Understanding declining science participation in Australia : a systemic perspective

In this chapter we describe the substantial declines in student participation in senior high school physics, chemistry and biology classes in Australia over the last two decades. We outline some of the explanations commonly offered to account for these declines, focusing on two contrasting positions: first, that they are due to today’s students holding less positive attitudes towards science classes and careers than their predecessors, and second, that the declines are related to policy and structural changes at the upper secondary and tertiary education levels which have affected the relative status of subjects and the dynamics of choice. We describe how the Choosing Science study investigated the extent to which the two hypotheses were supported by empirical evidence, and discuss our findings in the light of a third result from the study concerning the role of self-identity in subject choice. We conclude that the declines in high school science enrolments are most likely related to changes in school and university curriculum options and that within this expanded curriculum marketplace, identity becomes a very important reference point in students’ decisions about whether to take science in the final years of high school.

Tech Ed students strut their stuff: information literacy and a practical assignment

This reports a study that seeks to explore the experience of students majoring in technology and design in an undergraduate education degree. It examines their experiences in finding and using information for a practical assignment. In mapping the variation of the students' experience, the study uses a qualitative, interpretive approach to analyse the data, which was collected via one-to-one interviews. The analysis yielded five themes through which technology education students find and use information: interaction with others; experience (past and new); formal educational learning; the real world; and incidental occurrences. The intentions and strategies that form the students' approaches to finding and using information are discussed. So too are the implications for teaching practice.

Automaatioteknologian opetus kuvakepohjaisella ohjelmointikielellä : Teknologiakasvatuksen opetuskokeilu kolmessa eri käyttöympäristössä

Tutkimus kuuluu Helsingin yliopiston opettajankoulutuslaitoksen luonnontieteen ja teknologian opetusta ja opetusvälineitä kehittävään LUONTI-projektiin. Tutkimuksen tarkoituksena on teknologiakasvatukseen liittyvän käsitteistön selkiyttäminen ja projektissa kehitetyn laitteiston, Empirica Controlin, käyttöönotto ja sen tutkiminen. Teoreettisessa taustassa tarkastellaan teknologiaa ja teknologiakasvatusta oppivelvollisuuskoulun näkökulmasta. Erilaisia teknologiamäärittelyjä ja ajatuksia teknologian olemuksesta verrataan tutkimuksessa kehitetyillä malleilla. Teknologia on luonteeltaan integroiva aihepiiri, jolle on ainakin tässä tutkimuksessa esitetyn teorian valossa vaikea määritellä omaa tiedonalaa ja siten luontevaa paikkaa omana oppiaineenaan. Avoimessa oppimisympäristössä tapahtuvaa kognitiivisen teorian mukaista oppimista on hahmoteltu muokkaamalla Lehtisen (1988) esittämää mallia. Aikaisempien tutkimus- ja kokeiluraporttien perusteella määritellään kolme luovaa ongelmanratkaisua ja avointa oppimisympäristöä hyödyntävää työtapaa: mallintava menetelmä, ongelmanratkaisu ja vapaa kokeilu. Empirica Controlia verrataan tekstipohjaiseen Logoon ja muihin markkinoilla oleviin laitteistoihin sekä tarkastellaan sen ominaisuuksia didaktiikan ja konstruktivistisen oppimisteorian näkökulmasta. Tutkimuksen empiirinen osuus koostuu kolmesta opetuskokeilusta. Laajin kokeilu järjestettiin kahdella helsinkiläisellä peruskoulun ala-asteen 2. luokalla. Menetelmällisenä viitekehyksenä oli neljä sykliä käsittävä opetus- ja arviointikäytäntöjen kehittämiseen pyrkivä toimintatutkimus, jossa jokainen sykli pitää sisällään kvantitatiivisesti suoritetun oppimisen tarkastelun. Tiedonhankintamenetelminä käytettiin oppilaiden itsearviointia, erilaisia haastatteluja ja ääninauhan tukemaan strukturoitua päiväkirjaa pyrkien menetelmälliseen triangulaatioon. Näitä tuloksia varmennettiin kahdella lyhyemmällä opetuskokeilulla, joista toisessa tutkittavat olivat viidesluokkalaisia ja toisessa luokan- ja lastentarhanopettajiksi opiskelevia. Tutkimus tuotti kokemuksia Empirica Controlin opetuskäytöstä sekä laitteiston kehittämisehdotuksia. Tulosten mukaan oppilailla oli työskentelyn vaatiman teknologiaan, tietotekniikkaan ja rakentamisee nliittyvät perusvalmiudet. He kokivat työskentelyn positiivisena ja oppivat käyttämään ohjelmointikielen yksinkertaisimpia käskyjä. Lyhyemmät opetuskokeilut antoivat samansuuntaisia tuloksia. Teknologian oppimista tutkittiin automaatioteknologisten laitteiden toiminnasta annettujen selitysten kautta. Selityksissä havaittiin vain hienoista paranemista. Avainsanat: teknologiakasvatus, konstruktivismi, avoin oppimisympäristö, ryhmätyö, tietokoneavusteinen opetus,triangulaatio Keywords: technology education, constructivism, open learning environment, groupwork, computer-aided instruction,triangulation

