Science and technology, ICT and profitability in the manufacturing sector in Peru

Includes bibliography

Latin American plan of action for the application of science and technology to development

Includes bibliography

Causes and consequences of low rates of specialisation in science and technology in CDCC member countries

The importance of science and technology (S&T) in Small Island Developing States (SIDS) is clearly articulated in Chapter XI, paragraphs 57, 58, 61 and 62 of the Mauritius Strategy for the Further Implementation of the Programme of Action for Sustainable Development of Small Island Developing States (MSI). At the regional level, the Heads of Government of the Caribbean Community (CARICOM) noted the challenge that CARICOM member States face in competing in this new international economic environment in which the impact of scientific and technological change has created a knowledge-based global economy. Given the importance of S&T to development of Caribbean SIDS, the Economic Commission for Latin America and the Caribbean (ECLAC) Subregional Headquarters for the Caribbean embarked on a study to determine the causes and consequences of low rates of specialisation in S&T with a view to making recommendations for development of strategies for addressing these challenges. Data on postgraduate (Master of Science, Master of Philosophy and Doctor of Philosophy) enrolment and graduation in agriculture, engineering and the sciences from the three campuses of the University of the West Indies (UWI) as well as from the University of Technology in Jamaica and the University of Trinidad and Tobago (UTT) were examined and analysed. Face-to-face interviews were also held with key personnel from these institutions and a questionnaire was also served to individuals in key institutions. Results of the study revealed that although the number of students enrolled in higher degree programmes has increased in absolute terms, they are decreasing in relative terms. However, enrolment in agriculture has indeed declined while enrolment rates in engineering, although increasing, were not significantly high. Market forces have proved to be a main reason for this trend while facilities for the conduct and supervision of cutting-edge research, the disconnect between science and industry and societal labelling of scientists as “misfits” are also contributing to the situation. This has resulted in a reduced desire by students at all levels of the school system and faculty to be involved in S&T; lack of innovation; a better staffed private, as compared with public, sector; and poor remuneration in science-based employment. There also appears to be a gender bias in enrolment with more males than females being enrolled in engineering while the opposite is apparent in agriculture and the sciences. Recommendations for remedying this situation range from increasing investment in S&T, creating linkages between science and industry as well as with the international community, raising awareness of the value of S&T at all levels of the education system to informing policy to stimulate the science – innovation interface so as to promote intellectual property rights.

Falas que vêm das salas e falas que vêem as salas: o que dizem os professores de ciências e matemática sobre a psicologia da educação na formação docente

No presente estudo, assumimos a pesquisa narrativa - de inspiração qualitativa - como bússola para as análises e interpretações por nós conduzidas. Situamo-nos, neste estudo, na projeção da importância do formato de pesquisa em termos autobiográficos de professores de Ciências e Matemáticas, em cursos de educação continuada ao nível de pós-graduação. Investigamos junto aos sujeitos que aspectos da Psicologia da Educação, em sua formação docente inicial, foram considerados importantes por tais professores pela atribuição efetiva de valor, sentido e significados docentes - para pensarem a sua prática docente atual. Destacamos das manifestações de oito professores de curso Lato Sensu Especialização em Educação Matemática e oito professores de curso Stricto Sensu Mestrado em Educação de Ciências e Matemáticas obtidas por meio de entrevista coletiva semiestruturada com o primeiro grupo e questionários com o segundo grupo, certo conteúdo teórico-metodológico, evidenciado em termos narrativos, como se disse, com função para a prática docente pessoal, tendo como parâmetro a idéia de formação de professores reflexivos ao considerarem a Psicologia, especialmente, como proposição de formação para a prática reflexiva. As análises por nós procedidas revelam termos auto-refletidos e reflexivos sobremaneira de conteúdos teórico-metodológicos com função para a prática docente sendo satisfatórios e conteúdos teórico-conceituais sem função para a prática docente dito insuficientes por parte dos professores investigados, justamente porque demandam questões referentes à sua interação com alunos-adolescentes e em razão desse público ser numeroso e emergente nas turmas usuais de ensino fundamental e médio, bem como na educação de jovens e adultos. Um tipo de formação pelo auto-conhecimento para o heteroconhecimento, teorização de sua prática docente e estudo de práticas docentes reflexiva ou teorias psicológicas específicas que levem-nos a pensarem a sua prática e refletirem sobre prática docente reflexiva são postos como proposições e princípios de formação. Em termos investigativos, percorrer a formação inicial pelas experiências de vida, é desejar encontrar como forma e postura de formação, reflexão e sensibilização um vir-a-ser significativo quando professores utilizam suas vivências e experiências como aprendizado reflexivo para a prática docente, não somente pela tentativa de reconstruir a autoimagem pessoal, mas de possibilitar percepção de si e do outro em aprendizagem.

