scholarly journals A model for management of workload of academic staff at a developing university

2015 ◽  
Vol 12 (4) ◽  
pp. 462-466
Author(s):  
Remigius C Nnadozie

Academic workload models provide framework for ensuring that academic workloads are distributed equitably and transparently. The models are also useful tools for managing capacity optimization and planning. The work of academics could be perceived as complex, individually distinctive and multidimensional. Therefore, the challenge in designing an acceptable model is striking the right balance between complexity and practical applicability. This paper is an attempt at designing an academic workload model in the context of a developing University of Technology (UoT). Using actual hours modelling approach, a workload model that prioritises teaching and learning aspects of the work of academics is proposed.

2020 ◽  
Vol 105 (9) ◽  
pp. e17.2-e18
Author(s):  
Farrah Khan

IntroductionDemand from local NHS stakeholders identified a gap for a taught education course tailored to the niche requirements of paediatric healthcare staff wishing to become non-medical prescribers. This was seen as an excellent opportunity to review and develop the pharmacology module within the Non-medical Prescribing (NMP) course by giving it a paediatric focus.AimTo develop a pharmacology module with an emphasis on paediatric prescribing that meets the professional requirements of the General Pharmaceutical Council (GPhC), the Nursing and Midwifery Council (NMC) and the Health Care Professions Council (HCPC).MethodKnowledge of curriculum design and structure was utilised in developing the paediatric pharmacology module. This ensured that the underpinning theory of prescribing medicines safely for children was delivered at the right academic level. The content, delivery and learning outcomes were dictated by the Prescribing Competency Framework for All Prescribers (RPS, 2016).1 But the cognitive teaching and learning methods arose from the rigid expectation to meet the regulatory requirements of each professional body. To ensure consistency across the whole NMP programme, the structure of the pharmacology module assessments (both formative and summative) was kept the same. The summative (final) assessments consisted of a multiple choice question (MCQ) paper requiring the students to answer a total of twenty MCQs, with the pass mark set by the regulatory bodies at 80%; a drug calculations paper consisting of five questions with a 100% pass mark; and a 5 minute information giving OSCE (objective structured clinical examination). The whole module was looked at a fresh from a paediatric perspective. The content and timetable were compiled and reviewed jointly by a paediatric pharmacist and a paediatric nurse. Both were experienced academics already teaching on the NMP course. While some of the lectures were delivered by in-house university academic staff, the majority of the sessions were delivered by specialist paediatric guest lecturers who were actively working in their respective clinical fields. This ensured that the knowledge imparted to students was practical, current and relevant to prescribing for children.ResultsAll students had to be practising in paediatrics for a minimum period of two years and have evidence of studying at level 6 (graduate level) or equivalent. The target audience consisted of allied healthcare professionals specialising in paediatrics, including nurses, pharmacists, optometrists, physiotherapists, podiatrists, dieticians and therapeutic radiographers. However, the first cohort of 51 students comprised entirely of paediatric nurses. The majority of students passed each assessment first time. All students passed the 5-minute information giving OSCE, but 25% of the students had to re-sit the pharmacology MCQ paper and 17% had to re-sit the drug calculations paper. Following the resits the remaining students all passed except for one student who failed the course.ConclusionOverall, the course was well received, with positive feedback from most students and stakeholders. Valuable suggestions were also received for further improvements to the course and pharmacology module. These are currently being implemented with intake of students.ReferenceRoyal Pharmaceutical Society ( 2016) A competency framework for all prescribers. Available from: http://www.rpharms.com/Portals/0/RPS%20document%20library/Open%20access/Professional%20standards/Prescribing%20competency%20framework/prescribing-competency-framework.pdf [Accessed 25/6/19]


