Aplicação das ciências forenses no ensino secundário: um conjunto de actividades para a disciplina de Física e Química A

A popularidade das séries televisivas que abordam as Ciências Forenses (CSI 1 Mentes Criminosas, Casos Arquivados...) permite construir actividades que envolvem os alunos numa exploração científica de modo a que dominem os conceitos e apreciem a natureza da Ciência. Estes recursos educativos aplicam uma abordagem Ciência­ Tecnologia-Sociedade -Pensamento Crítico (CTS-PC) e podem ser explorados segundo uma metodologia de Aprendizagem Baseada na Resolução de Problemas (ABRP). Neste trabalho são propostas actividades laboratoriais, a decorrer no contexto formal das aulas da disciplina de Física e Química A (FQ·A), utilizando sensores e a calculadora gráfica. Num contexto não-formal, e baseadas nas técnicas analíticas utilizadas em Ciências Forenses, foram desenvolvidas actividades para um Clube de Ciência ou Laboratórios Abertos, complementadas por um blogue (CSI-Mafra). Estes recursos foram posteriormente partilhados com outros professores de Física e Química, numa acção de formação, proposta pela autora, e cujo objectivo principal foi a diversificação das estratégias de ensino e aprendizagem. O entusiasmo dos alunos na realização das tarefas propostas e os resultados nos questionários de grau de satisfação e de opinião, aplicados a alunos e professores, sugere que as actividades desenvolvidas podem contribuir na motivação dos alunos para o estudo da Física e da Química e promover a literacia científica da comunidade escolar. ABSTRACT; The high popularity between teenagers of the television series that have Forensic Sciences and Criminal lnvestigations as central theme, such as CSI, Dexter, Criminal Minds and Cold Case, can be used to develop learning activities that involves the students into a scientific exploration which aim is leading the students to learn Chemistry and Physics with pleasure, motivation and curiosity. The educational resources developed in this thesis make use of the strategy Science-Technology-Society-Critical Thinking (STS-CP) and can be exploited according the teaching methodology Problem Based Learning (PBL). ln this work we propose a number of laboratory activities that can be used on the classes of the High School course Physic and Chemistry A (FQ-A) and a different set of activities to be used in a non-formal teaching environment, which are based on the analytical techniques used in Forensic Sciences. The non-formal activities were developed as part of the activities of a Science Club and complemented with an interactive blog. The teaching resources developed by us were also used in a professional training course to physics and chemistry teachers aimed to teach how to introduce new teaching­ learning strategies. The enthusiasm of the students shown during the activities and the extremely positive results of the questionnaires, applied to students and teachers after the activities, clearly indicates that the learning resources developed in this thesis contribute to the student's motivation to learn Physic and Chemistry and to promote the scientific Iiteracy of the scholar community.

O lugar da educação patrimonial no currículo escolar

Esta dissertação pretende contribuir no âmbito da gestão e valorização do Património Histórico-Cultural, para o estabelecimento de uma estratégia de valorização e enriquecimento dos currículos escolares portugueses do Ensino Básico, como forma de divulgar, preservar e educar para o Património de um país. Neste contexto emergiu um design de investigação que se afigura pertinente e centrado na prática docente ao fazer um estudo de caso, baseado na opinião recolhida junto dos alunos do 1º ciclo do ensino básico de um agrupamento de escolas sobre a noção que os mesmos têm de Património. A compreensão e valorização da Educação Patrimonial num processo contínuo de descoberta e aprendizagem são tarefas que só a "Escola" pode fazer, formando os indivíduos tomando-os competentes nesta área do conhecimento. Os objectos patrimoniais, monumentos, sítios e centros históricos, ou o património imaterial e natural, são recursos educacionais importantes, permitem a aquisição de competências motivacionais, para qualquer área do currículo ou aproximam áreas aparentemente distantes no processo de ensino e cidadania. ABSTRACT: This thesis aims to contribute in the management and enhancement of Cultural - Heritage for the establishment of a strategy for recovery and enrichment of school curricula elementary Portuguese as a means to educate, preserve and disclose to the heritage of a country. ln this context emerged a research design that seem relevant and focused on teaching to make a case study, based on the feedback gathered from pupils of 1 primary school, a grouping of schools on the notion that their balance sheets. Understanding and appreciation of Heritage Education in a continuous process of discovery and learning are tasks that only the “School” can do, forming the individuals making them competent in this field of knowledge. Heritage objects, monuments, sites and historical centres, or intangible and natural heritage, are important educational resources, enable the motivational skills acquisition, to any area of the curriculum or assemble seemingly distant areas in education and citizenship.

Analysis of Needs and Resources

The initial aim of the CareMan project was to develop a joint degree programme that combined and utilised the strengths of the five collaborating universities that were already involved in delivering social and health care management education. Because the project was to be implemented in collaboration between education- al institutions, the collaboration had to be based on a detailed understanding of the national and institutional specifics of each of the individual academic enti- ties. During this process it was recognised that, due to a number of regulation issues, achieving the original aim would not be possible; ultimately, following a series of analytical works, which are presented below, it was decided that a set of three master’s level modules should be developed. One of the reasons was that the Finnish law on master’s degrees at universities of applied sciences (UAS) stated that the requirement for entry to a UAS master’s programme was a bachelor degree from a UAS or equivalent, plus a minimum of three years of work experience in an appropriate field. The three years’ work experience is also required from international students. In practice this meant that the participating Finnish UASs, Lahti and HAMK, could not award a diploma for foreign students without this work experience. The other European universities do not have the work experience requirement, although some take it as a bonus for admission (FHS UK). There were also other differences in law (e.g., requirements for mini - mum standards in Social Work education at FHS UK) that could not have been overcome during the period of project realisation. Consequently, the outcome was the development of only three common educational modules, each for 10 ECTS, which were developed, delivered and assessed during the lifetime of the project. The intention was that these would be integrated into the current masters’ level provision in each of the universities