Cross-cultural learning experiences in architectural education

This qualitative study looks at the joint output of 20 architecture students from 2 different countries during their short respective Study Tours to each other’s country to discern the effect of cross-cultural experiences on their learning. This paper uses the students’ joint design efforts and reflective writings to investigate the outcome of this cross-cultural educational exchange. Their joint design efforts resulted in the making of small built structures, drawings and collaborative design proposals for an urban setting. In addition, a short questionnaire and personal interviews were also used as methods to gain insight into their experience and to use as a comparative study. The question is also raised in this paper of whether spontaneous friendship among students is integral to long term learning in a cross-cultural context in comparison to pre-designed learning objectives on the part of the educators. This paper also initiates the dialogue of the extent of cultural influences and universal ideas on collaborative architectural design. With increasing joint design ventures between architectural firms in different countries, there is interest in how collaborative design can be understood in a cross-cultural context. This paper examines short term cross cultural experiences and its contribution to architectural education.

Defect Cluster-Induced X-Ray Diffuse Scattering in GaN Films Grown by MOCVD

High-resolution X-ray diffraction has been employed to investigate the diffuse scattering in a (0001) oriented GaN epitaxial film grown on sapphire substrate. The analysis reveals that defect clusters are present in GaN films and their concentration increases as the density of threading dislocations increases. Meanwhile, the mean radius of these defect clusters shows a reverse tendency. This result is explained by the effect of clusters preferentially forming around dislocations, which act as effective sinks for the segregation of point defects. The electric mobility is found to decrease as the cluster concentration increases.

Corrosion Health Monitoring System for Steel Ship Structures

Corrosion represents one of the largest through life cost component of ships. Ship owners and operators recognize that combating corrosion significantly impacts the vessels’ reliability, availability and through life costs. Primary objective of this paper is to review various inspections, monitoring systems and life cycle management with respect to corrosion control of ships and to develop the concept of “Corrosion Health” (CH) which would quantify the extent of corrosion at any point of ships’ operational life. A system approach in which the ship structure is considered as a corrosion system and divided into several corrosion zones, with distinct characteristics, is presented. Various corrosion assessment criteria for assessment of corrosion condition are listed. A CH rating system for representation of complex corrosion condition with a numeric number along with recommendations for repair/maintenance action is also discussed

Reverse engineering as a teaching tool: the corneal topographer

Reverse engineering is the process of discovering the technological principles of a device, object or system through analysis of its structure, function, and operation. From a device used in clinical practice, as the corneal topographer, reverse engineering will be used to infer physical principles and laws. In our case, reverse engineering involves taking this mechanical device apart and analyzing its working detail. The initial knowledge of the application and usefulness of the device provides a motivation that, together with the combination of theory and practice, will help the students to understand and learn concepts studied in different subjects in the Optics and Optometry degree. These subjects belong to both the core and compulsory subjects of the syllabus of first and second year of the degree. Furthermore, the experimental practice is used as transverse axis that relates theoretical concepts, technology transfer and research.

Random exams using Sweave

The adaptation of the Spanish University to the European Higher Education Area (EEES in Spanish) demands the integration of new tools and skills that would make the teaching- learning process easier. This adaptation involves a change in the evaluation methods, which goes from a system where the student was evaluated with a final exam, to a new system where we include a continuous evaluation in which the final exam may represent at most 50% in the vast majority of the Universities. Devising a new and fair continuous evaluation system is not an easy task to do. That would mean a student’s’ learning process follow-up by the teachers, and as a consequence an additional workload on existing staff resources. Traditionally, the continuous evaluation is associated with the daily work of the student and a collection of the different marks partly or entirely based on the work they do during the academic year. Now, small groups of students and an attendance control are important aspects to take into account in order to get an adequate assessment of the students. However, most of the university degrees have groups with more than 70 students, and the attendance control is a complicated task to perform, mostly because it consumes significant amounts of staff time. Another problem found is that the attendance control would encourage not-interested students to be present at class, which might cause some troubles to their classmates. After a two year experience in the development of a continuous assessment in Statistics subjects in Social Science degrees, we think that individual and periodical tasks are the best way to assess results. These tasks or examinations must be done in classroom during regular lessons, so we need an efficient system to put together different and personal questions in order to prevent students from cheating. In this paper we provide an efficient and effective way to elaborate random examination papers by using Sweave, a tool that generates data, graphics and statistical calculus from the software R and shows results in PDF documents created by Latex. In this way, we will be able to design an exam template which could be compiled in order to generate as many PDF documents as it is required, and at the same time, solutions are provided to easily correct them.

