Programming was included in the curriculum for mathematics at highschool 2018 and to beused as a tool for problem solving in the courses mathematics 3b, mathematics in the c-track,mathematics 4 and mathematics 5. The purpose of this study is to contribute knowledge to themathematics subject in high school by investigating and describing a teaching situation whereprogramming is used as a tool for problem solving in mathematics in high school. The study'sresearch design is design research and is based on a designed activity with principles fromblock coding and Kolb's experiential learning theory that aims to answer the question of howblock coding can introduce programming as a tool for solving mathematical problems in highschool. The study was conducted in two classes with 31 and 24 students, respectively. Thestudy shows how block coding can be used to introduce students to developing the ability tosolve mathematical problems with programming. / Programmering togs med i ämnesplanen för matematik på gymnasiet 2018 och ska användassom ett verktyg för problemlösning inom kurserna matematik 3b, matematik inom c-spåret,matematik 4 och matematik 5. Syftet med studien är bidra med kunskap till matematikämnetpå gymnasiet genom att undersöka och redogöra för en undervisningssituation därprogrammering används som verktyg för problemlösning inom matematik på gymnasiet.Studiens forskningsdesign är design research och grundar sig i en designad aktivitet medprinciper från blockprogrammering och Kolbs experiential learning theory som syftar till attsvara på frågan om hur blockprogrammering kan introducera programmering som verktyg föratt lösa matematiska problem på gymnasiet. Studien genomfördes i två klasser med 31respektive 24 elever. Studien visar hur blockprogrammering kan användas för att introduceraelever till att utveckla förmågan att lösa matematiska problem med programmering.

Individuals have unique ways of perceiving and organising information, which are referred to as learning styles. By becoming informed about individual learning styles the educator is in a better position to support the learner in the learning process. A descriptive correlational study was done to investigate the learning styles of nursing students at Unisa. In this research project a postal questionnaire was used to determine their learning styles. Research data were gathered on the demographic and academic profile of Unisa nursing students in order to determine their specific needs. Learning styles were correlated with various constructs (academic achievement, distance teaching, home language). It was concluded that awareness of individual learning styles is important to assure quality improvement in nursing education. Both learner and educator need to be knowledgeable of learning styles and therefore a course in learning styles was designed. / Health Studies / M.A. (Nursing Science)

Individuals have unique ways of perceiving and organising information, which are referred to as learning styles. By becoming informed about individual learning styles the educator is in a better position to support the learner in the learning process. A descriptive correlational study was done to investigate the learning styles of nursing students at Unisa. In this research project a postal questionnaire was used to determine their learning styles. Research data were gathered on the demographic and academic profile of Unisa nursing students in order to determine their specific needs. Learning styles were correlated with various constructs (academic achievement, distance teaching, home language). It was concluded that awareness of individual learning styles is important to assure quality improvement in nursing education. Both learner and educator need to be knowledgeable of learning styles and therefore a course in learning styles was designed. / Health Studies / M.A. (Nursing Science)

Growing out of the college retention research of Alexander Astin (1993) and Vincent Tinto (1975), this study examined differences in academic achievement and persistence of first-semester college freshmen who participated in Freshman Learning Communities (FLC), including a Living-Learning Community (LLC), and students who did not participate in a university-sponsored learning community. This study also explored variables that may moderate the relationship of learning community participation with academic achievement and persistence. Variables explored included: entry-level readiness for self-directed learning, gender, ethnicity, high school GPA, and SAT or equivalent ACT scores. Data was collected from 544 students at XYZ University using a pre/post university-developed instrument, the College Assessment of Readiness for Entering Students Intended (CARES-I), College Assessment of Readiness for Entering Students- Actual (CARES-A) and the Self-Directed Learning Readiness Scale/Learning Preference Assessment. Demographic and academic data were collected through the institution's Office of Institutional Effectiveness and Analysis. There was a statistically significant difference in academic achievement for students enrolled in either a Freshman Learning Community or a Living Learning Community (df = 424, t = 2.32, p < .05) as compared to students not part of a freshman learning community. The learning community students had higher end-of-semester grades. Multiple regression analysis was used to explore the moderating variables that may influence the learning community effect on academic achievement. Only the pre-academic characteristic of students' entering high school GPA moderated the relationship of learning community participation and academic achievement (p < .05). / Chi-square analysis showed there was no relationship between participation in a learning community and enrollment in the second semester (p > .05).Logistic regression of variable relations determined that the variables of high school GPA and ethnicity were significant. In addition, there was an association between the variables of SDLRS scores, high school GPA, and end-of-semester GPA for students not part of a learning community. Finally, results from a paired samples t-test determined that there was a difference in the intended and actual social involvement for students enrolled in a learning community. / by Jodie Jae Koerner. / Thesis (Ph.D.)--Florida Atlantic University, 2008. / Includes bibliography. / Electronic reproduction. Boca Raton, Fla., 2008. Mode of access: World Wide Web.

Thesis (M.A.)--University of Toronto, 2004. / Adviser: John Portelli.

