I det här arbetet har begreppet kreativitet utifrån den konstnärliga området undersökts ur ett pedagogiskt perspektiv. Det empiriska materialet som består av svar från två enkätundersökningar och bilder från deltagare i en fokusgrupp har analyserats hur en bild med “rätt” resurser bidrar till en mångfald av idéer och skapar en kreativ bild. Detta för att belysa hur vi kan öva upp vår egen kreativa förmåga inom den konstnärliga området med hjälp av visuellt material, i det här fallet “Handbok för kreativitet”. I undersökningen framkom det att en kreativ bild är en bild som består av en bildkonstruktion och teckensammansättning som ger en mångfald av tolkningar och associationer och är öppen för transformering. Detta bidrog till vidare förståelse för hur ett kreativt synsätt i skolan är viktigt för att nå en mer jämlik skola mellan det verbala och textuella och praktiskt utförande. Undersökningens gestaltande del utgörs av egna visuellt framtagna bilder som är tolkade utifrån de bilder som ansågs som gynnsamma för kreativitet och skapande i en av enkätundersökningarna. Hela gestaltningen är i form av en bok, “Handbok för kreativitet” på 58 sidor och består, nästan enbart, av visuellt material.

Thesis advisor: David Scanlon / There is limited research on the relationship between socially just teaching practices and student achievement. While successful teaching is often defined through test scores, good teaching encompasses the moral elements of teaching (Fenstermacher & Richardson, 2005). This study, building on the work of Mitescu, Cochran-Smith, Pedulla, Cannady, and Jong (2011), is a secondary analysis examining the relationship between socially just teaching practices and student achievement. A subsample of 4th and 5th grade English/language arts (ELA) teachers (n=107) and students (n=2587) was taken from the Measures of Effective Teaching Longitudinal Database (Bill and Melinda Gates Foundation, 2013). Classroom videos were coded using the Teaching for Social Justice Observation Scale (TSJOS) of the Reformed Teaching Observation Protocol-Plus (RTOP+) (Mitescu et al.) to measure socially just teaching practices. Unadjusted linear regression analyses indicated a positive significant correlation between teachers’ mean TSJOS score and the class averages on standardized state ELA exams and the class average on an assessment of higher-order thinking skills. This relationship was also found when the same analysis was conducted on 4th grade classrooms as well as 5th grade classrooms. A hierarchical multiple linear regression found a positive significant relationship between TSJOS scores and student achievement after accounting for location, teacher, and student predictor variables. The relationship between socially just teaching practices and student achievement for subgroups of students is discussed. The study analyzed the significance and magnitude of the relationship between socially just teaching practices after two widely used classroom observation protocols, the Framework for Teaching (FfT) and the Protocol for Language Arts Observation Scale (PLATO), were entered into the model. Teacher mean TSJOS scores were found to explain a significant and unique proportion of the variation in state assessment scores after accounting for average FfT ELA observation scores and teacher average PLATO observation scores, separately. This study adds to the literature on the connection between socially just teaching practices and student achievement, in that it provides compelling evidence that socially just teaching practices are not only related to the good, or moral, side of teaching, but also have a positive and significant relationship with increased student achievement for all students. / Thesis (PhD) — Boston College, 2017. / Submitted to: Boston College. Lynch School of Education. / Discipline: Teacher Education, Special Education, Curriculum and Instruction.

År 2014 kom en ny lag gällande arbetet med extra anpassningar. I lagen tydliggörs den undervisande pedagogens skyldighet att sätta in extra anpassningar i ett skede där eleven inte ses nå målen. Ändringen i skollagen har medfört direkta och indirekta effekter på arbetet med extra anpassningar inom skolor i Sverige. Utifrån ramfaktorteorin såsom den skrivs fram av Dahllöf och Skritics teori om byråkratiska och adhocratiska organisationer var syftet med studien att undersöka olika professioners syn på arbetet kring extra anpassningar inom skolan som organisation. Utifrån en fenomenologisk kvalitativ intervjustudie med åtta deltagare fick vi några rektorers, lärares, speciallärares och specialpedagogers samt specialpedagogstudenters syn på fenomenet extra anpassningar sett utifrån den egna professionen. Resultaten tolkades mot bakgrund av Skrtics teori om att specialpedagogiska system kan uppstå inom skolan som organisation trots skollagens intention om inkluderande och tillgängliga lärmiljöer för alla elever inom skolan. Resultaten visade att medvetenheten och kännedomen om extra anpassningar som begrepp och fenomen kändes till av samtliga deltagare och att lagändringen år 2014 påverkade deltagarnas syn på sitt arbete med extra anpassningar. Deltagarnas olika syn på att organisera och leda arbetet med extra anpassningar tydde på att lagändringen tolkades olika beroende på profession och skola.