Choosing physical science courses: The importance of cultural and social capital in the enrolment decisions of high achieving students

This paper reports and discusses findings from a recent study which explored the science enrolment decisions of high achieving, or ‘science proficient’ secondary level students in Australia (Lyons 2003). The research was prompted by the increasing reluctance of such students to enrol in postcompulsory science courses, particularly in physics and chemistry. The study investigated the influences on students’ deliberations about taking a range of science courses. However, this report confines itself to decisions about enrolling in the physical sciences. The paper summarises the students’ experiences and conceptions of school science, as well as the characteristics of their ‘family worlds’ found to be influential in their decisions1. The paper discusses the important roles of cultural and social capital in these decisions, and concludes that enrolment in physical science courses was associated with congruence between the students’ conceptions of school science, and characteristics of their family backgrounds.

Digital revolution or digital divide: Will rural teachers get a piece of the professional development pie?

In order to sustain the rural education community, access to high quality professional development opportunities must become a priority. Teachers in rural areas face many challenges in order to access professional learning equitable to their city counterparts. In the current climate, the Federal government of Australia is committed to initiatives that support the use of ICT in education. These include initiatives such as the Digital Education Revolution, including the National Broadband Network. This "revolution" includes the committal of $2.2 billion funding over six years from 2008 - 2013 which purports to bring substantial and meaningful change to teaching and learning in Australian schools. Of this funding, the Prime Minister (former Minister for Education), Julia Gillard, has committed $40 million of the total budget to ICT related professional development for teachers. But how will rural teachers ensure they get a piece of the PD pie? Access to professional learning is critical and isolation from colleagues, professional associations and support structures can affect the retention of teachers and in turn affect the sustainability of rural communities. This research paper describes the findings of the first phase of a study that investigates access to professional learning from rural and remote areas of Western Australia, the efficiencies of this approach including teacher perceptions and possible opportunities for improvement through the application of technologies. A survey instrument was administered and the results from104 principals and teachers within the Remote Teaching Service and the Country Teaching Program of the Department of Education and Training (WA) are discussed. Qualitative data was collected by semi-structured interviews and emailed questionnaires. Phase One findings highlight the principals and teachers? perceptions of their access to professional development opportunities, professional learning communities and their use of information and communication technologies (ICT) to bridge the gap

Numerical study on the surface depression of the concrete runway pavement under impact load

