Preparing engineering graduates for the knowledge economy through blended delivery of mathematics

Contemporary higher education institutions are making significant efforts to develop cohesive, meaningful and effective learning experiences for Science, Technology, Engineering and Mathematics (STEM) curricula to prepare graduates for challenges in the modern knowledge economy, thus enhancing their employability (Carnevale et al, 2011). This can inspire innovative redesign of learning experiences embedded in technology-enhanced educational environments and the development of research-informed, pedagogically reliable strategies fostering interactions between various agents of the learning-teaching process. This paper reports on the results of a project aimed at enhancing students’ learning experiences by redesigning a large, first year mathematics unit for Engineering students at a large metropolitan public university. Within the project, the current study investigates the effectiveness of selected, technology-mediated pedagogical approaches used over three semesters. Grounded in user-centred instructional design, the pedagogical approaches explored the opportunities for learning created by designing an environment containing technological, social and educational affordances. A qualitative analysis of mixed-type questionnaires distributed to students indicated important inter-relations between participants’ frames of references of the learning-teaching process and stressed the importance (and difficulty) of creating appropriate functional context. Conclusions drawn from this study may inform instructional design for blended delivery of STEM-focused programs that endeavor to enhance students’ employability by educating work-ready graduates.

HE in FE projects: summary report

This report provides a summary overview of the projects and findings from nine projects that explored the use of technology-enhanced learning delivered in Higher Education (HE) courses delivered by Further Education (FE) colleges.

A comprehensive description of the competencies required for the performance of an ultrasound-guided axillary brachial plexus blockade

We addressed four research questions, each relating to the training and assessment of the competencies associated with the performance of ultrasound-guided axillary brachial plexus blockade (USgABPB). These were: (i) What are the most important determinants of learning of USgABPB? (ii) What is USgABPB? What are the errors most likely to occur when trainees learn to perform this procedure? (iii) How should end-user input be applied to the development of a novel USgABPB simulator? (iv) Does structured simulation based training influence novice learning of the procedure positively? We demonstrated that the most important determinants of learning USgABPB are: (a) Access to a formal structured training programme. (b) Frequent exposure to clinical learning opportunity in an appropriate setting (c) A clinical learning opporunity requires an appropriate patient, trainee and teacher being present at the same time, in an appropriate environment. We carried out a comprehensive description of the procedure. We performed a formal task analysis of USgABPB, identifying (i) 256 specific tasks associated with the safe and effective performance of the procedure, and (ii) the 20 most critical errors likely to occur in this setting. We described a methodology for this and collected data based on detailed, sequential evaluation of prototypes by trainees in anaesthesia. We carried out a pilot randomised control trial assessing the effectiveness of a USgABPB simulator during its development. Our data did not enable us to draw a reliable conclusion to this question; the trail did provide important new learning (as a pilot) to inform future investigation of this question. We believe that the ultimate goal of designing effective simulation-based training and assessment of ultrasound-guided regional anaesthesia is closer to realisation as a result of this work. It remains to be proven if this approach will have a positive impact on procedural performance, and more importantly improve patient outcomes.

ReaderBench: An Integrated Cohesion-Centered Framework

Dascalu, M., Stavarache, L.L., Dessus, P., Trausan-Matu, S., McNamara, D.S., & Bianco, M. (2015). ReaderBench: An Integrated Cohesion-Centered Framework. In G. Conole, T. Klobucar, C. Rensing, J. Konert & É. Lavoué (Eds.), 10th European Conf. on Technology Enhanced Learning (pp. 505–508). Toledo, Spain: Springer.

Use and access to ICT in students of public secondary schools in Chihuahua City, Mexico: inclusion in teaching and digital literacy

This paper addresses the issue of the digital divide in students of public secondary schools at Chihuahua City, Mexico. It seeks to identify potential inequality of opportunities with regards to subjects’ access to information, knowledge and education through the ICT (internet, mobile telephony, broadband and television). The study takes three schools as investigative stage, using the survey as a data collection instrument, identifying patterns of behavior regarding: general knowledge of them, access to computer equipment and internet, and characterization of their use. Other aspects of analysis are the identification of the educational level of parents and access to technology resources available for academic and non-academic purposes in various application areas (home, school and social environment). The proposal concludes, that it is through the recollection of alternatives suggested by the teachers themselves to incorporate ICT for teaching purposes in a systematic and planned fashion, whose greatest reflection manifests in better digital literacy indicators.

An evaluation of Lab Tutor from the Nursing Student’s Perspective

The efficiency of large group teaching (lectures) has long been called into question with much research high lighting low levels of student participation, and poor attention spans leading to a lack of engagement with learning which inhibits deep learning. Small group teaching and Enquiry Based Learning (EBL) are methods of teaching that can help promote deep learning. There is also a growing need and demand for Technology Enhanced Learning to suit changing lifestyles. The Labtutor® System, is one such piece of software that is designed to incorporate EBL and small group teaching quality into the large group setting.

This study provides a descriptive survey of adult nursing student’s perceptions of the Labtutor system following its use in two Life Science modules within an undergraduate nursing programme. A convenience sample of first year adult nursing students (n= 115) were identified to complete a 32 item questionnaire (appendix three).
Participants reported overall that they enjoyed using the system and found it beneficial to their learning specifically:
(a) Increased engagement with material in online learning as a result of using the system.
(b) Increased participation and levels of interactivity in the lecture as a result of using the system.
(c) Increased enhancement of learning as a result of using the system and
(d) Usefulness of the formative assessment facilitated by using the system.