2016 ◽  
Author(s):  
◽  
Bongani Penuel Qwabe

A number of studies have been conducted in relation to academic workload in higher education and many have noted a marked increase in workload over recent decades. However, fewer have specifically investigated the increase in the administrative component of an academic’s workload, and none have focussed on the current support given to academics by their secretaries in the context of a South African University of Technology. All academics require sufficient time to perform their teaching, research and community outreach duties satisfactorily, while Universities of Technology make additional demands on their academic staff in relation to such aspects as Work Integrated Learning, maintaining contacts with industry and new research requirements. The literature indicates that many feel that they are unable to cope or to cope adequately and that universities often do not understand the burden of the different tasks/activities they perform. The purpose of this case study was therefore to investigate the administrative workload experienced, and the support given, to academics at the Durban University of Technology. It specifically investigates whether the institution of a workload model for the university as a whole would be supported, and would be effective, in addressing equity and transparency issues in academic workload and thus in improving academic retention and research output for the university as a whole. This study used a mixed method approach involving three questionnaires administered to academics, their secretaries, and to senior management. In addition, semi-structured interviews were conducted with some senior academic staff. The results of the research indicate that the great majority of academic staff members experience a heavy administrative workload and that many believe they are doing more than they expected at the time of their appointment. While the secretaries were better informed as to the nature and extent of the administrative duties expected of them, many also felt that they are doing more than they expected and both groups indicated strongly that there is a lack of transparency and equity between different workloads performed by different individuals. Over ninety percent of both academic and secretarial staff believed that a workload model would assist in ensuring a fairer balance in the work performed, but significant individual comments indicated the difficulties and drawbacks which should also be taken into account and the consequent need for flexibility and ongoing consultation with staff, before the imposition of such a model. The results also revealed that there was considerable uncertainty amongst respondents as to the current existence of a workload model. It was, however, established that the university is planning to implement a workload model across all six faculties and that a member of the academic staff, Mr Greg Parrott, has been tasked to develop the relevant software. He is in the process of collecting the information needed. Contact was made with Mr Parrott and information exchanged with him. It is hoped that the data gathered in this study will serve to support this initiative. Following an in-depth analysis of the results, this study recommends wide consultation over the implementation of the model and the employment of a pilot phase to iron out any problems. Flexibility within the model and ongoing consultation are also recommended. The study further recommends that academic departments should consider making greater use of WIL students from the discipline of Office Management who, as part of their work experience, can work closely with secretaries in departments which require additional secretarial assistance. Additional part-time assistance, possibly from retired academics, for specifically academic administrative duties might also be considered.


2021 ◽  
Vol 52 (5) ◽  
pp. 38-51
Author(s):  
Zsuzsanna Tóth ◽  
Bálint Bedzsula

The challenges assigned by the ‘student as partner’ movement have redrawn the ways how students and academic staff actively collaborate for the sake of successful teaching and learning. To gain competitive advantage, higher education institutions should understand what student partnership means in their context and decide how to talk about and act upon it. The primary purpose of this paper is to reveal how student partnership is interpreted by our students and lecturers who took part in an online brainstorming session and in an online application of the Q organizing technique to rank the concepts resulting from the previous brainstorming session. The results have been utilized to identify the main similarities and differences between students’ and lecturers’ interpretations. Neither students, nor lecturers could be treated as homogeneous groups, which also raises challenges to find the right mix of institutional answers to the conceptualization of student partnership.