Airport runway pavement always subjected to huge impact loading due to the hard landing of aircraft on the pavement surface. Therefore runway pavements should have sufficient impact resistance capability to avoid damage causing by hard impact like surface deflection in downward or penetration since the repair works is cumbersome within the operating condition of airport and also increases the service life cost of the pavement structure. Several research works have been carried out on airport runway pavement to measure the present condition of pavement and also to predict future performance of it. However, most of the works are confined by pavement response under moving aircraft loading. Nevertheless, no comprehensive research work is yet conducted to identify the controlling factors which might have significant effect in changing the common pavements damage like surface penetration depth under impact of aircraft. Therefore, a 3D FE study is conducted to determine some effective factors in controlling the top surface penetration depth of runway pavement. Among the exterior factors, mass of the impactor, velocity of the impactor, impact angle and boundary conditions are selected and as interior factors, thickness of the runway pavement, compressive strength and density of materials used in the runway pavement are selected.

Bombs away: Visual thinking and students’ engagement in design studios contexts

In design studio, sketching or visual thinking is part of processes that assist students to achieve final design solutions. At QUT’s First and Third Year industrial design studio classes we engage in a variety of teaching pedagogies from which we identify ‘Concept Bombs’ as instrumental in the development of students’ visual thinking and reflective design process, and also as a vehicle to foster positive student engagement. In First year studios our Concept Bombs’ consist of 20 minute individual design tasks focusing on rapid development of initial concept designs and free-hand sketching. In Third Year studios we adopt a variety of formats and different timing, combining individual and team based tasks. Our experience and surveys tell us that students value intensive studio activities especially when combined with timely assessment and feedback. While conventional longer-duration design projects are essential for allowing students to engage with the full depth and complexity of the design process, short and intensive design activities introduce variety to the learning experience and enhance student engagement. This paper presents a comparative analysis of First and Third Year students’ Concept Bomb sketches to describe the types of design knowledge embedded in them, a discussion of limitations and opportunities of this pedagogical technique, as well as considerations for future development of studio based tasks of this kind as design pedagogies in the midst of current university education trends.

"Kyl mä varmaan kohta ymmärrän." : Asunnon suunnittelu -opetusohjelma oppilaiden ajattelun ja oppimisen haastajana peruskoulun kotitalousopetuksessa

"I will soon understand." The House Planning Program as an Enhancer of Pupils´ Thinking Skills and Learning in Home Economics at Comprehensive School The aim of the research was to build a study program for home economics education in order to enhance pupils´ thinking skills. The program was based on the intervention programs or strategies known as Cognitive Acceleration (CA), which are founded on the theories of Jean Piaget, Lev Vygotsky, and Reuven Feuerstein. In addition, Carl Bereiter s theory of knowledge building was integrated to the research. The viewpoint of home economics was based on the multidimensional foundation of home economics science, particularly household technology and house planning. I first analyzed the kind of body of knowledge home economics science and home economics education provides for enhancing thinking skills in home economics. For the study, a CATE (Cognitive Acceleration through Technology Education) program was adapted and modified and a House Planning program was created for home economics classes. The house planning program consisted of five lessons during which pupils learned how to make functional floor plans as well as choose furniture, household appliances and materials for the home. In order to obtain the required data, various classroom experiments were arranged in 2005 with grade 9 pupils at a comprehensive school in Helsinki. All the experiments were videotaped, and five hours of the videotaped material was edited and transcribed for closer examination. The material consisted of all the video-recorded activity of the selected study group. Interaction study and content analysis were used to analyze the data. Following the experiments, a small survey was conducted to solicit pupils´ and teacher´s opinions of the program. The analysis sheds light on the nature of pupils´ interaction and knowledge building in small group activity. Special attention was given to tracking pupils´ interaction during the socalled construction zone activity. The models and qualities of teacher´s aid and support during the lessons were examined as well. The results revealed the versatility of the pupils social interaction and common knowledge building that occurred during the small group activity. The pupils discussions, including their arguments, their sharing of ideas, and the multiple perspectives that emerged reflected home economics knowledge building. The construction zone activity appeared through expressions of cognitive conflict and metacognition. Cognitive conflict was evident in the pupils´ words and involved questioning, doubting and disputing. The metacognitive activity emerged by thinking aloud, choosing the strategies, and negotiating the results. The pupils also coordinated their activity, allocated the responsibility, and systematized their work. The teacher assisted by preparing new themes for the pupils and by participating in the small group work. The teacher´s help during the small group sessions strengthened the pupils activity in the construction zone. The results showed that one can utilize the wide multidisciplinary basis of home economics, which includes scientific knowledge but also the knowledge derived from practical activity and experience. In this study practical activity was undertaken as a planning project the result of which was a plan or a new vision for the house planning situation. The study showed that the House Planning program was able to enhance the pupils´ social interaction and collaboration. The learning environment challenged the pupils in a way that could be a gateway to further developing their thinking skills. The method of analysis created in the study could be a potential tool for examining social interaction, construction zone activity, and knowledge building in other learning environments as well. Key words: home economics, house planning, classroom experiment, thinking skills,cognitive conflict, metacognition, social interaction, knowledge building

