Bedömning av kvaliteten är en av de viktigaste processerna som en lärare utför varje arbetsdag för att kunna relatera elevernas prestationer mot ett kulturellt och individuellt anpassat betygssystem. Med ambitionen att främja jämställdhet och reliabilitet av bedömningar tillhandahåller Skolverket bedömningskrav och kriterier för att skilja olika grader av kvalitet (Selghed 2011). Dessa kriterier förefaller emellertid ibland otydliga och inte lämpliga för att särskilja mellan kvalitativa nivåer, särskilt på högre nivåer, vilka därför kan uppfattas som delvis överlappande. Som följd finns det mycket utrymme för tolkning av den enskilda läraren när det slutliga bedömningssystemet konstrueras (Schreiber et al., 2012, Selghed 2011). En alternativ bedömningsmetod som är rekommenderad av t.ex. Hattie (2012), är den mindre komplexa SOLO-taxonomin vilken idag används i de högre utbildnings miljöer.För att uppskatta överlappningen mellan resultat som härrör från olika bedömningsmetoder analyserar denna studie kvalitetsnivåer av en skrivuppgift av andraårs-gymnasieelever med hjälp av det läroplanbaserade betygssystemet och SOLO-taxonomin. Med hjälp av principiell komponentanalys (PCA) och korrelationsanalys kunde man dra slutsatsen att de olika bedömningsmetoderna är lämpliga för att skilja högre från lägre komplexitet eller kvalitetsnivåer. Men SOLO-taxonomin kunde inte tydligt skilja de mer sofistikerade skillnaderna mellan högre betygsnivå A och B.Dessutom undersökte denna studie om en noggrant genomförd konstruktivistisk undervisningsdesign oundvikligen resulterar i högkvalitativa skriftliga arbeten. Detta analyserades med hjälp av PCA och korrelationsanalys av relationen mellan deltagarnas kunskapssyn och bedömningsresultatet. Inom detta sammanhang kunde det dras slutsatsen att (I) en mer sofistikerad syn på naturen av kunskap och kunskap och (II) heterogeniteten hos en studentgrupp med avseende på kunskapssynen verkar vara kopplad till högre kvalitativa prestationer. Bevis för en korrelation mellan elevernas individuella kunskapssyn och de valda inlärningsmetoderna diskuteras inom ramen för en generell lämplighet av konstruktivistiska undervisningsmetoder.

Large underfunded classrooms are indicative of the situation found in many developing countries. These limitations often lead to the ineffective teacher-centred approach dominating classroom instruction in these countries. The aim of the study was to examine active learning strategies used by teachers in large unfunded Physics classrooms, in Kerala, India. This study used a qualitative approach utilising a case study method. The data collection process involved mainly unstructured interviews, lesson observations and the analysis of documents. The results of the study indicate that despite the difficulties faced in India, similar to those faced by other developing countries, the Indian state of Kerala implements and supports active learning rather than the more common teacher-centred approach. The research defines the common forms of active learning in the Physics lessons and critically examines the core elements of the learner-centred teaching approaches. Successes have been found in the implementation of active, collaborative, cooperative and problem-based learning in the large underfunded Physics classes. The results of the research suggest that teachers need to be highly trained, resourceful, creative, hardworking and sometimes go above and beyond the required duties to make active learning in large underfunded Physics classroom a success. / Science and Technology Education / M. Ed. (Natural Science Education)

This study investigated the problem-solving skills of Grade 12 learners in probability. A total of 490 Grade 12 learners from seven schools, categorised under four quintiles (socioeconomic factors) were purposefully selected for the study. The mixed method research methodology was employed in the study. Bloom’s taxonomy and the aspects of probability enshrined in the Mathematics Curriculum and Assessment Policy Statement (CAPS) document of 2011 were used as a framework of analysis. A cognitive test developed by the researcher was used as an instrument to collect data from learners. The instrument used for data collection passed the test of validity and reliability. Quantitative data collected was analysed using descriptive and inferential statistics and qualitative data collected from learners was analysed by performing a content analysis of learners’ scripts. The study found that the learners in this study were more proficient in the use of Venn diagrams as an aid in solving probability problems than in using tree diagrams and contingency tables as aids in solving these problems. Results of the study also showed that with the exception of Bloom's taxonomy synthesis level, learners in Quintile 4 (fee-paying schools) had statistically significant (P-value < 0.05) higher achievement scores than learners in Quintiles 1 to 3, (i.e. non-fee-paying schools) at the levels of knowledge, comprehension, application, analysis and evaluation of Bloom’s taxonomy. Contrary to expectations, it was revealed that the achievement of the learners in probability in this study decreased from Quintile 1 to Quintile 3 in all but the synthesis level of Bloom's taxonomy. Based on these findings, the study argued that the quintile ranking of schools in South Africa may be a useful but not a perfect means of categorisation to help improve learner achievement. Furthermore, learners in the study demonstrated three main error types, namely computational error, procedural error and structural error. Based on the findings of the study it was recommended that regular content-specific professional development be given to all teachers, especially on newly introduced topics, to enhance effective teaching and learning. / Mathematics Education / Ph. D. (Mathematics, Science and Technology Education)

