A research agenda for design-based learning in engineering education

It is often argued that ‘design’ is an (perhaps the) essential characteristic of engineering practice; that, “Design requires unique knowledge, skills, and attitudes common to all engineering disciplines, and it is these attributes that distinguish engineering as a profession.” Hence, it is not surprising to see engineering design identified as a key element of engineering education. There are a range of pedagogical models described, badged with a range of names, that are suggested as approaches to teaching engineering design, for example: project-based learning, problem-based learning, design-based learning, conceive-design-implement-operate (CDIO), problem-oriented project-based learning, social design based learning and project-oriented, design-based learning. While significant literature on engineering design education generally exists, many authors note open questions regarding optimal pedagogical approaches, and opportunities for further evaluation and research. In this paper we draw on literature about design education and DBL in engineering education, and synthesise themes that present a potential research agenda for those educators involved in DBL in engineering education.A search of the research literature was conducted using terms related to DBL in engineering education, including ‘Engineering Design’, ‘Design Education’, ‘Engineering + Project Based Learning’, ‘Engineering + Problem Based Learning’ and ‘Engineering + Design Based Learning’. The literature thus collected was expanded by inspecting the lists of references in the initially identified literature set for further potentially relevant literature. This process was repeated until no further related literature was identified, and resulted in 124 items. All collected literature was carefully reviewed for explicitly identified suggestions for future research. The authors also considered the literature set as a whole to identify additional research possibilities implied by aspects of DBL practice commonly addressed weakly, or not at all, in the available published research. From the results of this review, a set of themes was synthesised by grouping related research recommendations and possibilities. In the following section the identified research themes are presented and, for each, a summary of the supporting literature is given and a central research question is formulated by the authors.

Transforming Queensland VET : Challenges and Opportunities (Volume 1)

The volume is a collection of papers that address issues associated with change in the delivery of VET programs in Queensland, foreshadowed by the release of The Queensland Skill Plan in 2006. Issues that relate to the implementation of the Actions identified in the Queensland Skills Plan are the focus of the collection. In particular, the incorporation of Information Communication Technologies (ICTs) and e-learning approaches in the delivery of training packages is a key topic, how such change can be managed in the delivery of training programs, as well as broader professional development issues for VET practitioners. Change at an organisational level is the focus of two papers. Lyn Ambrose uses ideas from Diffusion of Innovations Theory to consider how the adoption eLearning in a TAFE community can be addressed. The paper by Susan Todhunter also discusses the organisational challenges in change initiatives in TAFE Institutes. Specific issues related to in the professional development of VET teachers are the focus of the papers by Mary Campbell, Sharon Altena, and Judy Gronold. Mary Campbell discusses the importance of building staff capabilities within the TAFE system and how this might be managed. Sharon Altena considers how professional development programs are currently delivered and how new approaches to professional development for TAFE teachers are needed to ensure changes can be sustained in teaching practice. The paper by Judy Gronold takes up a specific challenge for VET practitioners in the Queensland Skills Plan. She addresses issues related to embedding employability skills into training delivery in order to address industries’ need for flexible, multi-skilled productive workers. Mark Driver discusses the issues resulting from increased number of mature-aged learners in VET programs and how this change in the demographic profile of students presents challenges to the VET system. In the paper by David McKee, implications in the incorporation of ICTs into trade training are discussed and the need for effective change management strategies to ensure a smooth transition to new ways of delivering trade training. Finally, in the paper by David Roberts, the potential of Problem-Based Learning (PBL) approaches in VET training and the role of ICTs within such approaches are discussed. David uses horticulture training as an example to discuss the issues in implementing PBL effectively in VET programs. These papers were completed by the authors as a part of their postgraduate studies at QUT. The views reported are those of the authors and should not be attributed to the Queensland Department of Education, Training and the Arts.