Política Públicas de Educação a Distância : educação mediada pela tecnologia ou ensino de massa

O objetivo central deste trabalho é analisar se os modelos de educação a distância mediados por Tecnologias da Informação e Comunicação - TICs, gerados pelas políticas públicas desenvolvidas no Brasil, focam a formação de profissionais cidadãos ou são um mero instrumento de educação de massa. A pesquisa teve como objetivo o estudo de caso sobre as duas universidades mineiras, para identificar se os modelos de Ead se apresentam como um instrumento eficaz para formação humana e não apenas um mero instrumento de educação de massa, com o intuito único de distribuição de diplomas. Este estudo se torna relevante no sentido de contribuir como um referencial teórico para o modelo de Ead vigente no Brasil, em especial do Ensino a Distância do Estado de Minas Gerais, considerando sua especificidade e complexidade, que se reforçam por seu tamanho geográfico e pela carência de formação profissional dos municípios de Ouro Preto e Juiz de Fora, incluindo a população de seu entorno. O trabalho dos tutores, em conjunto com os professores, é considerado como eixo norteador de qualquer atividade realizada no ambiente virtual de aprendizagem, mesmo considerando que os alunos possuem um manancial de ferramentas disponíveis para a realização de atividades. A presença e atuação desta equipe representa importante papel no processo educativo, na medida em que sua atuação pedagógica tem como objetivo estimular o domínio dos conteúdos disciplinares, bem como das respectivas metodologias, recursos e meios, visando o preparo de ambientes de aprendizagem e a condução de situações educativas. Num aspecto mais amplo, este trabalho pretende ser um referencial para a confirmação de que a Ead pode oferecer de fato uma formação educacional qualificada, trazendo a oportunidade de uma formação crítica e autônoma, contribuindo para a formação humana

O ensino médio integrado no Instituto Federal de Educação, Ciência e Tecnologia Sul-rio-grandense: perspectivas contra-hegemônicas num campo em disputas