This project explores the possibilities of implementing a critical and liberatory pedagogy within the confines of the prison. Building upon the fields of critical prison theory, literacy studies, and (dis)ability studies, I assert that implementing small, organic, and tactical changes though the principles of Universal Design for Learning allows the prison educator to make impactful moves with liberatory goals. I conclude by reimagining what a prison education mission statement that takes this perspective looks like then imagine the liberatory applications of the principles of universal design for learning within the prison.

The Common Core State Standards were written and implemented to prepare all students for college or career readiness including students with disabilities. Students with learning disabilities often have significant difficulties and face challenges when the instruction is framed within The Common Core State Standards. The purpose of this qualitative study was to explore the perceptions of special educators on teaching students with learning disabilities using The Common Core State Standards. The two conceptual frameworks used in this study were the Universal Design for Learning and The Zone of Proximal Development. The research questions focused on teachers' perception regarding students with learning disabilities being instructed with Common Core instructions, how teachers perceive providing Common Core instructions to students with learning disabilities is preparing them for college and career readiness, and also, what teachers perceived to be the missing components for providing specialized instructions using Common Core to students with learning disabilities. In this qualitative case study participants were selected using recommendations of school district administrators. Data was collected using face-to-face interviews. Data collection also include observations and samples of students work. Additional data to establish trustworthiness of the study was obtained through observations and analysis of artifacts collected during the study. The intended outcome of the study was to bring about change in the instructional strategies adopted when using Common core State standards in teaching students with disabilities and that to ultimately pave a way for social change.

L’énergie géothermique possède un fort potentiel aux Antilles et le développement de son exploitation gagnerait à être accompagné d’une sensibilisation des populations locales, à laquelle un effort en termes de formation et d’éducation pourrait participer. Cette thèse de didactique des sciences s’inscrit dans le cadre des études portant sur les conceptions scientifiques et sur les contextualisations didactiques. Elle fait partie du projet GEOTREF, dont l’objectif est de développer les connaissances et techniques sur la géothermie aux Antilles. La première partie de la thèse décrit les conceptions d’un échantillon représentatif d’élèves à propos de la géothermie, sur trois territoires (Guadeloupe, Martinique et Dominique). Elle révèle que les conceptions sont très différentes en fonction de l’île sur laquelle elles ont été recueillies, et qu’elles sont principalement liées aux contextes géothermiques. La deuxième partie présente un dispositif de formation, basé sur les effets de contextes. Une expérimentation met en collaboration des étudiants du Québec et de Guadeloupe. Les résultats confirment la possibilité de créer des enseignements basés sur les effets de contextes, et permettent de préciser leurs modalités d’émergences et leurs caractéristiques. L’étude montre que la confrontation des étudiants à plusieurs contextes géothermiques permet l’acquisition de conceptions expertes sur le sujet, et que les effets de contextes peuvent servir d’outil à l’acquisition des connaissances. Nous préconisons de construire les enseignements relatifs à la géothermie à partir des conceptions préalables des apprenants, tout en s’appuyant sur le contexte géothermique local. / Geothermal energy has great potential in the West Indies. The exploitation of such resources requires a deep awareness of the local populations, to which an effort in terms of training and education could participate. This science education thesis takes part in the studies related to scientific conceptions and didactic contextualization. It is also part of the GEOTREF project, which aims to develop knowledge and techniques on geothermal energy in the West Indies. The first part of the thesis describes conceptions of students in three territories (Guadeloupe, Martinique and Dominica). It reveals that the conceptions in these three islands are very different, and that they are mainly related to geothermal contexts. The second part presents a pedagogical experiment based on context effects. This experiment brings together students from Quebec and from Guadeloupe. The results confirm the possibility of a teaching based on the effects of contexts, and also make it possible to specify the emergence modalities and the characteristics of these phenomena. The study shows that the confrontation of students’ conceptions, with different geothermal contexts, help with the acquisition of expert conceptions on the subject. Context effects can be used as a tool for the acquisition of knowledge. Finally, geothermal education can be built by taking into account the learners' prior conceptions, while relying on the local geothermal context.