The study concludes that Labtutor® system and other such methods of Technology Enhanced Learning packages if used correctly can enhance learning.

Aprendizagem potenciada pela tecnologia no ensino superior : construção de um referencial de qualidade

A utilização da tecnologia como mediadora do processo de ensino e de aprendizagem tem sido um aspeto incontornável no Ensino Superior e nas prioridades institucionais. A sua utilização tem sido, no entanto, mais norteada por um paradigma de disponibilização em vez de ser norteada por um paradigma de potenciação. Este estudo procura discutir o papel da tecnologia como potenciadora da aprendizagem, através da introdução de um conceito de aprendizagem potenciada pela tecnologia. Nesse sentido o estudo procura apresentar um referencial de qualidade dos pressupostos para a existência de uma aprendizagem potenciada pela tecnologia que permita orientar os diversos atores para práticas de qualidade na utilização da tecnologia e facilitar o desenho de instrumentos de avaliação, autoavaliação e monitorização. Assente num método de Grounded Theory, sustentado em abordagens interpretativas e qualitativas, o estudo procura identificar os alicerces da aprendizagem potenciada pela tecnologia através da identificação de instâncias e da formulação de conceitos reveladores de práticas de qualidade. Paralelamente, o estudo desenha um quadro referencial de qualidade que procura identificar dimensões e indicadores que permitam avaliar a qualidade dos pressupostos fundamentais para a concretização de uma aprendizagem potenciada pela tecnologia. O quadro referencial, assim como a definição do conceito de aprendizagem potenciada pela tecnologia, foi sustentado metodologicamente em dois estudos: (i) um estudo teórico, no qual foram identificados os alicerces da aprendizagem potenciada pela tecnologia no Ensino Superior, assim como uma revisão de modelos e de instrumentos nacionais e internacionais; e (ii) um estudo empírico que inclui a realização de entrevistas individuais a docentes, membros de órgãos de gestão e staff de suporte; Focus-Group a estudantes; e entrevistas a

The New Web Literacy

Web 2.0 is sometimes described as the read/write web, giving everyday users the chance to create and share information as well as to consume information created by others. Social media systems are built on this foundation of participation and sharing, but what is the mindset of these users, and are they quite so everyday as we might suppose? The skills and attitudes held by users can be described as their literacy, and there has been a lot of debate over the last few years about how to describe these literacies, and design for them. One field that has been changed radically by this notion is Technology Enhanced Learning (TEL) where a fierce debate has raged about the potential of a new generation of highly literate digital natives, and Edupunks have argued for open and personal systems that challenge traditional models of institutional control. In this session we look at the arguments surrounding digital literacy and examine TEL as an example of how social media can change an application domain.

CITE and educational transformation

Presentation given by Professor Hugh Davis to the University Strategic Research Group for the Digital Economy monthly lunch meeting on Monday 24 September 2012. This session provided an update on the evolution of the University Centre for Innovation in Technologies and Education (CITE) in September 2012.

CITE Away Day Presentation

This presentation was delivered by Professor Hugh Davis at the first CITE Away Day. The Away Day took place on Wednesday 17 October, 2012 at the Dolphin Hotel, Southampton, 10:00-4:00. The participants were 21 members of CITE and facilitation was provided by Kate Dickens (who is also a member of CITE).

Elearning: 40 years of evolution?

Cun-ent rhetoric around the use of 'eLearning' in Higher Education relates particularly to Internet-based flexible eLearning programs that focus on sustaining particular communities of practice. In this paper we argue that this contempormy view of what eLearning comprises arises from a lack of historical perspective on what the focus of educational eLearning programs has been over the past 40 years. Contemporary descriptions of eLearning as a 'new mode of learning' are fallacious and ignore its 40-year evolution from 1: 1 localised didactic models (both constmctivist and behaviourist) to many-to-many distributed social-constmctivist learning models. In addition, the historic divide between Education and Training has led to both the concurrent development of different notions, foci, and labels for technology-enhanced learning in different contexts and situations, and different conceptual origins arising in acquisitive and participatory learning metaphors. We argue that a more inclusive and historically aware conceptual framework is needed to be able to accurately describe what the full repertoire 'eLearning' really embraces

A characterisation of passive and active interactions and their influence on student's achievement using Moodle LMS Logs

During the last years, there has been much concern about learning management systems' (LMS) effectiveness when compared to traditional learning and about how to assess students' participation during the course. The tracking and monitoring capabilities of most recent LMS have made it possible to analyse every interaction in the system. The issues addressed on this study are: a) Is LMS student's interaction an indicator of academic performance?; b) Are different results in performance expected between distance and in-class LMS-supported education?; c) How can LMS interactions from logs be categorised?; d) May this categorisation detect 'learning witnesses'? To answer these questions, a set of interaction types from Moodle LMS activity record logs has been analysed during two years in online and in-class Master's degrees at the UPM. The results show partial or no evidence of influence between interaction indicators and academic performance, although the proposed categorisation may help detect learning witnesses.