Who you’re gonna call? The development of university digital leaders

In our hyper-connected digitised educational world, university tutors are interested in capitalising on affordances of digital trends in teaching and learning. Students, under the alias of preservice- teachers, walk among them equipped with digital skills in areas of their interest. How can we encourage collaboration between tutors and students that can promote the use of the digital force wisely, support the development of students’ professional identities further and extend tutors’ digital competences? The story of nine tutors and eleven undergraduate pre-service-teachers working together on digital partnerships is set against discussions around digital leadership and citizenship. This case study aims to highlight how universities can respond to technology-driven change by engaging students further and support their awareness of digital citizenship. The overall results showed that the informal learning that students have capitalised outside the classroom can be used to scaffold their development of digital citizenship through offline community engagement. It demonstrates the advantage of using such opportunities as a means to encourage citizenship practices among university student communities and the positive impact that such synergies can have on all the participants

Developing a validated instrument to measure pre-service teachers’ ICT competencies : meeting the demands of the 21st-century

The main objective of this study is to develop a self-report instrument to measure pre-service teachers’ ICT competencies in education. The questionnaire items of this instrument are based on an existing comprehensive framework and were created with input from experts in the field. The data were collected from a sample of 931 final-year pre-service teachers in Flanders (Belgium). A first subsample was used for an exploratory factor analysis, and a second one to verify the identified factor structure via confirmatory factor analysis. A two-factor structure of ICT competencies was identified: (a) competencies to support pupils for ICT use in class and (b) competencies to use ICT for instructional design. This two-factor structure was confirmed in the confirmatory factor analysis. Recommendations are made on how this reliable instrument can help assess the level and progress of pre-service teachers’ ICT competencies

Adobe Youth Voices Literature Review

Education Development Center, Inc. (EDC) received a grant from Adobe to conduct an evaluation of the Adobe Youth Voices (AYV) program. As part of the evaluation, EDC conducted a review of relevant literature to situate AYV in a broader context, provide stakeholders with a framework for understanding goals and outcomes, and frame and inform the evaluation questions. EDC reviewed scholarly articles, program reports and evaluations, and research studies that addressed youth media programs, youth development, teacher professional development, and other areas related to AYV's goals.Among the findings, the literature review includes 6 key points that speak to the AYV program:1. The goals of youth media programs most commonly cited can be grouped into several categories: Youth voice -- the capacity for self-expression Youth development -- the process of developing the skills and personal attributes that enable young people to become successful adults Media literacy -- the ability to analyze, evaluate and produce information in a variety of media forms Skill development -- such as communication, critical thinking, technology, and media production skills Social action or civic engagement 2. Outcomes and impacts on participants of youth media programs commonly found in the literature include: Improved skills Improved community perception of youth Positive youth development Increased social action and civic engagement 3. Outcomes and impacts on participants of youth development programs frequently cited include:Improved communication, critical thinking, and related skills Increased self-esteem More positive attitudes towards school and their futures 4. There is broad agreement that traditional educational approaches do not adequately address 21st century skills. Education must adapt to be more compatible with the ways in which young people think and learn, as well as the tools and media that are part of their environment.5. Student engagement in education has been associated with positive youth development and 21st century skills. Engaging instruction often includes inquiry- or project-based, multidisciplinary, and authentic learning activities.6. Educator professional development is believed to be a key step toward improving student outcomes. While there is little research that can demonstrate this connection, there is new focus on evaluating the effectiveness of professional development activities. Elements of effective professional development include learning communities and collaboration, ongoing support and assistance, and active or applied learning

Literacy and numeracy skills and labour market outcomes in Australia

Australian adults are above the OECD average in literacy but only average in numeracy, according to a staff paper released by the Productivity Commission. The paper analyses the profile of adult literacy and numeracy skills in Australia, and how important those skills are for labour market outcomes. Key points: Adult literacy and numeracy skills contribute to wellbeing in many ways. At an individual level, they are central to social and economic participation. Literacy and numeracy skills are a core part of a person\u27s human capital. They also support the development of other forms of human capital, including knowledge, other skills and health. Some Australians have low (level 1 or below) literacy and numeracy skills. In 2011–12: 14 per cent of Australians could, at best, read only relatively short texts from which they were able to locate only a single piece of information. 22 per cent could only carry out one-step or simple processes such as counting where the mathematical content is explicit with little or no text or distractors. At the other end of the skill distribution, 16 per cent of Australians had high (level 4/5) literacy skills and 12 per cent had high numeracy skills in 2011–12. People with high literacy skills can make complex inferences and evaluate subtle truth claims or arguments in lengthy or multiple texts. People with high numeracy skills can understand a broad range of mathematical information that may be complex, abstract or embedded in unfamiliar contexts. Most Australians have skills somewhere between these levels. Groups with relatively low literacy and numeracy skills include: people with low levels of education; older persons; people not working; and immigrants with a non-English speaking background. Compared with other countries in the OECD, Australia performs above average on literacy but average in numeracy. Higher literacy and numeracy skills are associated with better labour market outcomes (employment and wages). Econometric modelling shows that: an increase in literacy and numeracy by one skill level is associated with an increased likelihood of employment of 2.4 and 4.3 percentage points for men and women, respectively an increase in literacy and numeracy skills is associated with a similar increase in the probability of employment, whether a person had a degree, diploma/certificate or Year 12 education an increase in literacy and numeracy by one skill level is associated with about a 10 per cent increase in wages for both men and women. This positive association is equivalent to that of increasing educational attainment from Year 11 to Year 12 or to a diploma/certificate up to 40 per cent of the association between education and employment is attributable to literacy and numeracy skills. These results are consistent with education providing many other attributes of human capital that are valued in the workplace more than half of the \u27penalty\u27 that affects the wages of people with a non-English speaking background is explained by their lower literacy and numeracy skills. • Staff working papers are not formal publications of the Commission. They have been prepared and are authored by individual staff to advance understanding of issues on the Commission’s supporting research program