O presente trabalho tem como tema as disputas que ocorrem no interior de uma instituição (IFSul) da Rede Federal de Educação Profissional, Científica e Tecnológica a respeito da pertinência e da concepção dos cursos técnicos integrados. Para tanto, discute as transformações que ocorrem no mundo do trabalho e suas especificidades no Brasil, bem como as implicações das novas relações de produção sobre as necessidades de formação humana. Aproxima as propostas de Gramsci para a escola unitária da realidade educacional brasileira e da proposta que se constrói como travessia para uma educação integral ou omnilateral o ensino médio integrado , além de apontar os espaços de contradição existentes na instituição estudada e que permitem avanços em direção à politecnia ou educação tecnológica. Utilizou-se da ampla bibliografia já existente para as formulações referentes às transformações no mundo do trabalho; à situação social, política e econômica brasileira; às opções ontológico-históricas, filosóficas e epistemológicas que constroem a proposta de ensino médio integrado. Para as análises das disputas no interior do instituto, utilizou-se de entrevistas semi-estruturadas e de um método de análise inspirado na metodologia da análise textual discursiva. Foram entrevistados 20 professores/gestores de três campi do IFSul, escolhidos por terem sido criados em diferentes momentos históricos. Tais professores ocupam os cargos de responsáveis pelo ensino do campus ou de coordenadores de cursos técnicos integrados ou de áreas do conhecimento do ensino médio. Foram escolhidos por catalizarem as opiniões de seus pares nos processos decisórios que se referem à oferta e ao currículo dos cursos. Na execução da análise, este trabalho utilizou-se das ferramentas do materialismo histórico e dialético. Partiu da análise mais geral das disputas de rumos, baseadas em projetos societários diferenciados, no interior do IFSul. Ao mesmo tempo, procurou ambientar o leitor com a instituição e o processo investigativo percorrido pelo autor. Em um segundo momento buscou aprofundar a análise, estudando as mudanças que ocorrem no mundo a partir da crise que se inicia na década de 1970 e que trouxe grandes transformações nos processos produtivos, além da financeirização dos mercados. Seguindo este processo de ida às categorias mais abstratas que organizam o todo social, manifestou as dificuldades históricas do modelo desenvolvimentista que se aplica no Brasil e apresentou as novas necessidades formativas na visão hegemônica e na visão dos trabalhadores, ao propor reformas educacionais que apontem numa perspectiva revolucionária. Assim, voltando ao concreto pensado, aprofundou algumas discussões a respeito da concepção de ensino médio integrado. Mesmo partindo do pressuposto de que a debilidade da formulação burguesa para a educação que se articula com o trabalho dificulta a formulação de um discurso contra-hegemônico, por parte da classe trabalhadora, este trabalho verificou as potencialidades de rupturas existentes neste processo histórico que vivemos. A concepção de politecnia se caracteriza como uma possibilidade de superação da polivalência perseguida pelo discurso educacional hegemônico. Tal superação, tarefa nas mãos da classe trabalhadora, poderá contribuir para a superação do capitalismo dependente brasileiro, resultado insólito das limitações revolucionárias de nossa burguesia

Improving accessibility in discussion forums

No data (2013)

BitBox!: A case study interface for teaching real-time adaptive music composition for video games

Real-time adaptive music is now well-established as a popular medium, largely through its use in video game soundtracks. Commercial packages, such as fmod, make freely available the underlying technical methods for use in educational contexts, making adaptive music technologies accessible to students. Writing adaptive music, however, presents a significant learning challenge, not least because it requires a different mode of thought, and tutor and learner may have few mutual points of connection in discovering and understanding the musical drivers, relationships and structures in these works. This article discusses the creation of ‘BitBox!’, a gestural music interface designed to deconstruct and explain the component elements of adaptive composition through interactive play. The interface was displayed at the Dare Protoplay games exposition in Dundee in August 2014. The initial proof-of- concept study proved successful, suggesting possible refinements in design and a broader range of applications.

Design-Build Experiences and Student Safety

Design-build experiences (DBEs) are an essential element of any programme based on the CDIO methodology. They enable students to develop practical hands-on skills, they enable the learning of theory by stealth and they provide a forum for developing professional skills such as team working and project management. The hands-on aspect of certain DBEs has significant risk associated with it, which must be addressed through the formal evaluation of risks and the development of a methodology for controlling them. This paper considers the aspects of design-build experiences that may impact on student safety. In particular, it examines the risk associated with each of the four stages of CDIO and gives examples of risks which may commonly apply across engineering disciplines. A system for assessing and controlling the risks in any particular DBE is presented and the paper finishes by discussing the significance of health and safety in the educational environment.