There currently exists a challenge in higher education to improve undergraduate education. The development and more adequate preparation of future faculty, who are current graduate students, is one of several options identified as a viable strategy to address this challenge. This dissertation explored the quality of motivation as a factor affecting the preparation or socialization of future faculty at two top-tier universities. The quality of motivation is believed salient to preparation and socialization. This study focused on the motivation types of teaching-focused future faculty preparation program (FFPP) completers, their programmatic experiences, and various personal and social factors, such as gender, program, and academic discipline, as reason for motivation type. This mixed methods research study was based on the tenets of self-determination theory and revealed quantitatively, through inferential statistics, that a significant difference exists in the motivation type of participants based on gender, program, and academic discipline. Qualitative findings, from focus group interviews, were that FFPP design characteristics included elements to satisfy the innate psychological need for competence but fell short in meeting the need for relatedness. The findings offer insights into aspects that affect the quality of motivation in program participants. They also suggest that in order to more adequately prepare and socialize future faculty, consideration must be given to the importance of satisfying innate psychological needs in an effort to enhance the quality of participant motivation. Both findings support the importance of relatedness in affecting the quality of motivation. The findings of this study support the notion that certain demographic or contextual factors, as well as the satisfaction of innate psychological needs are critical to motivation quality, internalization, behavior, and socialization. The results of this study will contribute to program developers' awareness of motivation quality and its effect on behavior to enhance the design of teaching-focused future faculty preparation programs and socialization. Through the use of motivation quality, this study serves as a catalyst for the more adequate preparation of future faculty to improve undergraduate education.

Objective: This thesis aimed to advance the study of sustainability through the exploratory use of a conceptual framework for the investigation of a collaborative project. Methods: A qualitative case study design, utilizing document analysis and key informant interviews, was used to conduct a three-year follow-up of a collaborative mental health project. The study design and directed content analysis were informed by the Scheirer and Dearing (2011) conceptual framework. Results: The sustained outcomes identified by the six participating agencies included: institutionalized project components, maintained client benefits, continued collaboration and sustained attention to the issue. The sustainability of project components was associated with complex interactions between the innovation, organization, and community factors investigated. Conclusions: The study illustrated the importance of evaluating multiple aspects of sustainability to fully capture a project’s long-term effect. Complex systems theory was proposed to describe the interactions observed and as a direction for further development of the conceptual framework.

Objective: This thesis aimed to advance the study of sustainability through the exploratory use of a conceptual framework for the investigation of a collaborative project. Methods: A qualitative case study design, utilizing document analysis and key informant interviews, was used to conduct a three-year follow-up of a collaborative mental health project. The study design and directed content analysis were informed by the Scheirer and Dearing (2011) conceptual framework. Results: The sustained outcomes identified by the six participating agencies included: institutionalized project components, maintained client benefits, continued collaboration and sustained attention to the issue. The sustainability of project components was associated with complex interactions between the innovation, organization, and community factors investigated. Conclusions: The study illustrated the importance of evaluating multiple aspects of sustainability to fully capture a project’s long-term effect. Complex systems theory was proposed to describe the interactions observed and as a direction for further development of the conceptual framework.

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Der interuniversitäre Bachelor-Studiengang Energy Efficiency and Englishes hat die Zielsetzung, dass Studierende zum einen ingenieurs- und technikwissenschaftliche Kompetenzen und zum anderen kultur- und sprachwissenschaftliche Kompetenzen erwerben und somit für den Arbeitsmarkt bessere Voraussetzungen mitbringen. Ziel des Ko- Pi-Projektes war es, die Module „Einführung Energietechnik“ und „Applied Linguistics“ besser an die Bedürfnisse der Studierenden anzupassen und gleichzeitig die Verknüpfung von technikwissenschaftlichen mit sprachwissenschaftlichen Kompetenzen zu schaffen, um diese praktisch im Unterricht anzuwenden und weiterzuentwickeln.