Is Maths everywhere? Our students respond

Mathematics expresses itself everywhere, in almost every facet of life - in nature all around us, and in the technologies in our hands. Mathematics is the language of science and engineering - describing our understanding of all that we observe. In fact, Galileo said that Mathematics is the language with which God has written the universe. Aristotle defined mathematics as "the science of quantity", i.e., “the science of the things that can be counted”. Now you can think that counting has a vital role in our daily life; just imagine that there were no mathematics at all, how would it be possible for us to count days, months and years? Unfortunately, people usually ignore the connection between mathematics and the daily life. Most of university degrees require mathematics. Students who choose not to take seriously mathematics or to ignore it in high school, find several difficulties when they come up against them at the university. This study explores the perceptions of how mathematics influences our daily life among our students and how teachers can use this information in order to improve the academic performance. The used research instrument was a questionnaire that was designed to identify their understanding on learning mathematics.

Willingness Towards Continuous Assessment

Among the factors that affect the convergence towards the European Higher Education Area, university teaching staff's motivation is fundamental, and consequently, it is crucial to empirically know what this motivation depends on. In this context, one of the most relevant changes in the teacher-student relationship is assessment. In fact, the transition from a static assessment -focused on only one temporal point (final exam)- to a dynamic assessment, will require changes in thought and action, both on the part of teachers and students. In this line, the objective of this paper is to analyze the determinants of teaching staff's predisposition to the continuous assessment method. Specifically, we consider the following explanatory dimensions: teaching method used (which measures their degree of involvement with the ongoing adaptation process), type of subject (core, compulsory and optional), and teacher's personal characteristics (professional status and gender). The empirical application carried out at the University of Alicante uses Logit Models with Random Coefficients to capture heterogeneity, and shows that "cooperative learning" is a clear-cut determinant of "continuous assessment" as well as "continuous assessment plus final examination". Also, a conspicuous result, which in turn becomes a thought-provoking finding, is that professional status is highly relevant as a teacher's engagement is closely related to prospects of stability. Consequently, the most relevant implications from the results revolve around the way academic institutions can propose and implement inducement for their teaching staff.

Fostering Teaching Staff's Engagement in Continuous Assessment

Among the factors that affect the convergence towards the European Higher Education Area, university teaching staff's motivation is fundamental, and consequently, it is crucial to empirically know what this motivation depends on. In this context, one of the most relevant changes in the teacher-student relationship is assessment. In fact, the transition from a static assessment -focused on only one temporal point (final exam)- to a dynamic assessment, will require changes in thought and action, both on the part of teachers and students. In this line, the objective of this paper is to analyze the determinants of teaching staff's predisposition to the continuous assessment method. Specifically, we consider the following explanatory dimensions: teaching method used (which measures their degree of involvement with the ongoing adaptation process), type of subject (core, compulsory and optional), and teacher's personal characteristics (professional status and gender). The empirical application carried out at the University of Alicante uses Logit Models with Random Coefficients to capture heterogeneity, and shows that "cooperative learning" is a clear-cut determinant of "continuous assessment" as well as "continuous assessment plus final examination". Also, a conspicuous result, which in turn becomes a thought-provoking finding, is that professional status is highly relevant as a teacher's engagement is closely related to prospects of stability. Consequently, the most relevant implications from the results revolve around the way academic institutions can propose and implement inducement for their teaching staff.