Accountancy capstone : enhancing integration and professional identity

Capstone units are generally seen to have three main aims: integrating the program, reflecting on prior learning, and transitioning into the workplace. However, research indicates that most programs do not achieve outcomes in all three areas with Henscheid (2000) revealing that integration is the major goal of many capstone programs. As well, in the accounting education literature there has been little empirical evidence relating to the effectiveness of student learning as a result of implementing a capstone unit. This study reports on the development and implementation of an accountancy capstone unit at the Queensland University of Technology (QUT), which began in 2006. The main features of this capstone unit are: the use of problem-based learning (PBL); integration of the program; the development of a professional identity whereby classes are broken up into groups of a maximum of five students who take on the persona of a professional accounting firm for an entire semester; and the students, acting as professional advisors within that firm, are required to solve a series of unstructured, multi-dimensional accounting problems based on limited given facts. This process is similar to a professional advisor asking a client about the facts relating to the particular problem of the client and then solving the problem. The research was conducted over nine semesters and involved the collection of both quantitative and qualitative data from a student questionnaire. The results indicate that in terms of student perceptions, the capstone unit was very effective in enhancing integration of the program and enhancing professional identity thereby assisting student transition into the professional accounting workplace. Our approach therefore meets two of the three generally accepted aims of a capstone unit. With accounting educators striving to maximise student learning from a finite set of resources, this approach using PBL has resulted in improved learning outcomes for accounting students about to enter the workplace as professionals.

Contribution à l'étude de la construction des concepts scientifiques au cours de l'apprentissage par problèmes en médecine

L’approche d’apprentissage par problèmes (APP) a vu le jour, dans sa forme contemporaine, à la Faculté de médecine de l’Université MacMaster en Ontario (Canada) à la fin des années 1960. Très rapidement cette nouvelle approche pédagogique active, centrée sur l’étudiant et basée sur les problèmes biomédicaux, va être adoptée par de nombreuses facultés de médecine de par le monde et gagner d’autres disciplines. Cependant, malgré ce succès apparent, l’APP est aussi une approche controversée, notamment en éducation médicale, où elle a été accusée de favoriser un apprentissage superficiel. Par ailleurs, les étudiants formés par cette approche réussiraient moins bien que les autres aux tests évaluant l’acquisition des concepts scientifiques de base, et il n’a jamais été prouvé que les médecins formés par l’APP seraient meilleurs que les autres. Pour mieux comprendre ces résultats, la présente recherche a voulu explorer l’apprentissage de ces concepts scientifiques, en tant que processus de construction, chez des étudiants formés par l’APP, à la Faculté de médecine de l’Université de Montréal, en nous appuyant sur le cadre théorique socioconstructivisme de Vygotski. Pour cet auteur, la formation des concepts est un processus complexe de construction de sens, en plusieurs étapes, qui ne peut se concevoir que dans le cadre d’une résolution de problèmes. Nous avons réalisé une étude de cas, multicas, intrasite, les cas étant deux groupes de neuf étudiants en médecine avec leur tuteur, que nous avons suivi pendant une session complète de la mi-novembre à la mi-décembre 2007. Deux grands objectifs étaient poursuivis: premièrement, fournir des analyses détaillées et des matériaux réflectifs et théoriques susceptibles de rendre compte du phénomène de construction des concepts scientifiques de base par des étudiants en médecine dans le contexte de l’APP. Deuxièmement, explorer, les approches de travail personnel des étudiants, lors de la phase de travail individuel, afin de répondre à la question de recherche suivante : Comment la dynamique pédagogique de l’APP en médecine permet-elle de rendre compte de l’apprentissage des concepts scientifiques de base? Il s’agissait d’une étude qualitative et les données ont été recueillies par différents moyens : observation non participante et enregistrement vidéo des tutoriaux d’APP, interview semi-structuré des étudiants, discussion avec les tuteurs et consultation de leurs manuels, puis traitées par diverses opérations: transcription des enregistrements, regroupement, classification. L’analyse a porté sur des collections de verbatim issus des transcriptions, sur le suivi de la construction des concepts à travers le temps et les sessions, sur le role du tuteur pour aider au développement de ces concepts Les analyses suggèrent que l’approche d’APP est, en général, bien accueillie, et les débats sont soutenus, avec en moyenne entre trois et quatre échanges par minute. Par rapport au premier objectif, nous avons effectivement fourni des explications détaillées sur la dynamique de construction des concepts qui s'étend lors des trois phases de l'APP, à savoir la phase aller, la phase de recherche individuelle et la phase retour. Pour chaque cas étudié, nous avons mis en évidence les représentations conceptuelles initiales à la phase aller, co-constructions des étudiants, sous la guidance du tuteur et nous avons suivi la transformation de ces concepts spontanés naïfs, lors des discussions de la phase retour. Le choix du cadre théorique socio constructiviste de Vygotski nous a permis de réfléchir sur le rôle de médiation joué par les composantes du système interactif de l'APP, que nous avons considéré comme une zone proximale de développement (ZPD) au sens élargi, qui sont le problème, le tuteur, l'étudiant et ses pairs, les ressources, notamment l'artefact graphique carte conceptuelle utilisée de façon intensive lors des tutoriaux aller et retour, pour arriver à la construction des concepts scientifiques. Notre recherche a montré qu'en revenant de leurs recherches, les étudiants avaient trois genres de représentations conceptuelles: des concepts corrects, des concepts incomplets et des concepts erronés. Il faut donc que les concepts scientifiques théoriques soient à leur tour confrontés au problème concret, dans l'interaction sociale pour une validation des attributs qui les caractérisent. Dans cette interaction, le tuteur joue un rôle clé complexe de facilitateur, de médiateur, essentiellement par le langage. L'analyse thématique de ses interventions a permis d'en distinguer cinq types: la gestion du groupe, l'argumentation, les questions de différents types, le modelling et les conclusions. Nous avons montré le lien entre les questions du tuteur et le type de réponses des étudiants, pour recommander un meilleur équilibre entre les différents types de questions. Les étudiants, également par les échanges verbaux, mais aussi par la construction collective des cartes conceptuelles initiales et définitives, participent à une co-construction de ces concepts. L'analyse de leurs interactions nous a permis de relever différentes fonctions du langage, pour souligner l'intérêt des interactions argumentatives, marqueurs d'un travail collaboratif en profondeur pour la co-construction des concepts Nous avons aussi montré l'intérêt des cartes conceptuelles non seulement pour visualiser les concepts, mais aussi en tant qu'artefact, outil de médiation psychique à double fonction communicative et sémiotique. Concernant le second objectif, l’exploration du travail personnel des étudiants, on constate que les étudiants de première année font un travail plus approfondi de recherche, et utilisent plus souvent des stratégies de lecture plus efficaces que leurs collègues de deuxième année. Ceux-ci se contentent, en général, des ouvrages de référence, font de simples lectures et s’appuient beaucoup sur les résumés faits par leurs prédécesseurs. Le recours aux ouvrages de référence essentiellement comme source d'information apporte une certaine pauvreté au débat à la phase retour avec peu d'échanges de type argumentatif, témoins d'un travail profond. Ainsi donc, par tout ce soutien qu'elle permet d'apporter aux étudiants pour la construction de leurs connaissances, pour le type d'apprentissage qu'elle offre, l’APP reste une approche unique, digne d’intérêt. Cependant, elle nécessite d'être améliorée par des interventions au niveau du tuteur et des étudiants.

