - The ability to help others is a potential draw for women and under-represented minorities - The transparency of HFOSS projects provides artifacts that can use for instructional purposes in the classroom - Students can build a visible portfolio of their contributions to show potential employers. However, determining which project to choose, how to incorporate HFOSS into a class and deciding how to assess students' participation, can be challenging. OpenFE is an NSF-funded project whose goal is to help faculty members introduce their students to HFOSS and become contributing members in HFOSS communities. Faculty typically start with choosing a project, then learning about the chosen project, getting up to speed on the tools and communication used by the project and getting a handle on the work flow. Then faculty members have to figure out how to integrate the project into their existing curriculum and determine how to assess the student performance. The goal of the OpenFE project is to help faculty through the hurdles presented by joining an HFOSS project.

USING THE GEOSPATIAL WEB TO DELIVER AND TEACH GISCIENCE EDUCATION PROGRAMS

Abstract. Geographic information science (GIScience) education has undergone enormous changes over the past years. One major factor influencing this change is the role of the geospatial web in GIScience. In addition to the use of the web for enabling and enhancing GIScience education, it is also used as the infrastructure for communicating and collaborating among geospatial data and users. The web becomes both the means and the content for a geospatial education program. However, the web does not replace the traditional face-to-face environment, but rather is a means to enhance it, expand it and enable an authentic and real world learning environment. This paper outlines the use of the web in both the delivery and content of the GIScience program at Curtin University. The teaching of the geospatial web, web and cloud based mapping, and geospatial web services are key components of the program, and the use of the web and online learning are important to deliver this program. Some examples of authentic and real world learning environments are provided including joint learning activities with partner universities.

Immersive Interfaces for Art Education Teaching and Learning in Virtual and Real World Learning Environments

Selected ubiquitous technologies encourage collaborative participation between higher education students and educators within a virtual socially networked e-learning landscape. Multiple modes of teaching and learning, ranging from real world experiences, to text and digital images accessed within the Deakin Studies Online learning management system and a constructed virtual world in which the user's creative imagination transports them to the “other side” of their computer screens is discussed in this paper. These constructed environments support interaction between communities of learners and enable multiple simultaneous participants to access graphically built 3D environments, interact with digital artifacts and various functional tools and represent themselves through avatars, to communicate with other participants and engage in collaborative art learning. A narrative interpretative research approach was used to profile the 21st century higher education student learner, to investigate the lived experience and multiple art learning perspectives documented in student visual journal entries and art educator observations to ascertain if an e-technology rich augmented learning environment resulted in the establishment of more effective e-learning communities of practice.

Assessment in Systems Analysis and Design: Simulation, Constraints and New Foundations

AbstractOver recent years, we have attempted to design summative assessments for a final year undergraduate module in Systems Analysis and Design that engage students in stimulating, practical tasks that are based upon real-world requirements. This paper evaluates the progression of these ambitions and draws attention to the constraints that inevitably limit attempts to simulate software development environments. The paper critically reflects on lessons learned and anticipates improvements in the model, particularly the idea that student solutions can form a repository of material representing an advancing body of in-house knowledge, and the prospect of moving towards a more real-world learning and assessment environment. Current work is focused on analysing system requirements among a community of voluntary carers dealing with elderly residents. This has the advantage of forging valuable external links as well as providing a live user environment. It is suggested that such projects could also be integrat...

A knowledge acquisition approach to developing Mindtools for organizing and sharing differentiating knowledge in a ubiquitous learning environment

Previous studies have reported the importance and benefits of situating students in a real-world learning environment with access to digital-world resources. At the same time, researchers have indicated the need to develop learning guidance mechanisms or tools for assisting students to learn in such a complex learning scenario. In this study, a grid-based knowledge acquisition approach is proposed and a Mindtool is developed to help students organize and share knowledge for differentiating a set of learning targets based on what they have observed in the field. An experiment has been conducted in an elementary school Natural Science course for differentiating different species of butterflies. Forty-one fifth-grade students have been assigned to a control group and an experimental group to compare the effect of the conventional approach and that of the proposed approach. The experimental results show that the proposed approach not only improves students’ learning achievements, but also significantly enhances their ability of identifying species in the field.

Effects of teaching and learning styles on students’ reflection levels for ubiquitous learning

Ubiquitous learning (u-learning), in conjunction with supports from the digital world, is recognized as an effective approach for situating students in real-world learning environments. Earlier studies concerning u-learning have mainly focused on investigating the learning attitudes and learning achievements of students, while the causations such as learning style and teaching style were usually ignored. This study aims to investigate the effects of teaching styles and learning styles on reflection levels of students within the context of u-learning. In particular, we investigated the teaching styles at the dimensions of brainstorming and instruction and recall and the learning styles at the dimensions of active and reflective learning. The experiment was conducted with 39 fifth grader students at an elementary school in southern Taiwan. A u-learning environment was established at a butterfly ecology garden to conduct experiments for natural science courses. The experimental results of one-way ANCOVA show that those students who received a matching teaching–learning style presented a significant improvement in their reflection level. That is, matching the learning styles of students with the appropriate teaching styles can significantly improve students’ reflection levels in a u-learning environment.