<p>The main purpose of the research this thesis is based upon was to study students’ attitudes towards learning chemistry at university level and their motivation from three perspectives. How can students’ attitudes towards learning chemistry be assessed? How can these attitudes be changed? How are learning situations experienced by students with different attitude positions?</p><p>An attitude questionnaire, assessing views of knowledge, learning assessments, laboratory activities, and perceived roles of instructors and student, was used to estimate students’ attitude positions. It was shown that a positive attitude was related to motivated student behaviour. Furthermore, it was shown that factors in the educational context, such as the teachers’ empathy for students learning chemistry, had affected the students. It was also found that students holding different attitude positions showed different learning outcomes and differed in their perceptions of the learning situation. Students’ holding a more relativistic attitude more readily accepted the challenges of open experiments and other more demanding tasks than those holding a dualistic attitude.</p><p>In addition, the teachers were found to play important roles in the way the tasks were perceived and the development of students’ ideas. In studied laboratory activities open tasks resulted in positive student engagement and learning outcomes. Preparative exercises, such as a computer simulation of the phenomena to be investigated, affected students’ focus during laboratory work, encouraging them to incorporate more theoretical considerations and increasing their ability to use chemical knowledge. Finally, it was shown that students’ focus during laboratory work is reflected in the questions they ask the teacher, implying that questions could be used as tools to evaluate laboratory teaching and learning processes.</p><p>The findings imply that students’ attitudes towards learning and motivation, and the design of learning situations, are key factors in the attainment of desirable higher educational goals such as the ability to judge, use, and develop knowledge. For universities encountering students with increasingly diverse attitudes, motivation and prior knowledge, these are important considerations if they are to fulfil their commissions to provide high quality learning environments and promote high quality learning.</p>

The main purpose of the research this thesis is based upon was to study students’ attitudes towards learning chemistry at university level and their motivation from three perspectives. How can students’ attitudes towards learning chemistry be assessed? How can these attitudes be changed? How are learning situations experienced by students with different attitude positions? An attitude questionnaire, assessing views of knowledge, learning assessments, laboratory activities, and perceived roles of instructors and student, was used to estimate students’ attitude positions. It was shown that a positive attitude was related to motivated student behaviour. Furthermore, it was shown that factors in the educational context, such as the teachers’ empathy for students learning chemistry, had affected the students. It was also found that students holding different attitude positions showed different learning outcomes and differed in their perceptions of the learning situation. Students’ holding a more relativistic attitude more readily accepted the challenges of open experiments and other more demanding tasks than those holding a dualistic attitude. In addition, the teachers were found to play important roles in the way the tasks were perceived and the development of students’ ideas. In studied laboratory activities open tasks resulted in positive student engagement and learning outcomes. Preparative exercises, such as a computer simulation of the phenomena to be investigated, affected students’ focus during laboratory work, encouraging them to incorporate more theoretical considerations and increasing their ability to use chemical knowledge. Finally, it was shown that students’ focus during laboratory work is reflected in the questions they ask the teacher, implying that questions could be used as tools to evaluate laboratory teaching and learning processes. The findings imply that students’ attitudes towards learning and motivation, and the design of learning situations, are key factors in the attainment of desirable higher educational goals such as the ability to judge, use, and develop knowledge. For universities encountering students with increasingly diverse attitudes, motivation and prior knowledge, these are important considerations if they are to fulfil their commissions to provide high quality learning environments and promote high quality learning.

The environment of knowledge exchange between computation and biology elicits a contemporary approach towards architecture. Computation, as an overarching mode of thinking, instructs the analysis, understanding and reinterpretation of the un-formal structure of natural organizations (such as systematic construct, information flow, and process through time) for architectural form generation. Consequently, the computing theory originates a mind-shift where processes, relations, and dependencies are a major concern for reconsidering and re-comprehending the environment. Besides, computation presents universal modes of thinking and tools for modeling, within which transdisciplinary studies and knowledge interchange between distinct disciplines are flourished. This thesis will discuss architectural form generation through interpreting computation as &ldquo / transcoding&rdquo / and an interface, while nature will be regarded as a &ldquo / model&rdquo / and a source for learning. A case study will be conducted by analyzing cactus plants and their common generative logic in the framework of computation. Consequently, the produced computational model of cactus plants will be scrutinized for probable outcomes, questioning what such a re-interpretation of natural systems may imply for architecture.

This qualitative study examines how principals support the implementation of the Three-Block Model of Universal Design for Learning (Katz, 2012a), a framework for inclusive school reform. The ways that principals can support inclusive practice may include the way they use systems and structures that fall under their control (Katz, 2012a). Instructional leadership also plays a crucial part in implementing inclusive school reform (Leithwood & Riehl, 2005). Data were collected through semi-structured interviews with five Manitoba principals involved in implementation of the Three-Block Model of UDL. Principals were asked about leadership and how they manage systems and structures under their control. Recommendations for practice are made, including the need for the school to be organized to support inclusive practice, for principals to make developing people a key task, and for principals to be highly involved in classroom instruction within the school.