Vocational teacher education in TAMK with emphasis on methodology and learning philosophy
Vocational and vocational higher
education in Finland is undergoing significant changes which for higher
education concern digitalization of learning environments, methods and
ways of working in a more integrated way as well as promoting direct
contacts with the working world. In vocational upper secondary level
the reforms involve e.g. promoting on-the-job learning and personalized
learning paths.
Figure 1. Word clouds describing changes and elements of the paradigm shift in education
Finland has a long tradition of
seriously developing vocational education also historically. In
addition to recent changes and concerns in education illustrated in
figure 1 it is good to look back a little. The first vocational school
was founded in Helsinki in 1899 and the pioneer and inspector of VET in
crafts and industry, Jalmari Kekkonen, developed a curriculum of
vocational education emphasizing student-centered learning and
workshops. It was thought that planning and making practical products
motivated students more than bare school training. Folk school reform
and the reform of a system of school-based VET were integrated in the
project of developing Finland towards a welfare state, Welfare Finland
in the first half of the 20th Century. Industry saw the relevance of
closeness to vocational education and several industries founded their
own vocational schools. So, developing education to meet the needs of
the surrounding society is nothing very new in Finland. Teacher´s
profession is regarded highly valued and carries a long tradition of
appreciation from the early years of the Finnish educational history.
The high status of the profession makes teacher´s work very popular and
a desired career. Teachers are trusted experts and work autonomously
with a lot of freedom in how they carry out their work. Teachers
decide to a large extent upon methods, materials, assessment of
learning and teaching etc. In higher education the curricula are
locally planned by the university of applied sciences staff typically
in co-operation with the working world and other relevant stake holders
in an organized way. In vocational upper secondary level, the curricula
are national but localized by the educational institutions.
Figure 2. Education policy in Finland
The national education policy
crystallizes some of the key elements behind the success of the Finnish
education system. Although there is a lot of freedom and localized
decision making at institutional level the Ministry of Education sets
the framework for the operations as well as points out the directions
of development in the Education and Research Development Plan
negotiated every four years with each institution in order to carry out
the implementation of the education and research policy goals stated in
the Government Programme. Within this framework the universities and
other educational institutions can make their own individual decision
on how they will contribute to the education and research goals of the
government.
Development of vocational higher education and vocational upper
secondary education naturally challenges teacher education in many
respects. Tampere University of Applied Sciences as one of five UAS
that give vocational teacher education responds to the challenges by
updating the curriculum and working proactively as far as possible to
ensure capabilities for vocational higher education and vocational
education teachers in teaching and facilitating students and in
developing their own work as well as contributing to the development of
their organizations. TAMK gives the 60 cr pedagogical training that
ensures the statutory pedagogical qualification for vocational teachers
in higher education and in upper secondary vocational institutions.
There is also an international teacher student group that are taught in
the English language The group consists of students from Finland and
several other nationalities. TAMK also gives further pedagogical
training in special needs teacher education (60 cr) as well as guidance
counsellor education (60 cr) and in education for specialists for
competence based qualification. In addition to these School of
vocational teacher education runs a number of further education courses
and works in various different pedagogical projects and research
initiatives.
Methodology and learning philosophy in teacher education in TAMK
Studying in TAMK vocational teacher
education is a learning process where the students build their
professional identities as teachers. Participatory pedagogy gives the
teacher students the opportunity to monitor teacherhood as a multilevel
phenomenon. The teacher students evaluate and reflect their own
competence as teachers and facilitators together other teacher
students, colleagues and various communities. The relationship of the
teacher to the social and global phenomena is also an important part of
the education and something that the students include in their
practical authentic part of the studies in the networking practice.
Teaching and learning at TAMK
vocational teacher education is based on the paradigm shift idea that
emphasizes the changed role of the teacher from giving out information
to facilitator, enabler of education and designer of learning
environments. It is recognized that learning happens everywhere and at
all times and is not restricted into classroom environments.