The constructivist world view is advocated in the Namibian National Curriculum for Basic Education (NNCBE, 2010) since it encourages teachers to use different knowledge sources. This perspective embraces a multicultural approach to science teaching and learning. Indigenous knowledge (IK) and western science (WS) are some of the knowledge sources that are advocated. Yet, it has been noted that some science textbooks used in school science curricula do not consider IK. It is often diminished and considered of lesser value. The sole use of WS in teaching and learning is often distant from IK sources which can be used as prior knowledge. In this study, I therefore endeavoured to minimize this gap in the science curriculum. Essentially, the study focused on investigating trainee teachers’ engagement with prior everyday knowledge and experiences of natural phenomena in teaching physical science concepts. The rationale behind the study emerged while I was supervising twelve trainee teachers on school based studies (SBS) in the Caprivi Region. Observations revealed that learners frequently asked trainee teachers to relate their IK to WS to contextualize what they were learning. However, most trainee teachers seemed to experience challenges. This pedagogical gap and challenge was investigated using the instruments below. An analysis was done on the Namibian National Curriculum for Basic Education (NNCBE, 2010), extracts of research papers and a chapters on pressure in physical science textbooks. A worksheet was used to orientate trainee teachers with suggestions on how IK could be fused with WS to contextualize teaching and learning. Thereafter, this was followed by the simultaneous use of brainstorming and audio-visual techniques. Base line instruments paved the way for the main data generating techniques; namely, microteaching, audio-visual techniques, critical partners’ observation and focus group interview. There was triangulation of data collection instruments which enhanced validation followed by tabulation and data collation to develop themes. Analysis entailed checking theme repetition, indigenous categories and key words in context techniques. Themes enabled the construction of analytical statements which were discussed with reference to the relevant literature, theory and subsequently aligned to the research questions. Findings from this study include the suggestions that IK can be incorporated into teaching and learning of science concepts through the use of models or practical activities, science language used in the community and some cultural artifacts. The relevance of incorporating such type of knowledge is to contextualize science teaching and learning. The study therefore concluded that the incorporation of IK into teaching and learning of science concepts; (a) broadens the curriculum as it addresses conceptual progression and cohesion; (b) contextualizes concepts taught; (c) empowers teachers to use a practical curriculum and (d) it also creates space for misconceptions that come with IK to be identified and corrected. The study thus recommends that cultural artifacts and the social science jargon used in the community of the trainee teachers can be used to incorporate IK with WS as these types of knowledge are not mutually exclusive but in fact complement one another.

Place-based learning can be facilitated via mobile digital devices. This is relevant both from the perspective of the educational objectives of schools and the aim of creating a greater range of differentiated learning environments. This study is part of a larger project that explores more focused study of the use of digital devices within the context of outdoor learning.    The study was carried out using mainly an abductive approach, leading to results of four categories and a graphic model. Thus new insights have been gained into the ways that modern information and communication technology can facilitate the interface between student and place.    The research results are discussed in relation to experiential learning, affordance, learning object, context and place. The study demonstrates that digital tools can bring new qualities to place-based learning. The interface between humans and natural/urban environments can be developed both cognitively and affectively. There is potential here to both strengthen and transform experiences in the space where virtual and authentic learning environments meet. The conclusion to the study examines the need for further development of both technology and teaching. A holistic perspective that takes into consideration both collaboration and the contexts of different places is necessary when using digital media.

Inclusion recognises the diversity of people and aims to use these differences as advantages. Since the ratification of the Convention on the Rights of Persons with Disabilities in 2009 there have been changes to the educational system in Germany; children with special needs are now attending general schools. This change has developed complex debate in societies discourse and the media. It has highlighted the need for changes within the education sector that support inclusion and allow all students to participate on their level. Within the field of Outdoor Education, learning contains practical and theoretical approaches, all senses should be used and emphasis is placed on students learning from experiences. Those learning methods are particularly well adapting for children with special needs as special education works with direct learning approaches. The place of learning is a key element within Outdoor Education and learning can take place outside the classroom in urban or rural environments. In order to determine if Outdoor Education has the potential to increase inclusion of children with special needs, a study in a German primary school was conducted. The study focused on a single class whilst they participated in mathematics lessons. Interactions were observed between students and teachers during indoor and outdoor lessons; follow-up interviews with students and teachers were made. The findings presented participation of all children while learning outside the classroom. In particular children with special needs showed an increased sense of achievement and a higher level of motivation and concentration in the outdoor lessons due to the fact that they were able to contribute to the exercises. The presented findings show that Outdoor Education has a meaningful potential in order to increase inclusion in German schools.

The aim of this thesis was to understand the role played by experiential learning in professional Rugby Union. Furthermore, to understand how performance information is utilised by coaches and athletes in every day practice. The thesis employed an ethnographic research method, utilising extensive participant observation, interviews, and document analysis. The thesis draws significantly on the theoretical tools of Scho??n, Bourdieu and Foucault. The key results and findings were that coaches used performance related information as a technology of self , and inculcated a hegemonic ideology. Furthermore, power relations were found and manifested inside the coach / athlete relation that reinforced the coaches spatial and temporal dominance. These dominant power relations were legitimised through the omnipresent ideology, and thus reproduced by the players and coaches. While evidence of experiential learning was documented, particularly with the academy players, the social location of practice marginalised the value of experiential learning in the coaching process. This was because performance information and the use of video based reflection were consistently used as tools of coaching authority, discipline and symbolic violence.

Manzo Elementary is located in Barrio Hollywood, a low-income neighborhood of Tucson, Arizona. Despite the school's low testing scores and small enrollment, Manzo was recognized as the Best Green School in the nation for 2012 by the U.S. Green Building Council and continues to receive positive media attention. This is because Manzo is thriving in areas of experiential learning and ecological initiatives through the use of its school garden. The school has built sustainability into the core of its curriculum and physical environment, integrating chickens, composting piles, rainwater cisterns, and desert biomes within its courtyards, classrooms and playgrounds. Literature on school gardens suggests that gardens heighten children's sense of place, time spent in the environment, and perceptions of natural areas. However, there is a large gap in the literature which focuses on the use of school gardens as an environmental learning tool, and the ways in which it can appeal and connect children and community partnerships from the perspective of those children involved. The research presented here is an attempt to close that gap by bringing Manzo students into the conversation on school gardens and experiential learning. This study looks at how students perceive their environment, how they are learning and acquiring new environmental knowledge, how they share that knowledge, and the actions and behaviors—both individually and collaboratively—that ensue.