Thesis (Ph.D. (Health Sciences)) -- University of Limpopo, 2021 / Rehabilitation programmes for PLWSCI aim to give them as much independence as possible and perfect integration at a later stage. Proper rehabilitation involves effective community integration of a person with the SCI. Rehabilitation and community integration are key to return the person with an SCI to play his/her role in the community as an effective, independent, and important person. Globally, PLWSCI are facing numerous barriers and limitations, especially in rural areas, where rehabilitation resources are limited. There is a dearth of rehabilitation centres in the Limpopo Province, which might impact negatively on the rehabilitation and community integration outcomes for PLWSCI in this region. The absence of rehabilitation centres in this province point to the need for the development of extra skills for the professionals who work in the rehabilitation team in this Province. Aim and Objectives The overall aim of this study was to develop a rehabilitation programme to enhance community reintegration for PLWSCI in rural areas of the Limpopo Province, South Africa. Methodology This study used a convergent parallel mixed method design in phase 1. A mixed methodology approach consists of a set of designs and procedures in which both quantitative and qualitative data are collected, analysed, and mixed in a single study. Quantitative data were generated and collected regarding the rehabilitation and community integration challenges of PLWSCI using the Spinal Cord Injury Community Reintegration Measure (SCICRM) tool. Qualitative data were collected through focus group discussions (FGDs). In phase 2 of the study, the Delphi study design was utilised and conducted as a forecasting method based on the results of phase 1. vi Results Quantitative results show that 37% of the respondents were fully reintegrated. Moderate reintegration was above average (54.4%), while 5.7% were minimally integrated, and 3.9% failed to reintegrate into their communities. The rehabilitation teams’ home visits were further rated as “never happened” (51%) and “rarely happened” (14.3%). Patients who received a home visit from their rehabilitation team were more likely to fully reintegrate into their community, in this case, 75%. Of those who did not receive any home visits, only 39% managed to fully reintegrate into their communities. The qualitative findings, which is based on information-rich interviews with participants, indicated an urgent need for the implementation of a rehabilitation programme to enhance a successful and better community reintegration for PLWSCI. The qualitative results also highlighted the importance of home visits and following up on the patients after they have returned to their communities. The qualitative findings were presented according to six themes that were also divided into several sub-themes. In phase 2 of this study, experts agreed that the rehabilitation programme to enhance community integration for people with SCIs in the Limpopo Province should include the identification of the rehabilitation team, distribution of powers between the team members, documentation and referral letters, mobility, assistive devices, sub-acute rehabilitation tasks, home programmes, and the outcome of the successful rehabilitation. Conclusion Rehabilitation is the bridge between the SCI and successful community integration. A comprehensive rehabilitation programme implemented by a multidisciplinary team should enhance the successful reintegration of PLWSCI.

Die doel van hierdie studie is die ontwikkeling van 'n ouerleidingsprogram vir moeders wat hul premature babas in 'n kangaroemoedersorgprogram versorg. Die program het ten doel om die moeders in die onmiddelikke versorging, sowel as die toekomstige begeleiding van hut kinders, toe te rus. 'n Literatuuroorsig word gegee van prematuriteit as fenomeen en van kangaroemoedersorg (KMS) as versorgingswyse, met spesifieke verwysing na die toepassing daarvan in Kalafonghospitaal. Die grondslae van ouerteiding word uit die literatuur opgesom en riglyne word ook gestef vir die samestelling van 'n ouerfeidingprogram. Die kwalitatiewe navorsingsmetode word gebruik om die inhoud van die ouerfeidingsprogram te bepaal en om ondersoek in te stel na die mees geskikte aanbiedingswyses. Die verslag word afgesluit met riglyne vir die samestelling van 'n prakties-toepasbare ouerleidingsprogram waarin inhoudsmoontlikhede, idees vir aanbieding en wyses vir die bepaling van gestelde uitkomste uiteengesit word. / The aim of this study is the development of parental guidance for mothers who take care of their premature babies in a programme of Kangaroo Mother Care. The programme aims to equip mothers for immediate and future care of their children. A literature review of prematurity as phenomenon and of kangaroo mother care as care method is presented with specifK: reference to the way it is applied in Kalafong-hospital. The basics of parental care are summated from literature and guidelines are set to design a parental guidance programme. The qualitative research method is put into operation to determine the content of the parental guidance programme and to investigate the most appropriate method of presentation. The report is concluded with guidelines for setting up a practical and applicable parental guidance programme in which subject possibilities, ideas for presentation and means for determining set outcomes are explained. / Educational Studies / M.Ed.(Spesialisering in voorligting)