Participatory pedagogy encourages large issues that enable the teacher
students to combine relevant phenomena arising from the teachers´ work
in their learning process instead of doing individual and disconnected
tasks and learning contents by heart. The focus is on actions, building
common knowledge and skills and finding alternative perspectives by
working collaboratively in peer groups. Different activating,
exploratory and problem and phenomena based pedagogical strategies are
applied in participatory approach to education. The learning process is
carried out through methods of blended learning utilizing digital
platforms and tools as well as contact learning with f2f meetings or
synchronous video conferencing. TAMK has an extensive digitalization
strategy covering all functions and teacher education has an important
role in implementing digitalization in teaching and learning (1). A
means of improving the quality of teaching and learning and other
functions in teacher education in TAMK is through design based action
research. (2, 3).
The approach focuses on students´
participation in their learning process, participation of their
background organizations in implementing the new understanding of
teaching, learning and facilitation of learning processes in the
various functions of the organizations. So, the learning process is as
authentic as practically possible utilizing real educational situations
in practicing and development functions. Evaluation and reflection of
one´s own learning process is an important part of the model and gets
excessive attention. Evaluation is seen as learning.
Figure 3. Description of teachers´ competences in vocational teacher education at TAMK
During teacher education the teacher
students concentrate on competences in evaluation, facilitation,
partnership, cultural aspects and well-being. They represent the
multidimensional character of the work that teachers do. Ethical
responsibility which is inevitably included in teachers´ work is built
in the competences. The structure of teacher education in TAMK is
modular with three modules described in figure 4.
Figure 4. The modular structure of vocational teacher education at TAMK
The topics of the modules indicate a
futuristic orientation of the contents: Towards multifaceted learning
environments, towards facilitative teaching and towards diversified
communities. The structure also includes elective pedagogical studies,
teacher practice and creating a handbook of being a teacher (or
portfolio). All students also prepare a development project.
Figure 5. 3-step evaluation criteria for self-evaluation, peer evaluation and evaluation by teacher trainers.
Teacher education applies no exams in
the programme. Evaluation is built in the system as part of the
learning process. Figure 5 shows the 3-step criteria the students can
use to position themselves as novice teachers or more advanced. The
criteria are separately described for all the core competence areas but
only the head lines are shown in figure 5. This evaluation method
enables the evaluation of learners that are at different levels of
skills. The evaluation system emphasizes evaluation of the learning
process and recognition of progress in competences rather that
evaluation of end products of separate tasks.
This is a short overview of some main
features of vocational teacher education at TAMK (4) as presented in
the Co-creative problem solving, Finn – Magyar Szimpózium – Workshop in
May 2016 in Budapest organized by Budapest University of Technology and
Economics (BME). It is not a comprehensive description of the whole
vocational teacher education programme. A very interesting aspect to
teacher education as a career-long or life-long learning process was
introduced be Anikó Kálmán while she was working at TAMK Vocational
teacher education in 2015 (5).
References
- Ilkka Haukijärvi: Strategic Digitalization in a Finnish Higher
Education Institution, Towards a thorough strategic transformation,
Acta Universitatis Tamperensis 2181, Tampere University Press, 2016
- Maija Kärnä, Pirjo Jaakkola, Päivi Lehtonen: Social Media
Challenges Vocational Teacher Education in Finland, International
Conference, The Future of Education 4th Edition, Florence, Italy, 2014
- Maija Kärnä, Päivi Lehtonen: Improving the Quality and Relevance
of Vocational Teacher Education in Finland, Tampere University of
Applied Sciences, Finland, unpublished (to be published at EADTU
Conference in Rome October 19-21 2016)
- TAMK Vocational Teacher Education, Curriculum 2016,
https://intra.tamk.fi/documents/629943/0/EnkkuOPS+2016.pdf/55fba33a-47bb-4eb2-b40b-949bd413b183
- Anikó Kálmán: Learning – in the New Lifelong and Lifewide
Perspectives, TAMK Tampere University of Applied Sciences 2016, ISBN
978-952-5903-80-5