2017 ◽  
Vol 1 (1) ◽  
pp. 37
Author(s):  
Happy Ikmal

Teaching and learning activities is a conscious activity and aims. Therefore, for these activities can be run well and achieve the expected goals, it must be done with the strategy or the right learning approach .. The purpose of this study were: 1) to describe the influence of Self-Concept on the results of studying chemistry at Class XI MA Pacet Mojokerto. 2) Describe the effect of self-efficacy on Learning outcomes chemistry in Class XI MA Pacet Mojokerto 3) Describe the effect of motivation on Learning outcomes chemistry in Class XI MA Pacet Mojokerto 4) Describe the relationship Self-concept, self-efficacy and motivation to Results studied chemistry at Class XI MA Pacet Mojokerto. From the results of the analysis can be summarized as follows: 1) There is a significant relationship between self-concept of the Learning outcomes chemistry inquiry model. T test against self-concept variables (X1) obtained regression coefficient (B) 0.440 (44.0%), coefficient (Beta) 0.091, tcount of 0.378 with significance 0.006 t. Because of the significance of t less than 5% (0.007 <0.05), the Nil Hypothesis (H0) is rejected and working hypothesis (Hi) is received. 2) There is a significant relationship between self-efficacy toward chemistry Learning outcomes inquiry model. T test for Self-efficacy variable (X2) obtained regression coefficient (B) 0.329 (32.9%), coefficient (Beta) 0.124, tcount of 0.436 with a significance of 0.009 t. Because of the significance of t less than 5% (0.008 <0.05), the Nil Hypothesis (H0) is rejected and working hypothesis (Hi) is received. 3) There is a significant relationship between motivation to learn chemistry results inquiry model. T test for motivation variable (X3) obtained regression coefficient (B) 0.130 (13.0%), coefficient (Beta) 0.065, tcount of 0.230 with a significance of 0.001 t. Because of the significance of t less than 5% (0.001 <0.05), the Nil Hypothesis (H0) is rejected and working hypothesis (Hi) received 4) From the calculation results obtained Fhitung value 2,249 (significance F = 0.001). So Fhitung> F table (2,249> 2:03) or Sig F <5% (0.001 <0.05). It means that together independent variables consisting of variable self-concept (X1), Self-efficacy (X2), motivation (X3) simultaneously to variable results of studying chemistry (Y).


2013 ◽  
Vol 17 (2) ◽  
Author(s):  
Greig Krull ◽  
Brenda Mallinson

Higher Education Institutions (HEIs) in Africa face the challenge of responding to the expanding demand for tertiary education while maintaining or enhancing the quality of their course offerings. This has led to some HEIs introducing interactive web technologies to support their distance teaching and learning practices. However, academic staff at these institutions may struggle to provide sufficient support to online learners in part due to inadequate staff capacity in terms of familiarity with and use of online communication tools. This paper reports the practical experiences of building academic staff capacity within three southern Africa institutions, in order to initiate skills development and introduce foundational concepts in support of engaging online learners. The design of the course material is discussed and the experiences of the facilitators and participants are examined.


Author(s):  
Shane Pachagadu ◽  
Liezel Nel

Numerous studies have explored the potential of podcast integration in teaching and learning environments. This paper first presents and organises perspectives from literature in a conceptual framework for the effective integration of podcasting in higher education. An empirical study is then discussed in which the guidelines presented in the framework were evaluated for applicability in a selected course at a South African University of Technology. Since the results of the study revealed a number of aspects not accounted for in the conceptual framework, the framework was customised to make it more applicable for the particular higher education environment. The customised framework identifies four principles and a series of related guidelines for the effective integration of podcasts in a South African higher education teaching and learning environment. This framework can become a valuable resource for effective podcast integration in similar environments.


Author(s):  
Glenda Hawley ◽  
Anthony Tuckett

Purpose: This study aims to offer guidance to lecturers and undergraduate midwifery students in using reflective practice and to offer a roadmap for academic staff accompanying undergraduate midwifery students on international clinical placements. Design: Drawing on reflection within the Constructivist Theory, the Gibbs Reflective Cycle (GRC) provides opportunities to review experiences and share new knowledge by working through five stages—feelings, evaluation, analysis, conclusion and action plan. Findings:  The reflections of the midwifery students in this study provide insight into expectations prior to leaving for international placement, practical aspects of what local knowledge is beneficial, necessary teaching and learning strategies and the students’ cultural awareness growth. Implications: The analysis and a reflective approach have wider implications for universities seeking to improve preparations when embarking on an international clinical placement. It can also inform practices that utilise reflection as an impetus to shape midwifery students to be more receptive to global health care issues. 


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