The Department of Basic Education (DBE) has associated the poor pass rate in the National Senior Certificate (NSC) Grade 12 Physical Sciences examinations to the learners’ lack of practical skills and the inability of learners to solve problems by integrating knowledge from the different topics in Physical Sciences. The CAPS (Curriculum and Assessment Policy Statement) is central to the planning, organising and teaching of Physical Sciences. Even though more than a third of the learners achieved below 30% in the NSC Grade 12 Physical Sciences: Physics (P1) November 2017 examination, there was a lack of references made to the CAPS, rationalising the poor performance. A disjointed alignment between the CAPS and the P1 is a possible cause for the poor performance. Since there have been no previous studies that investigated the alignment between the CAPS and the P1, this study aims to fill that gap. This study used a positivist research paradigm and a case study research strategy. A purposive sampling procedure selected the CAPS Grades 10 – 12 Physical Sciences document; the Physical Sciences Examination Guidelines Grade 12 documents and the final and supplementary P1 examinations in the period starting November 2014 to March 2018 as the documents for analysis. A summative content analysis research technique was conducted using the Surveys of Enacted Curriculum (SEC) research method. The SEC method employed the use of the four topics of Grade 12 Physics and the four non-hierarchical levels of cognitive demand as described in the modified version of Bloom’s taxonomy. The physics topics included mechanics; waves, sound and light; electricity and magnetism; and optical phenomena. The cognitive demand levels included recall; comprehension; application and analysis; and synthesis and evaluation. This study found a 100 percent categorical coherence, a 67.3 percent balance of representation, a 79.4 percent cognitive complexity and an average Porter’s alignment index of 0.77 between the CAPS and the P1. The overall Cohen’s kappa for all the documents analysed was 0.88. The findings of this study indicate that the mechanics topic was under-emphasised whilst the application and analysis cognitive demand was over-emphasised in the P1. The CAPS and the P1 did not utilise the highest cognitive demand, synthesis and evaluation which may be interpreted as an environment that fosters lower order thinking. To change this environment of lower order thinking and simultaneously increase the alignment between the CAPS and the P1 this study recommends that firstly, the CAPS decreases the recall based content of the mechanics topic. Secondly, the CAPS and the P1 increase the synthesis and evaluation cognitive demand-based content at the expense of the recall cognitive demand-based content. Thirdly, the CAPS must include the content of the school-based physics practical assessments while decreasing the focus on physics definitions. The ultimate aim is an improvement in the pass rates of the NSC Grade 12 Physical Sciences examinations. / Science and Technology Education / M. Sc. (Mathematics, Science and Technology Education (Physics Education))

Large underfunded classrooms are indicative of the situation found in many developing countries. These limitations often lead to the ineffective teacher-centred approach dominating classroom instruction in these countries. The aim of the study was to examine active learning strategies used by teachers in large unfunded Physics classrooms, in Kerala, India. This study used a qualitative approach utilising a case study method. The data collection process involved mainly unstructured interviews, lesson observations and the analysis of documents. The results of the study indicate that despite the difficulties faced in India, similar to those faced by other developing countries, the Indian state of Kerala implements and supports active learning rather than the more common teacher-centred approach. The research defines the common forms of active learning in the Physics lessons and critically examines the core elements of the learner-centred teaching approaches. Successes have been found in the implementation of active, collaborative, cooperative and problem-based learning in the large underfunded Physics classes. The results of the research suggest that teachers need to be highly trained, resourceful, creative, hardworking and sometimes go above and beyond the required duties to make active learning in large underfunded Physics classroom a success. / Science and Technology Education / M. Ed. (Natural Science Education)