The aim of this thesis is to present an extension to the string graphs of Dixon, Duncan and Kissinger that allows the finite representation of certain infinite families of graphs and graph rewrite rules, and to demonstrate that a logic can be built on this to allow the formalisation of inductive proofs in the string diagrams of compact closed and traced symmetric monoidal categories. String diagrams provide an intuitive method for reasoning about monoidal categories. However, this does not negate the ability for those using them to make mistakes in proofs. To this end, there is a project (Quantomatic) to build a proof assistant for string diagrams, at least for those based on categories with a notion of trace. The development of string graphs has provided a combinatorial formalisation of string diagrams, laying the foundations for this project. The prevalence of commutative Frobenius algebras (CFAs) in quantum information theory, a major application area of these diagrams, has led to the use of variable-arity nodes as a shorthand for normalised networks of Frobenius algebra morphisms, so-called "spider notation". This notation greatly eases reasoning with CFAs, but string graphs are inadequate to properly encode this reasoning. This dissertation firstly extends string graphs to allow for variable-arity nodes to be represented at all, and then introduces !-box notation – and structures to encode it – to represent string graph equations containing repeated subgraphs, where the number of repetitions is abitrary. This can be used to represent, for example, the "spider law" of CFAs, allowing two spiders to be merged, as well as the much more complex generalised bialgebra law that can arise from two interacting CFAs. This work then demonstrates how we can reason directly about !-graphs, viewed as (typically infinite) families of string graphs. Of particular note is the presentation of a form of graph-based induction, allowing the formal encoding of proofs that previously could only be represented as a mix of string diagrams and explanatory text.

Sudden cardiac death following cardiac arrest is a major killer in the industrialised world. The leading cause of sudden cardiac death are disturbances in the normal electrical activation of cardiac tissue, known as cardiac arrhythmia, which severely compromise the ability of the heart to fulfill the body's demand of oxygen. Ventricular fibrillation (VF) is the most deadly form of cardiac arrhythmia. Furthermore, electrical defibrillation through the application of strong electric shocks to the heart is the only effective therapy against VF. Over the past decades, a large body of research has dealt with the study of the mechanisms underpinning the success or failure of defibrillation shocks. The main mechanism of shock failure involves shocks terminating VF but leaving the appropriate electrical substrate for new VF episodes to rapidly follow (i.e. shock-induced arrhythmogenesis). A large number of models have been developed for the in silico study of shock-induced arrhythmogenesis, ranging from single cell models to three-dimensional ventricular models of small mammalian species. However, no extrapolation of the results obtained in the aforementioned studies has been done in human models of ventricular electrophysiology. The main reason is the large computational requirements associated with the solution of the bidomain equations of cardiac electrophysiology over large anatomically-accurate geometrical models including representation of fibre orientation and transmembrane kinetics. In this Thesis we develop simulation technology for the study of cardiac defibrillation in the human heart in the framework of the open source simulation environment Chaste. The advances include the development of novel computational and numerical techniques for the solution of the bidomain equations in large-scale high performance computing resources. More specifically, we have considered the implementation of effective domain decomposition, the development of new numerical techniques for the reduction of communication in Chaste's finite element method (FEM) solver, and the development of mesh-independent preconditioners for the solution of the linear system arising from the FEM discretisation of the bidomain equations. The developments presented in this Thesis have brought Chaste to the level of performance and functionality required to perform bidomain simulations with large three-dimensional cardiac geometries made of tens of millions of nodes and including accurate representation of fibre orientation and membrane kinetics. This advances have enabled the in silico study of shock-induced arrhythmogenesis for the first time in the human heart, therefore bridging an important gap in the field of cardiac defibrillation research.

Membrane proteins represent about one third of all known vertebrate proteins and over half of the current drug targets. Knowledge of their three-dimensional (3D) structure is worth millions of pounds to the pharmaceutical industry. Yet experimental structure elucidation of membrane proteins is a slow and expensive process. In the absence of experimental data, computational modelling tools can be used to close the gap between the numbers of known protein sequences and structures. However, currently available structure prediction tools were developed with globular soluble proteins in mind and perform poorly on membrane proteins. This thesis describes the development of a modelling approach able to predict accurately the structure of transmembrane domains of proteins. In this thesis we build a template-based modelling framework especially for membrane proteins, which uses membrane protein-specific information to inform the modelling process.Firstly, we develop a tool to accurately determine a given membrane protein structure's orientation within the membrane. We offer an analysis of the preferred substitution patterns within the membrane, as opposed to non-membrane environments, and how these differences influence the structures observed. This information is then used to build a set of tools that produce better sequence alignments of membrane proteins, compared to previously available methods, as well as more accurate predictions of their 3D structures. Each chapter describes one new piece of software or information and uses the tools and knowledge described in previous chapters to build up to a complete accurate model of a transmembrane domain.