Nexos e reflexos de uma experiência formativa mediatizada por ambiente virtual de aprendizagem: formação de professores de Ciências e Matemática na Amazônia

Esta é uma pesquisa qualitativa na modalidade narrativa, que se baseia nas experiências de formação de professores de Ciências e Matemática a distância na Amazônia, vividas no contexto de um curso via Ambiente Virtual de Aprendizagem (AVA). Objetivo investigar em que termos essa experiência formativa é catalisadora de reflexões docentes sobre o contexto amazônico de ensino de Ciências e Matemática e que outras aprendizagens resultantes dessa formação repercutem em percepções diferenciadas da prática docente desta área específica no ensino fundamental. Foram nove os sujeitos envolvidos na investigação, os quais foram selecionados segundo os critérios: serem professores-alunos, oriundos do curso de Especialização em Educação em Ciências e Matemática do Programa EDUCIMAT, que ensinam/ensinaram Ciências e Matemática; mantiveram um elevado nível de envolvimento nas interações ocorridas no AVA; expressaram ideias completas de modo reflexivo. Como instrumento investigativo, optei por ouvir depoimentos dos sujeitos por meio de entrevista semi-estruturada, que foram gravadas em áudio e, posteriormente, transcritas. Além das entrevistas, lancei mão de meu diário de campo como fonte de informação, que foi construído ao longo da pesquisa por meio de percepções sobre os sujeitos e seus contextos, além dos registros de ocorrências diversas no âmbito da pesquisa. Buscando produzir novas compreensões das narrativas investigadas, aproprio-me da Análise Textual Discursiva como metodologia de análise do material empírico. Assim, ao sistematizar as manifestações dos sujeitos, levando em consideração as recorrências e as singularidades, tais análises deram forma a três eixos temáticos, que trato nesta investigação, assumindo os seguintes títulos: i) Formar-se no contexto amazônico: obstáculos e enfrentamentos; ii) Tecnologias e AVA: sentido(s) da experiência formativa; e iii) As repercussões da experiência nas percepções da prática e da formação docente. A análise dos resultados revela as dificuldades de acesso à formação, à informação, às tecnologias e aos municípios no interior da Amazônia, além do fator custo, como enfrentamentos para formar-se nesse contexto. Além disso, os sujeitos revelam que, ao trocarem, experimentarem e interagirem no AVA, atribuíram sentidos de autoconhecimento apontando indicativos para a (re)invenção de si, de constituição docente num mundo marcado pelos avanços tecnológicos e de superação no uso das tecnologias que surpreendem e (trans)formam. Ainda como resultado das análises, os sujeitos anunciam conhecimentos elaborados por meio da experiência formativa que incidem em outras/novas percepções de suas práticas educativas: a utilização de tecnologias de informação e comunicação como possíveis ferramentas pedagógicas, além da interatividade, troca de experiências e diálogo em situações de ensino. O AVA, sendo percebido pelos sujeitos como um dos recursos incorporados pela formação docente a distância, apresenta-se como oportunidade de contínua formação tecida pela diversidade de ideias e como forma de aproximar-se das tecnologias educacionais frente às dificuldades na região, expressas pelos próprios sujeitos.

Postmodern archival science and contemporary diplomatics New approaches for archival knowledge organization

New information technologies and new forms of documentary production have led archivists to rethink the role of archival science in the so-called information age. Since the late 1980s, the principles, methods and concepts stated by the well-known manuals of the 19th and the 20th centuries have been reconsidered along with their application to the organic sets of document in the 21st century. In this new scenario of reformulation and reinterpretation regarding the perspectives on archival knowledge organization, two trends with different approaches have emerged in North America and Europe: postmodern archival science and contemporary diplomatics, respectively. The first one was introduced by Terry Cook, who proposed a reformulation of the basic concepts and the functional analysis method focusing on the process and context of document creation. The second approach originated in Italy and incorporated all the theoretical and methodological models of classic diplomatics. The studies following this new trend were disseminated by Luciana Duranti and aimed to ensure the production, access and use of the documentation generated in the present times focusing on document typology, as opposed by the postmodern approach. The purpose of this study is to elucidate the connection points and distinct features between the two trends concerning the organization of archival knowledge.