Aportes del Aprendizaje Basado en Problemas (ABP) en la enseñanza de la Fisiología Animal en un programa de Zootecnia

En partant de quelques difficultés observées autour des aspects de la conceptualisation technoscientifique et de l’intégration de la de la théorie et la pratique dans l’apprentissage de la physiologie animale chez les étudiants du programme de Zootechnie de l’Université Nationale de Colombie, siège Medellín, cette recherche propose une stratégie didactique s’appuyant sur la méthode de l’Apprentissage Basé sur les Problèmes (ABP), appliquée spécifiquement aux sujets de thermorégulation et stress physiologique des animaux domestiques. Dans cette étude de cas on a travaillé avec un échantillon de huit étudiants à qui on a présenté dès la première session un problème didactique pour être résolu à travers le cours. Afin d’évaluer le processus on a réalisé trois enquêtes nommées Épreuves de Niveau de Formulation (NF) réalisées à différents moments de l’essai : l’une avant de commencer avec le sujet (NF 1), l’autre après la troisième classe théorique donnée et avant de faire la pratique sur le terrain (NF 2), et l’autre à la fin du processus (NF 3). Finalement on a réalisé des entretiens individuels avec chaque étudiant afin de connaître sa perception concernant la méthode. L’information obtenue a été soumise à une analyse qualitative et par des correspondances, par le biais du programme QDA Miner à travers de la révision et codification des textes provenants des enquêtes et de l’entretien individuel, complétés à leur tour par des observations sur le terrain, en analysant le changement conceptuel, la relation théorie-pratique et les correspondances entre les variables et les catégories établies. Parmi les principaux résultats obtenus on souligne le fait qu’après avoir appliqué l’ABP dans ce cours de Physiologie Animale le changement conceptuel a été favorisé et le problème formulé a servi comme connecteur entre la théorie et la pratique. En outre, on a observé la fusion des connaissances préalables avec les nouveaux acquis, l’apprentissage significatif, l’amélioration du niveau de formulation et l’augmentation de la scientificité des définitions; également il a mené à la solution viii de problèmes et à surmonter les obstacles épistémologiques comme la pluridisciplinarité et la non-linéarité. Il reste comme recommandation celle d’évaluer cette méthode dans d’autres sujets de la Physiologie Animale, dans d’autres sciences, dans des échantillons d’une taille majeure, ainsi comme approcher le sujet de l’évaluation appliquée directement à cette méthode.

