From EduTechWiki - Reading time: 3 min
According to Jasmina Hasanbegovic[1] “learning strategies refer to Students' self-generated thoughts, feelings, and actions, which are systematically oriented toward attainment of their goals”.
Therefore, implementation of appropriate learning strategies is related to student's self-regulation behavior which in turn should be encouraged by pedagogical designs.
Typical strategic questions a learner might ask, are:
Globally, one could distinguish among the following kinds
Warr & Allan (1998) distinguish between three categories according to the kind of resources used in the regulation of behavior:
Issues regarding learning style are somewhat related, i.e. students that willing and able to think in more abstract terms and/or to critically examine what they do may show better performance.
A learning style refers to the relationship between individuals and their ways of learning [2] whereas learning strategies refer to attitudes and behavior that is oriented towards goals. As an example, one could compare/oppose:
| Learning style | Learning strategy |
|---|---|
| self-assessment | self-assessment |
| field-dependent | field-independent |
| cognitive level | plus meta-cognitive level |
| learner preference | learner competence |
It is important to engage students in strategic thinking, in particular more open designs like project-oriented learning.
There exist instructional design models like POME or at least simple pedagogical activities like asking students to blog from time to time about their own progress.
Weinstein and Mayer (1986) defined learning strategies (LS) broadly as "behaviours and thoughts that a learner engages in during learning" which are "intended to influence the learner's encoding process" (p. 315). Later Mayer (1988) more specifically defined LS as "behaviours of a learner that are intended to influence how the learner processes information" (p. 11). These early definitions from the educational literature reflect the roots of LS in cognitive science, with its essential assumptions that human beings process information and that learning involves such information processing. Clearly, LS are involved in all learning, regardless of the content and context. LS are thus used in learning and teaching math, science, history, languages and other subjects, both in classroom settings and more informal learning environments.
In this part, we will discuss LS in different domains.