For the knowledge economy of the twenty-first century, intellectual skills (such as critical thinking) have been identified as imperative for success. Educational institutions have a responsibility to equip students with the knowledge and skills required for future employment. The South African Institute of Chartered Accountants has identified critical thinking as one of the skills that should be developed in Financial Accounting students who wish to become chartered accountants. For this limited-scope dissertation a qualitative study was done, applying a constructivist paradigm to a case study design, to explore the development of critical thinking in first-year Financial Accounting students in an open distance and e-learning context in South Africa. To achieve this, data were collected through semi-structured interviews with twelve academics and the use of document analysis. As the focus of the study was limited to two first-year financial accounting modules which form part of the South African Institute of Chartered Accountants accredited programme taught at an open distance and e-learning institution, the findings cannot be generalised. While the perceptions of students were not considered in the study, the findings provide valuable insight into the development of critical thinking in accounting modules. The findings revealed that, although academics believe critical thinking skills and good thinking habits should be developed in first-year Financial Accounting students, it is currently only done through a content-centred approach, or not at all. Furthermore, only technologies which academics are comfortable using, are being incorporated, mainly for the delivery of content. The recommendations made for curriculum evaluation and professional development relate specifically to these findings. / Vir die een-en-twintigste-eeuse kennisekonomie is intellektuele vaardighede (soos kritiese denke) geïdentifiseer as noodsaaklik vir sukses. Opvoedkundige instellings het 'n verantwoordelikheid om studente met die kennis en vaardighede toe te rus wat nodig is vir toekomstige indiensneming. Die Suid-Afrikaanse Instituut vir Geoktrooieerde Rekenmeesters het kritiese denke geïdentifiseer as 'n vaardigheid wat studente in Finansiële Rekeningkunde, wat geoktrooieerde rekenmeesters wil word, moet ontwikkel. Vir hierdie verhandeling van beperkte omvang, is 'n kwalitatiewe studie gedoen deur 'n konstruktivistiese paradigma toe te pas op 'n gevallestudie-ontwerp om die ontwikkeling van kritiese denke in eerstejaarstudente in Finansiële Rekeningkunde in 'n oop e-afstandsleerkonteks in Suid-Afrika te ondersoek. Om hierdie doel te bereik, is data versamel deur semi-gestruktureerde onderhoude te voer met twaalf akademici en dokumentontleding te gebruik. Omdat die studie beperk was tot twee eerstejaar finansiële rekeningkunde modules, wat deel vorm van die Suid-Afrikaanse Instituut vir Geoktrooieerde Rekenmeesters se geakkrediteerde program wat by 'n oop e-afstandsleerinstelling aangebied word, kan die bevindinge nie veralgemeen word nie. Alhoewel die studente se persepsies nie in die studie in ag geneem is nie, bied die bevindings waardevolle insig oor die ontwikkeling van kritiese denke in rekeningkundemodules. Die bevindings dui daarop dat, alhoewel akademici glo dat vaardighede in kritiese denke en goeie denkgewoontes in die eerste jaar van Finansiële Rekeningkunde onderrig moet word, word dit tans slegs deur 'n inhoudgebaseerde benadering gedoen, of glad nie. Verder word slegs tegnologieë geïnkorporeer waarmee akademici gemaklik is, hoofsaaklik vir die oordrag van die inhoud. Die aanbevelings vir kurrikulumevaluering en professionele ontwikkeling hou spesifiek verband met hierdie bevindings. / Kha ikonomi ya nḓivho ya ḓanwaha fumbili nthihi, zwikili zwa nḓivho (zwi ngaho vhukoni ha u humbula nga nḓila yo dzudzaneaho) zwo topolwa sa ndaela ya mvelaphanḓa. Zwiimiswa zwa pfunzo zwi na vhudifhinduleli u lugisela matshudeni nga ndivho na zwikili zwine zwa ṱodea mishumoni ya tshifhingani tshidaho. Tshiimiswa tsha Afrika Tshipembe tsha Vhomakone vha Akhaunthini tsho topola vhukoni ha u humbula nga ndila yo dzudzaneaho vhune ha tea u bveledzwa kha matshudeni a Akhaunthini ya Masheleni vhane vha tama u vha vhomakone vha muvhalelano. Ho itwa ngudo dza khwalithathivi dza desithesheni ya tshikoupu tsho pimiwaho, hu tshi khou u fhaṱwa ndivho na kupfesesele nga kha tshenzhemo kha u bveledza ngudo, u wanulusa vhukoni ha u humbula nga ndila yo dzudzaneaho kha nwaha wa u thoma kha matshudeni a Akhaunthuni ya Masheleni kha nyimele ya tshiimiswa tsha u guda u kule na kha lubuvhisia Afrika Tshipembe. U swikelela izwi, data yo kuvhanganyiwa nga kha inthaviwu dzo dzudzanywaho na vhoraakademi vha fumimbili na u shumisa musaukanyo wa linwalo. Sa musi ngudo yo vha yo sedza fhedzi kha mimodulu mivhili ya nwaha wa u thoma ya Akhaunthini ya masheleni ine ya vhumba tshipida tsha mbekanyamushumo ya akhiredithesheni ya Tshiimiswa tsha Afrika Tshipembe tsha Vhomakone vha Akhaunthuni ine ya funzwa kha tshiimiswa tsha u guda u kule na kha Lubuvhisia, mawanwa a nga si angaredzwa. Ngeno kuvhonele kwa matshudeni ku songo dzhielwa ntha kha ngudo, mawanwa o ṋetshedzwa ndivho ya ndeme kha mveledziso ya vhukoni ha u humbula nga ndila yo dzudzaneaho kha mimodulu ya akhaunthini. Mawanwa o dzumbulula uri, naho vhoraakademi vha tshi tenda uri zwikili zwa vhukoni ha u humbula nga ndila yo dzudzaneaho na maitele a kuhumbulele kwavhudi zwi fanela u bveledziswa kha nwaha wa u thoma wa matshudeni vha Akhaunthini ya Masheleni, zwa zwino zwi khou itwa fhedzi nga kha maitele o disendekaho nga zwi re ngomu, kana zwa sa itwe na luthihi. Zwi tshe zwo ralo, ndi thekhinolodzhi fhedzi dzine vhoraakademi vha takalela u dzi shumisa, zwo tanganyiswa, nga maanda ndisedzo ya zwi re ngomu. Themendelo dzo itwa kha u ela kharikhulamu na mveledziso dzi re na vhushaka na mawanwa anea o tiwaho. / Institute for Open and Distance Learning (IODL) / M. Ed. (Open and Distance Learning)