Experiència d'implementació de l'Aprenentatge Basat en Problemes (ABP) al primer curs dels estudis de medicina en una facultat de nova creació

La implementació de l’Espai Europeu d’Educació Superior a les facultats comporta canvis importants, especialment dirigits cap a uns estudis més centrats en l’estudiant. Un puntal en aquest nou mètode docent és l'Aprenentatge Basat en Problemes (ABP) o Problem Based Learning (PBL), una metodologia didàctica en la qual l'alumne aprèn els conceptes de cada mòdul mitjançant la resolució de problemes o casos clínics adequadament dissenyats i formulats per l’equip docent. La implementació de l’ABP exigeix, doncs, una planificació de la docència organitzada en grups petits (10-12 alumnes per sessió) amb un tutor que només guia i resol dubtes. No fa exposició de coneixements que els estudiants necessàriament han d’obtenir mitjançant el seu treball. L’objectiu d’aquest treball és descriure l’experiència portada a terme a la Facultat de Medicina de la UdG durant el curs 2008-09 aplicant la metodologia docent de l’ABP, així com els resultats obtinguts en l’avaluació de l’alumnat i del professorat. Aquesta metodologia ha requerit una sèrie d’estratègies de planificació i gestió per part dels diferents agents implicats que condicionaran l’èxit de l’aprenentatge de l’estudiant. Ha calgut tenir presents una sèrie de recursos que s’han de gestionar convenientment per a garantir la viabilitat del mètode: professorat motivat, figura d’un coordinador de mòdul, material docent i disseny d’horaris específics, reconversió dels espais de l’aulari, constitució d’una Unitat d’Educació Mèdica i vincles d’assessorament pedagògic específics, entre d’altres. Del total d’alumnes matriculats a primer de medicina (n=89) els resultats disponibles són els següents: 86,2% d’aprovats amb una nota mitjana de 7,2. L’índex d’abandonament ha estat de l’1,25%. Pel que fa als tutors, la proporció amb una valoració per sota del 6 és d’un 3,7%. Conclosa aquesta primera experiència d’implementació de la metodologia ABP cal plantejar els propers passos. Actualment està tenint lloc la planificació de segon curs en la qual es pretén aprofundir en les millores possibles. Els esforços de primer es van centrar a iniciar el camí, a determinar un projecte adequat, a planificar els mòduls i recursos, a dotar-ho d’eines adequades, a desenvolupar nous materials i, sobretot, a adaptar la mentalitat d’alumnes i professors. Cal incidir en la difusió dels resultats

Handbook of curriculum development. 'Manual de desarrollo curricular'.

Incluye índice temático. Resumen basado en el de la publicación

On the fast track speeding nurses into the future: a two year Bachelor of Nursing for graduates of other disciplines

It has been suggested in nursing literature that a bachelor's degree should be the pre-requisite to professional nursing education and registration. The perceived advantages of graduates entering the nursing profession led faculty in the School of Nursing La Trobe University to introduce in 1997 an innovative two-year Bachelor of Nursing (BN) program, believed to be the first in Australia, for graduates of other disciplines. A problem-based learning (PBL) approach was selected to facilitate the teaching learning process. Data to evaluate the progress of the accelerated students were collected by examining their previous degree background, conducting a focus group discussion mid year and comparing the students' academic results with those completing the traditional three-year course. Findings indicate that students in the accelerated course were highly motivated but experienced significant stress. In part the stress emanated from the need to identify their own learning needs. However, despite their concerns most accelerated students scored at least as well both clinically and academically as traditional students. Moreover, in six of the seven final year subjects each group studied the accelerated students performed better.

