| Literature DB >> 35911013 |
Abstract
Evidence-based policies are needed to support students as they cope with their experiences of workload and stress in higher music education. This subject was explored in the Music Student Workload Project as a collaboration between Finland and the United Kingdom in seven studies: (1) a theoretical study scrutinizing diverse higher music education systems in connection with equality and cultural reproduction; (2) a systematic review mapping international research on music students' workload; (3) a methodological study discussing the transcendental phenomenological approach as a method for obtaining a meaningful understanding of music students' experiences in higher education; (4) a qualitative study exploring music students' workload experiences in connection with their meaningful engagement in music; (5) a mixed-method study shedding light on music students' proactive coping styles in connection with workload and stress; (6) a mixed-method study examining music students' experienced workload, stress, and livelihoods; and (7) a qualitative study exploring teachers' ways of supporting music students' workload and stress. The meta-narrative synthesis was conducted by triangulating the key elements of these studies to generate four actionable policy and intervention recommendations to inform educational policies and practices for supporting students in coping with workload and stress in higher music education: (1) support music students' proactive coping skills; (2) find solutions to the unequal workload and stress experiences between low-income and well-off students, different genders, and different study programs; (3) ensure teachers' continuing professional development, particularly in the learner-centered pedagogical approaches; and (4) invest resources for providing more longitudinal, cross-cultural, and interventional research investigating music students' discipline-specific experiences of workload and stress.Entities:
Keywords: coping; experience; intervention; meta-narrative synthesis; music student; policy recommendation; stress; workload
Year: 2022 PMID: 35911013 PMCID: PMC9335291 DOI: 10.3389/fpsyg.2022.846666
Source DB: PubMed Journal: Front Psychol ISSN: 1664-1078
Study characteristics.
| Study | Study design | Main research question(s) | Data collection | Sample | Analysis | Main findings and/or results |
|---|---|---|---|---|---|---|
| 1. Tuition fees, entrance examinations and misconceptions about equity in higher music education ( | Theoretical study | How are equality and cultural reproduction connected to tuition fees and entrance examinations in higher music education institutions? | Not applicable | Not applicable | Not applicable | Tuition fee systems in higher music education institutions may aim at improving equality, equity, and justice for students but they can also enhance inequalities. Traditions in the field of music have created a strong culture of entrance examinations that is not easy to change because the roots of cultural reproduction are deeply embedded in educational systems. |
| 2. Music students’ experienced workload in higher education: A systematic review and recommendations for good practice ( | Systematic literature review | 1. What factors have an impact on students’ experienced workload? | Systematic literature search | 12 studies on students’ experiences of workload in higher education and 17 studies on music students’ experiences of workload in studying music | Extended meta-ethnography | A total of 24 recommendations for good practice to |
| (a) increase music students’ ability to cope with their workload, | ||||||
| 2. What are music students’ experiences of workload in relation to their studies? | (b) provide tools for teachers to support music students to manage and cope with workload, and | |||||
| (c) develop learner-centered environments in higher music education | ||||||
| 3. Using a transcendental phenomenological approach as a model to obtain a meaningful understanding of music students’ experienced workload in higher education ( | Methodological study | In what ways can a transcendental phenomenological research approach offer insights into music students’ lived experiences in higher education? | Not applicable | Not applicable | Not applicable | Transcendental phenomenological research approach provides a practical model for addressing music students’ unique and meaningful experiences in relation to future administrative and teaching developments in higher music education institutions, such as processing and incorporating students’ feedback into improvements in teaching and learning environments. |
| 4. “Music is my life”: Examining the connections between music students’ workload experiences in higher education and meaningful engagement in music ( | Qualitative study | What does engagement in music mean to 29 music students in higher education in Finland and the United Kingdom, when they reflect on the experiences of their studies and workload? | Interviews | 29 music students in higher education in Finland and the United Kingdom | Transcendental phenomenology approach | Various holistic workload experiences: |
| (1) the music students’ intense and complex experiences | ||||||
| (2) their development as musicians | ||||||
| (3) their creative self-expression | ||||||
| (4) their interactions with others | ||||||
| (5) their personal growth and coping approaches | ||||||
| (6) their transcendental musical experiences | ||||||