A conceptual map about alternating current circuits

Teachers are deeply concerned on how to be more effective in our task of teaching. We must organize the contents of our specific area providing them with a logical configuration, for which we must know the mental structure of the students that we have in the classroom. We must shape this mental structure, in a progressive manner, so that they can assimilate the contents that we are trying to transfer, to make the learning as meaningful as possible. In the generative learning model, the links before the stimulus delivered by the teacher and the information stored in the mind of the learner requires an important effort by the student, who should build new conceptual meanings. That effort, which is extremely necessary for a good learning, sometimes is the missing ingredient so that the teaching-learning process can be properly assimilated. In electrical circuits, which we know are perfectly controlled and described by Ohm's law and Kirchhoff's two rules, there are two concepts that correspond to the following physical quantities: voltage and electrical resistance. These two concepts are integrated and linked when the concept of current is presented. This concept is not subordinated to the previous ones, it has the same degree of inclusiveness and gives rise to substantial relations between the three concepts, materializing it into a law: The Ohm, which allows us to relate and to calculate any of the three physical magnitudes, two of them known. The alternate current, in which both the voltage and the current are reversed dozens of times per second, plays an important role in many aspects of our modern life, because it is universally used. Its main feature is that its maximum voltage is easily modifiable through the use of transformers, which greatly facilitates its transfer with very few losses. In this paper, we present a conceptual map so that it is used as a new tool to analyze in a logical manner the underlying structure in the alternate current circuits, with the objective of providing the students from Sciences and Engineering majors with another option to try, amongst all, to achieve a significant learning of this important part of physics.

Conocimiento fonológico, denominación rápida y memoria fonológica en sujetos españoles

El objetivo de este estudio es comprobar si existen diferencias en algunos predictores cognitivos de la lectura (conocimiento fonológico, denominación rápida alfanumérica y no alfanumérica, y memoria fonológica) entre los seis y a los siete años en sujetos españoles. La muestra está formada por 116 alumnos de seis años inicialmente, pertenecientes a colegios de nivel sociocultural medio, de habla castellana y sin necesidades educativas especiales. Los sujetos fueron evaluados a los seis y siete años en las competencias cognitivas del estudio. Tras la realización de análisis descriptivo-exploratorios y sendas pruebas t de Student para muestras relacionadas se encontraron diferencias estadísticamente significativas entre los 6 y los 7 años tanto en conocimiento fonológico como en nombramiento rápido alfanumérico y no alfanumérico, siendo mejor la ejecución a los 7 años. Sin embargo, las diferencias no fueron estadísticamente significativas en memoria fonológica entre los 6 y los 7 años. En función de estos resultados, cabe esperar que las relaciones de estas variables con la lectura y la escritura de palabras y pseudopalabras a estas edades sean diferentes. Se resalta la implicación de los resultados en la práctica educativa, con el fin de prevenir las dificultades de aprendizaje y optimizar los procesos de enseñanza-aprendizaje de la lengua escrita en español.

Predictores tempranos de la lectura en sujetos españoles

El objetivo de este estudio es conocer la contribución conjunta del conocimiento fonémico, la memoria fonológica y la denominación rápida alfanumérica y no alfanumérica en la lectura de palabras y la lectura de pseudopalabras en niños españoles de primer curso de educación primaria. Participaron 116 alumnos de seis años de habla española, pertenecientes a colegios de nivel sociocultural medio y sin necesidades educativas especiales. Se realizaron análisis descriptivos-exploratorios, análisis bivariantes y se modelizaron regresiones multivariantes jerárquicas, para la lectura de palabras y lectura de pseudopalabras (exactitud, velocidad y eficiencia). A excepción de la denominación rápida no alfanumérica, los resultados obtenidos refuerzan la relevancia de las variables cognitivas como predictoras de la lectura de palabras y pseudopalabras, siendo mayor en las primeras. El conocimiento fonémico, la memoria fonológica y la denominación rápida alfanumérica son las que mejor explican a la exactitud lectora de palabras y pseudopalabras. La denominación rápida alfanumérica es la que mejor explica a la velocidad y la eficiencia lectora. Se resalta la importancia de los resultados en cuanto a sus implicaciones en el proceso de enseñanza-aprendizaje la lengua escrita y en cuanto a la explicación de las dificultades de aprendizaje en español.