Teaching future Australian information systems professionals

Teaching Information Systems (IS) to Australian tertiary students has come increasing problematic with many of them relying on a face level approach to study. This will surely affect their understanding of IS material and in turn affect their effectiveness in the workplace. This paper examines the issues behind this trend and considers Problem Based Learning (PBL) as an aid to counteract it.

Teaching journalism students and regional reporters how to work with cultural diversity

This paper examines the effectiveness of a set of curriculum materials developed for a Reporting Diversity and Integration Project tailored for Australian journalists and journalism students. The materials take a problem-based learning (PBL) approach to a hypothetical case study that involves Muslim netballers being banned from competition because they want to wear headscarves during play. Deferring to ideas developed by Russian psychologist, Leo Vygotsky, we proposed a few ‘scaffolding’ strategies to support student learning. The material was trialed with 30 first-year Deakin University journalism students and 30 regional journalists. The responses showed that both groups felt the materials we added to the curriculum resources, which provided information on Muslim women and the headscarf, affected how they would write the story. They also thought it was important to provide this kind of information for readers. This paper argues that providing cultural information in an accessible format for students and journalists in newsrooms should be integral to education and training materials designed to improve media coverage of cultural diversity issues.

I would like to change the world, but they wouldn't let me have the source code

In this paper we present the findings of a group problem-solving task involving eight randomly selected students. The focus of this study was to identify and explore students' application of generic skills, cross-disciplinary knowledge and skills, innovative thinking and engineering disciplinary knowledge. While this was the main aim of this study, we also used the findings of this study to triangulate the findings of a broader study which aims to identify and explore students' perceptions of problem based learning (PBL) in first year electrical engineering. The broader qualitative study of learners in a problem based engineering context will identify, explore and report on the factors that influence student learning behaviours and their attitudes as future engineers. Studying the learning cultures from the students' view point in a diverse student group should provide evidence to further theorize about the models of self-regulation in autonomous learners. For this group problem solving activity, we designed a problem (advanced lift controller system) and allowed students one hour to work on a solution for this problem. The eight students from a number of actual PBL groups were divided into two groups depending upon their availability. Both groups were given the same problem. The researcher played the role of a facilitator and collected the data simultaneously. Students were given access to books relevant to the problem, computer access and access to the Internet. They were also provided with links to sample websites such as the University's electronic library and other technology related websites on the World Wide Web. The activity was designed such that students were not required to arrive at a definite outcome. However, they were asked to brainstorm ideas, and as a group, to decide on ways that they would obtain and share information and to formulate and suggest possible innovative solutions to the problem. Data for this activity was collected by means of observation. The activity was audio and video recorded in order to help revisit the data at any stage. At the time this study was conducted, students had completed two PBL units in their first year of an electronic and electrical engineering undergraduate degree course. This study also provided insight into students' attitudes and their behaviours towards learning in a group setting, learning approaches and outcomes, different responses to the heterogeneity of the students in the group, and their responsibility and accountability in an autonomous learning setting such as PBL.

Virtual design studio within a blended social network

Online interactions, multimedia, mobile computing and face-to-face learning create blended learning environments to which some Virtual Design Studios (VDS) have reacted. Social Networks (SN), as instruments for communication, have provided a potentially fruitful operative base for VDS. These technologies transfer communication, leadership, democratic interaction, teamwork, social engagement and responsibility away from the design tutors to the participants. The implementation of a Social Network VDS (SNVDS) moved the VDS beyond its conventional realm and enabled students to develop architectural design that is embedded into a community of learners and their expertise both online and offline. Problem-based learning (PBL) becomes an iterative and reflexive process facilitating deep learning. The paper discusses details of the SNVDS, its pedagogical implications to PBL, and presents how the SNVDS is successful in empowering architectural students to collaborate and communicate design proposals that integrate a variety of skills, deep learning, knowledge and construction with a rich learning experience.