| 5. Experienced workload, stress, and coping among professional students in higher music education: An explanatory mixed-method study in Finland and the United Kingdom ( | Multi-strategy study | How do professional students in higher music education in Finland and the United Kingdom experience workload and stress and use proactive coping styles? | Questionnaire and interviews | 155 music students in higher education in Finland and the United Kingdom | Frequentist statistics and transcendental phenomenology approach | Statistically significant differences among music students in genre groups and study programs in relation to experienced study workload; in genders, genre groups, and study programs in relation to experienced stress; and in genders in relation to use of coping styles. Study workload is a significant predictor of stress. Music students have their issues and ways to cope with workload and stress. |
| 6. Music students’ experienced workload, livelihoods and stress in higher education in Finland and the United Kingdom ( | Multi-strategy study | What are the predictors and determinants associated with music students’ experiences of workload in relation to their livelihoods and stress in higher education? | Questionnaire and interviews | 155 music students in higher education in Finland and the United Kingdom | Bayesian statistics and transcendental phenomenology approach | There is a need to pay attention to workload especially with undergraduate-level students, to stress especially regarding junior and doctoral-level study, and to particular areas of study, especially music education. Working while studying has an impact on music students’ workload and stress, thus affecting students’ relationship with studying and being a musician. |
| 7. Tools for teachers to support music students in managing and coping with their workload in higher education ( | Qualitative study | What constructive tools for teachers can support music students in managing and coping with their experienced workload in higher education? | Questionnaire and interviews | 155 music students in higher education in Finland and the United Kingdom | Transcendental phenomenology approach | A total of 43 constructive tools for teachers based on the music students’ experiences.in the interactions with teachers concerning |
| (1) the structure of workload | ||||||
| (2) a music student’s individual workload | ||||||
| (3) workload relating to teaching and learning environments | ||||||
| (4) psychological and physiological issues. |
Figure 1Research participants in the MSW Project telling about music students’ experienced workload.
Figure 2Process of selecting studies grouped by two research questions (RQ) in PRISMA flowchart 2009 (Moher et al., 2009).
Demographic characteristics of all participants in the sample (N = 155).
| Background | % | Main subject studies | % |
|---|---|---|---|
| Country | Genre group | ||
| Finland | 69.7 | Classical music (UG or PG) | 43.2 |
| United Kingdom | 30.3 | Music education (UG or PG) | 24.5 |
| Gender | Other genres | 32.3 | |
| Female | 68.0 | Study program | |
| Male | 30.1 | Classical string | 13.5 |
| Non-binary gender | 2.0 | Classical wind | 9.7 |
| University level | Classical piano | 6.5 | |
| Undergraduate (UG) | 52.9 | Classical early music | 3.2 |
| Postgraduate (PG) | 42.6 | Classical other instruments | 3.2 |
| Other (junior or doctoral) | 4.5 | Classical voice and opera | 7.1 |
| Music education | 24.5 | ||
| Interview participants ( | 18.7 | Composition | 7.7 |
| Finland ( | Church music | 12.3 | |
| United Kingdom ( | Folk and global music | 4.5 | |
| Female ( | Other programs | 3.9 | |
| Male ( | Doctoral programs | 3.9 |
Figure 3Music Student Workload Project’s thematic coding framework.
Figure 4Music students’ workload experiences in higher education connected to their constructed meanings of engaging in music.
Figure 5Integration of the results of the quantitative analysis and the findings of the qualitative analysis concerning professional music students’ experiences of workload, stress, and proactive coping styles.
Figure 6Population-level predictors of experienced main subject workload, derived from a Bayesian mixed-effect probit regression. The boxes indicate 50% posterior intervals, and the lines indicate 95% posterior intervals. With binary items, the left-hand side boxes indicate a smaller effect on workload than in the reference group in brackets, and the right-hand side boxes indicate a greater effect on workload than in the reference group in brackets. With the working and stress items (the four bottom items on the figure), the left-hand side boxes indicate a negligible effect on workload and the right-hand side boxes indicate a greater effect on workload the nearer the box is to the right-hand side.
Figure 7Population-level predictors of experienced stress, derived from a Bayesian mixed-effect probit regression. The boxes denote 50% posterior intervals and the lines denote 95% posterior intervals. With binary items, the left-hand side boxes indicate a smaller effect on stress than in the reference group in brackets, and the right-hand side boxes indicate a greater effect on stress than in the reference group in brackets. With the working and workload items (the four bottom items on the figure), the left-hand side boxes indicate a negligible effect on stress and the right-hand side boxes indicate the greater effect on stress the nearer the box is to the right-hand side.
Figure 8Examples of recommendations in four categories as tools for teachers to support music students in managing and coping with their workload in higher education.
Figure 9Triangulation of the seven studies in the MSW Project to create evidence-based policy and intervention recommendations.