Self-organized learning in vocational schools as standard teaching style? Results of an experimental study.
Author(s):
Christof Nägele (presenting / submitting) Ivano Laudonia
Conference:
ECER 2012
Format:
Paper

Session Information

02 SES 10 B, Innovative Competences: Apprenticeships, Capabilities And Learning Environments

Parallel Paper Session

Time:
2012-09-20
15:30-17:00
Room:
FCT - Aula 22
Chair:
Ludger Deitmer

Contribution

Education and training in initial vocational education and training takes place in companies, inter-company-course and at schools (Stalder & Nägele, 2011). The amount of time that an apprentice spends at school is short. Typically it is one day per week, and up to two days if the apprentice attends extra lessons to attain the Professional Baccalaureate. Nevertheless, there are high demands and expectations towards the school. This very limited amount of time, combined with high demands leads to a strictly timed time-table. It is common, that a school day for apprentices is split into lessons between 45 minutes and up to 90 minutes. Although the teachers are well trained for their job, these restrictions make it more likely that many teachers adapt to an ex-cathedra teaching. Group work, self-organized learning forms, project work are known to the teachers and also evaluated as good pedagogical instruments, but they are rarely used in the context of the daily teaching at a vocational school. Pedagogical interventions aiming  to activate the self-learning of the apprentice are typically found in project-weeks that are dedicated to one integrating theme.

Evidence from research and practice tells us that any kind of self-organized, self-activated learning is not only effective but also efficient (e.g., Boekaerts, 1999; Dilger & Sloane, 2007; Gudjons, 1997;Herold & Landherr, 2001; Sembill, 2003; Nickolaus, 2007; Sloane, 2008) - if there is enough time and the lessons last longer than 45 minutes. In this paper we will show that elements of self-organized and group-based forms of learning can successfully be implemented even under lasting circumstances. The context is a course that is split into 12 lessons (each 45 minutes) over a period of 12 weeks. The topic was Chemistry, specifically the covalent bonding.

Two scripts were developed. One for an optimal ex-cathedra teaching, the other one for teaching that was based on the principles of self-organized learning. These two scenarios were then used in an experimental control group setting.

The script of the self- and group-organized learning form includes also the development of social competences needed for a productive work in small groups and techniques to autonomously access a new topic. The apprentices were instructed to do on their own research, to structure the findings on their own and finally to present and discuss them in small groups. The teacher was always present as a coach. In the optimal ex-cathedra type learning situation good instructions were given (activating the conceptual understanding of the domain through analogies, for example), explanations, demonstrations. 

Method

An experimental control-group design was used. The control group (2 classes with 25 apprentices) got their instructions in an optimal ex-cathedra type of lesson. The experimental group (2 classes with 32 apprentices) was instructed to engage in self-organized and group-work related activities (intervention). Several control variables were collected from both groups prior to the intervention (amongst others learning styles and learning motivation). The competences were measured before and after the intervention through self-assessment of domain-related, personal and social competences. Additionally, the apprentices were asked to construct concept maps of the topic. These variables were also measured two and six months after the intervention. Thus, we can determine differential effects of the interventions. A standardized research protocol was used to report the lessons.

Expected Outcomes

First results show that it is possible and useful to implement forms of self- and group-organized learning also in short lessons. The performance (measured through self-assessments, concept maps and grades) is the same for the control group and the experimental group, after two months. But, there is a significant increase in the social competences in the experimental group. Detailed analyses of the data show that especially apprentices with prior negative learning experiences seem to profit form the self- and group-organized learning setting. In our paper, we are going to present more detailed results, by taking into account the third measurement, six months after the course finished, too.

References

Boekaerts, M. (1999). Self-regulated learning: whre we are today. International Jouranl of Educational Research, 31, 445-457 Dilger, B., Sloane, P. (2007): Selbstorganisiertes Lernen in der beruflichen Bildung. bwp Berufs- und Wirtschaftspädagogik, Nr. 13, Dez. 2007. Gudjons, H. (1997): Handlungsorientiert lehren und lernen. Bad Heilbrunn: Verlag Julius Klinkhardt Herold, M., Landherr, B. (2001): SOL - Selbstorganisiertes Lernen. Ein systemischer Ansatz für Unterricht. Hohengehren: Schneider Verlag Nickolaus, R. (2007): Didaktik – Modelle und Konzepte beruflicher Bildung. 2. korrigierte Auflage. Baltmannsweiler: Schneider Verlag Hohengehren Sembill, D. (2003). Results of self-organized learning in vocational education. In F. Achtenhagen & E. G. John (Eds.), Milestones of vocational and occupational education and training. (pp. 81-106). Bielefeld, D: W. Bertelsmann Verlag GmbH Sloane, P. (2008): Abschlussbericht des BLK-Modellversuchs Selbst-reguliertes Lernen in Lernfeldern der Berufsfachschule (segel-bs). Universität Paderborn Stalder, B. E., & Nägele, C. (2011). Vocational education and training in Switzerland: Organisation, development and challenges for the future. In M. M. Bergman, S. Hupka-Brunner, A. Keller, T. Meyer, & B. E. Stalder (Eds.), Youth transitions in Switzerland: Results from the TREE panel study. (pp. 18-39). Zürich, CH: Seismo Verlag

Author Information

Christof Nägele (presenting / submitting)
Swiss Federal Institute for Vocational Education and Training SFIVET
Zollikofen / Bern
Gewerbliche Berufsschule Chur (Vocational School Chur), Switzerland

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