Beyond the happy sheets! Evaluating learning in information skills teaching

This paper reviews three years of data measuring students' immediate reactions to a computer-assisted learning package in information skills and reports on work in progress to establish a more comprehensive programme of evaluation which will assess the longer term impact on learning of both the courseware itself and the way the courseware is delivered to students. The GAELS courseware was developed in the late 1990s as part of a collaborative project between the Universities of Glasgow and Strathclyde, with funding from the Scottish Higher Education Funding Council. The courseware was designed to teach higher level information skills and was initially developed for use with postgraduate engineering students; it has subsequently been adapted for use with students in other subject areas, including biological and physical sciences, and has been embedded for several years now in workshop sessions undertaken with postgraduate and undergraduate students across the Faculties of Science and Engineering at the University of Strathclyde. The courseware is introduced at the start of the academic session and made available on the Web so that students can use it as needed during their course and project work. During the first year, the courseware was used in isolation from other teaching methods (although a librarian was present to support students), whilst in the second and third years it was integrated into more traditional workshop-style teaching sessions (led by a librarian). Following work described in Joint (2003), library staff now wish to assess the longer term impact on learning of both the courseware itself and the way the courseware is delivered to students. However, the existing evaluation data does not adequately support this type of assessment. Teaching sessions are routinely evaluated by means of simple feedback forms, with four questions answered using a five-point Likert scale, collected at the conclusion of each session. According to Fitzpatrick (1998), such feedback forms measure students' reactions and represent but the first level of evaluation. Learning, which can be defined as the extent to which a student changes attitudes, improves knowledge and/or increases skill as a result of exposure to the training, is the second level and is not being measured with these forms. A more comprehensive programme of evaluation, including logging usage of the courseware outside teaching sessions and follow-up of students several months after their introduction to the courseware, is now being established to support a more meaningful assessment of impact of the courseware on student learning

The Teacher, The Tasks: Their Role in Students' Mathematical Literacy

This paper reports on part of a larger study and examines the changing nature of mathematics teaching and tasks. Two Year 4 classes were compared after mathematicalmodelling tasks were undertaken with and without top-level structuring. The results indicate that mathematical-modelling and top-level structuring tasks can advance mathematical literacy. Where students are guided through information organisation and mathematising through quality teaching, they can make sense of the mathematical world. Also evident was the vital role of the teacher in creating a positive learning environment through facilitating discourse and literacy development in mathematics students. Recommendations for teaching are given. Indications evidenced here warrant further investigation

Auditing the TPACK confidence of Australian pre-service teachers: the TPACK confidence survey (TCS)

This chapter describes the construction and validation of an instrument to measure teachers’ Technological Pedagogical Content Knowledge (TPACK). The TPACK Confidence Survey (TCS) contains scales that measure teachers’ attitudes toward using ICT; confidence to use ICT for teaching and learning tasks (TPACK); competency with ICT; Technology Knowledge (TK); and TPACK Vocational Self-efficacy. The scale measuring TPACK confidence uses the Learning With ICTs: Measuring ICT Use in the Curriculum instrument that has been evaluated and reported previously. This paper proposes that the TCS provides a valid and reliable instrument with which to audit teachers’ TPACK confidence

Scientific Literacy in the digital age: tools, environments and resources for co-inquiry

This paper describes some European and International projects to promote Scientific Literacy in the digital age as well as technologies, environments and resources for co-inquiry. The aim of this research is also to describe computer applications, software tools and environments that were designed to support processes of collaborative inquiry learning to promote Scientific Literacy. These tools are analyzed by describing their interfaces and functionalities. The outcomes of this descriptive research points out some effects on student learning and competences developed known from the literature. This paper argues the importance of promoting scientific citizenship not only through schools and Universities (formal learning), but also non-credit online courses and community-based learning programmes (non-formal context), as well as daily life activities, educational open digital materials through social networks (informal scenario)

Social Media in the Dental School Environment, Part B: Curricular Considerations

The goal of this article is to describe the broad curricular constructs surrounding teaching and learning about social media in dental education. This analysis takes into account timing, development, and assessment of the knowledge, skills, attitudes, and behaviors needed to effectively use social media tools as a contemporary dentist. Three developmental stages in a student’s path to becoming a competent professional are described: from undergraduate to dental student, from the classroom and preclinical simulation laboratory to the clinical setting, and from dental student to licensed practitioner. Considerations for developing the dental curriculum and suggestions for effective instruction at each stage are offered. In all three stages in the future dentist’s evolution, faculty members need to educate students about appropriate professional uses of social media. Faculty members should provide instruction on the beneficial aspects of this communication medium and help students recognize the potential pitfalls associated with its use. The authors provide guidelines for customizing instruction to complement each stage of development, recognizing that careful timing is not only important for optimal learning but can prevent inappropriate use of social media as students are introduced to novel situations