Clinical reasoning sessions: back to the patient

BACKGROUND: Problem-based learning (PBL) was developed as a facilitated small group learning process based around a clinical problem. Originally designed for pre-clinical years of medical education, its application across all years poses a number of difficulties, including the risk of reducing patient contact, providing a learning process that is skewed towards an understanding of pathophysiological processes, which may not be well understood in all areas of medicine, and failing to provide exposure to clinically relevant reasoning skills. CONTEXT: Curriculum review identified dissatisfaction with PBLs in the clinical years of the Sydney Medical School's Graduate Medical Program, from both staff and students. A new model was designed and implemented in the Psychiatry and Addiction Medicine rotation, and is currently being evaluated. INNOVATION: We describe an innovative model of small-group, student-generated, case-based learning in psychiatry - clinical reasoning sessions (CRS) - led by expert facilitators. IMPLICATIONS: The CRS format returns the student to the patient, emphasises clinical assessment skills and considers treatment in the real-world context of the patient. Students practise a more sophisticated reasoning process with real patients modelled upon that of their expert tutor. This has increased student engagement compared with the previous PBL programme.

AAERO : ambiente de aprendizado para o ensino de redes de computadores orientado a problemas

Atualmente, a sociedade tem experimentado uma grande transformação devido à crescente incorporação da tecnologia em seu cotidiano. Estas mudanças demonstram o grande avanço tecnológico experimentado nas últimas décadas, principalmente na área de Redes e Telecomunicações. Este contexto tem gerado uma crescente procura por profissionais desta área, com um perfil que privilegie, além do conhecimento técnico, outras habilidades consideradas importantes, como o pensamento crítico, o auto-aprendizado e a habilidade para trabalhar em equipe, habilidades estas que não são normalmente focadas nos cursos atuais. Estas habilidades são estimuladas nas abordagens centradas nos alunos, com destaque ao Problem-Based Learning (PBL), uma abordagem na qual o aluno é exposto a problemas, sem nenhum conhecimento prévio, e que, para resolvê-los, precisa pesquisar e analisar novas informações, visando sua aplicação na solução dos mesmos. Apesar da grande utilização do PBL em diversas instituições no mundo, existem poucas ferramentas de software que dão apoio para sua total aplicação. Por outro lado, mesmo sendo bem estruturado, o PBL não sugere indicações de como assimilar melhor novas experiências, de como buscar o conhecimento em experiências anteriores e como desenvolver problemas atuais e interessantes com características reais. Estas dificuldades podem ser minimizadas com a utilização do CBR (Case-Based Reasoning). Entre as aplicações CBR desenvolvidas especificamente na área de Redes de Computadores, pode-se destacar o sistema DUMBO, um sistema CBR, desenvolvido na UFRGS, especificamente para o diagnóstico de problemas em Redes de Computadores. A integração com o DUMBO permite à abordagem PBL ser aplicada com maior eficiência, utilizando sua biblioteca de casos como ferramenta de pesquisa e para a sugestão de novos problemas a partir de casos reais e atuais. Com base nestas afirmações, este trabalho apresenta a proposta e o desenvolvimento de um protótipo de ambiente de aprendizado para o ensino de Redes de Computadores, utilizando a abordagem PBL em conjunto com a abordagem CBR através do sistema DUMBO.

Teaching in the community: Changing and implementing a new curriculum

The Faculdade de Medicina de Botucatu is changing to, and implementing a new curriculum aimed at integrating teaching and learning in the community. Emphasis is on preparing the community settings for teaching, learning and providing health care. A particular task is staff development with emphasis on problem-based learning (PBL) and training medical and nursing students in the leadership to participate in this process. The new curriculum includes the gradual introduction of clinical practice during First Year, integration of the basic sciences with clinical sciences, through integrated modules studied in small groups, and maintenance of the two year clerkship. The undergraduates are introduced gradually to the community: 8% of the total curriculum during First Year, 10% during Second Year, 10% during Third Year, 20% during Fourth Year, 30% during Fifth and Sixth Years. The basic health units at primary care level, and the regional specialty outpatients and hospitals at the second level, are the main teaching sites. An Education Development Committee was established to discuss the strategies for supporting the changes and to structure the planning for promoting the gradual transformation of staff development. After 18 months of implementation of the curriculum, there followed discussions and monitoring of the objectives of changes in medical education at our school. Successful implementation of the new curriculum would fail, if the objectives were not absorbed by every member of the implementation Committee.