Deconstruyendo el papel de emisor/receptor en el proceso enseñanza-aprendizaje. Posibilidades y experiencias en educación secundaria y educación superior de la introducción del «aula invertida» («flipped classroom»)

La experiencia que presentamos se ha desarrollado en una asignatura impartida en tres especialidades del Máster en Profesorado que forman para la docencia en diferentes etapas educativas: Educación Secundaria Obligatoria, Bachillerato y Formación Profesional. El propósito inicial que nos marcamos al introducir la metodología flipped classroom era responder a una serie de problemas que hacen aflorar importantes obstáculos en el desarrollo de competencias docentes: 1. Resistencia, por parte de nuestro alumnado, a dar relevancia a la formación recibida por la escasa cientificidad que le atribuye al conjunto de las Ciencias de la Educación y, en concreto, a la Didáctica de las Ciencias Sociales. 2. Limitada disposición de tiempo para introducirse y conocer un amplio cuerpo de teorías psicopedagógicas para la innovación docente e investigación educativa. Objetivos. El diseño de la inversión se realizó con el fin de superar los obstáculos descritos, crear ambientes estimulantes y propiciar ritmos de aprendizaje diversos, además de promover: 1. El aprendizaje individual y colaborativo de pedagogías para la innovación, con un marco teórico claro y experiencias prácticas que validan su aplicabilidad. 2. El desarrollo de competencias en el futuro profesorado, a través de la asunción del rol docente mediante el diseño e investigación de su propia práctica. Método. La investigación se ha desarrollado a partir de la aplicación de métodos cualitativos (debates, grupos de discusión y entrevistas), acordes con el modelo formativo reflexivo que se fundamenta en el socio-constructivismo y la pedagogía crítica. Resultados. Los resultados alcanzados han sido dispares y nos animan a profundizar en la investigación sobre la puesta en práctica del método de las flipped classroom para deconstruir representaciones tradicionales de la profesión docente. Conclusiones. Consideramos necesario explorar cómo podemos profundizar en la superación de la incredulidad e inseguridades que genera en nuestro alumnado la metodología: con una mayor adecuación del material seleccionado, mayor uso de las TIC, mejora del diseño de las tareas de aula.

O educador-investigador e a produção de conhecimento pedagógico.

Perspetivar o trabalho educativo em creche implica discutir o profissional de educação responsável pelas práticas - o educador de infância. Nesta comunicação, olhando os desafios profissionais colocados pelas Orientações Pedagógicas para a Creche, focamos diferentes contributos sobre o conhecimento pedagógico do trabalho em creche para afirmar e celebrar uma Pedagogia de Infância que inclui o “saber dizer a prática e a profissão” como uma das suas dimensões e que valoriza diferentes tipos de conhecimento como necessários para uma resposta educativa de qualidade às crianças e suas famílias. Inicialmente, percorremos os estudos sobre conhecimento profissional docente e sua relação com a profissão para argumentar a centralidade de uma participação alargada e domínio, dos educadores de infância, sobre a produção do conhecimento docente para a afirmação da profissão, com especial atenção à especificidade da intervenção e do conhecimento em creche. Num segundo momento, analisamos modelos de Educação de Infância em busca de apropriações sobre o papel da investigação para os educadores de infância e características e processos mobilizáveis para a discussão. Por último, revimos elementos de especificidade do que significa investigar as próprias práticas nesta área, a partir de outros estudos.