A dengue como ferramenta de interdisciplinaridade e popularização científica entre estudantes de ensino fundamental

The majority of the population knows their role in dengue control, preventing the accumulation of water in containers as potential breeding sites of Aedes aegypti, the main vector of dengue. Also known chemical control, widely used by the institutions responsible for the control of endemic diseases. On the other hand, unaware that an alternative measure such biological control through a microbial biopesticide, safe, harmless to health and the environment, can be adopted. Thus, this work reported for elementary school students, simply and clearly, the biological control of mosquitoes through bacterial biopesticide produced locally. Moreover, promoted the interdisciplinary teaching of science and mathematics through the data tabulation and charting on interviews conducted by students, about the level of knowledge of the population about dengue and other related variables.

Connections Between Communication and Math Abilities

In this action research study of my Class I School’s 5th and 8th grade mathematics, I investigated students’ connections between communication of math skills and their math abilities. I discovered that students can increase their math abilities with the opportunities to discuss their thinking as well as evaluate thinking and strategies of other students. Electronic communication can be a valuable source for students to communicate further to other students.

Writing in the Mathematics Classroom: Does It Have an Effect on Students’ Mathematical Reasoning?

In this action research study of my classroom of 5th grade mathematics, I investigate how to improve students’ written explanations to and reasoning of math problems. For this, I look at journal writing, dialogue, and collaborative grouping and its effects on students’ conceptual understanding of the mathematics. In particular, I look at its effects on students’ written explanations to various math problems throughout the semester. Throughout the study students worked on math problems in cooperative groups and then shared their solutions with classmates. Along with this I focus on the dialogue that occurred during these interactions and whether and how it moved students to a deeper level of conceptual understanding. Students also wrote responses about their learning in a weekly math journal. The purpose of this journal is two-fold. One is to have students write out their ideas. Second, is for me to provide the students with feedback on their responses. My research reveals that the integration of collaborative grouping, journaling, and active dialogue between students and teacher helps students develop a deeper understanding of mathematics concepts as well as an increase in their confidence as problem solvers. The use of journaling, dialogue, and collaborative grouping reveals themselves as promising learning tasks that can be integrated in a mathematics curriculum that seeks to cultivate students’ thinking and reasoning.

Vocabulary Instruction as a Tool for Helping Students of Diverse Backgrounds and Ability Levels to Understand Mathematical Concepts

This action research project describes a research project designed and implemented specifically with an emphasis on the instruction of mathematical vocabulary. The targeted population was my second period classroom of sixth grade students. This group of seventeen students represented diverse socioeconomic backgrounds and abilities. The school is located in a community of a population of approximately 5,000 people in the Midwest. My research investigation focused on the use of specific methods of vocabulary instruction and students’ use of precise mathematical vocabulary in writing and speaking. I wanted to see what effects these strategies would have on student performance. My research suggested that students who struggle with retention of mathematical knowledge have inadequate language skills. My research also revealed that students who have a sound knowledge of vocabulary and are engaged in the specific use of content language performed more successfully. Final analysis indicated that students believed the use of specific mathematical language helped them to be more successful and they made moderate progress in their performance on assessments.

A Study of Written Communication: Showing Your Steps

In this action research study of my teaching of sixth grade mathematics, I investigated the importance of showing work on daily assignments. I wanted to find out what happens when I ask students to show their work, specifically, whether it would improve students’ grades or not and whether I could help the students to understand the importance of showing their work. I discovered that students need to be shown the proper way to show their work, how to look at a problem and then how to show all of their steps to get to the answer. They need to be encouraged and be held accountable for showing their work when asked. Once they were able to show work, they could start to see the value in showing their work and they tended to show their work more often. Students became more confident in themselves as mathematics students and, in some cases, their grades improved. As a result of this research, I plan to teach and explain to my future classes about how showing their work can benefit them in a variety of ways. They will be able to use the knowledge that they gain in my classroom in their future math classes in middle and high school.

Attitudes, Confidence, and Achievement of High-Ability Fifth Grade Math Students

In this action research study of my fifth grade high-ability mathematics class, I investigated student attitudes of mathematics and their confidence in mathematics. Student achievement was compared to two different confidence scales to identify a relationship between confidence and achievement. Six boys and eleven girls gave their consent to the study. I discovered there seems to be a connection between confidence and achievement and that boys are generally more confident than girls. Most students liked math and were comfortable sharing answers and methods of solving problems with other students. As a result of this study I plan to use my survey and interview questions at the beginning of the school year with my new class in order to assess their attitudes and confidence in math. I can use this information to identify potential struggles and better plan for student instruction.