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<strong>International</strong> <strong>Teacher</strong> <strong>Education</strong> <strong>Conference</strong> <strong>2014</strong><br />

works, i.e., solves the problem in question (Kasanen et al., 1993). The study was conducted in a VET<br />

programme, where work- and competence-based learning provided the context. The main research objective of<br />

the study was to gain a better understanding of the assessment and recognition of competences in an online<br />

teacher education programme and create a model that suggests how assessment and recognition of prior<br />

competences could be performed. The two other objectives were individualization of a curriculum and<br />

facilitation of personalized learning processes online. The concept of prior learning assessment and recognition<br />

is not new, but it is seldom used in higher education to recognize anything other than formal learning. Prior<br />

learning assessment and recognition is based on the premise that significant learning takes place in a wide<br />

variety of contexts throughout a person’s life, and that it is beneficial to both organizations and individuals to<br />

recognize that learning wherever possible (van Kleef, 1998).<br />

FUTURE LEARNING<br />

Although personalization, collaboration and informalization are not new terms, the overall vision is that they<br />

are the core of future learning (Redecer et al., 2011). At the same time, lifelong and life-wide learning utilizing<br />

information communication technologies (ICT) and new instructional devices will play a key role. Figure 1<br />

below illustrates the future learning strategies as described by Redecer et al. (2011).<br />

Figure 1: Future learning strategies (Redecer et al., 2011)<br />

The first key issue for future learning is personalization, i.e., assessment and recognition of existing<br />

competences and skills and tailor-made learning paths that align with students’ learning needs. In practise, this<br />

means having online learning journals, diaries or portfolios for reflection of learning and verification of what has<br />

been learned. The ePortfolio continuously monitors learning, but also enables self and peer assessment.<br />

Students’ active participation in the learning process motivates and engages them better than teacher-centred<br />

approaches. When personalization promotes integration of learning into students’ work, it also boosts<br />

professional development.<br />

The second of the future learning elements is collaboration, i.e., team, collaborative and peer learning in<br />

social networks and collaborative environments. Collaboration can occur in a work environment, making<br />

learning experiences and activities more relevant and developing working life skills. Future teachers need to<br />

constantly update their skills and knowledge, and ICT teacher networks can aid this by fostering informal<br />

exchanges of good practices and new findings between teachers. This type of online network connects teachers<br />

with the same subject and interest areas, removing barriers to supporting each other and facilitating knowledge<br />

exchange between young and old.<br />

The third key element of future learning is informalization, i.e., informal learning, which has been promoted<br />

by open educational resources (OER) and the expansion of social media. The Massachusetts Institute of<br />

Technology (MIT) OpenCourseWare project (http://ocw.mit.edu/index.htm) introduced a global open<br />

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