Helping Students Achieve
High Level Learning
It is not uncommon to find university students
relying on memorisation of information as a survival strategy
in examinations. In a study into university students' learning
difficulties (Ho, Chan, Sun and Yan, 2003), two causes for the
reliance on rote learning were revealed: an inadequacy
in cognitive abilities and a misconception about
learning which focuses on quantity of information instead
of quality of understanding. These findings bear two important
implications on learning on learn: first, that development of
cognitive abilities is of prime importance; and second, that development
of learning abilities should start with helping students to change
from a quantitative conception of learning to a qualitative one.
In attempting to assist students to achieve high level learning
outcomes instead of rote learning, the Learning to Learn Project
has developed a student workbook "For the Success
of Your Study". In conjunction with this student workbook,
a Teacher Guide has also been developed where
you will find examples of simple activities making use of the
materials offered by the workbook in different scenarios, including:
Inadequacies in cognitive skills
Cognitive abilities are essential for academic learning. Distressingly,
quite a number of university students in the study reported that
they experienced difficulties even in achieving basic understanding,
particularly when abstract theories were involved. Abundant evidence
suggests that many students were struggling with higher order
thinking such as application, relating ideas and problem solving.
Students admitted that they were handicapped in the higher order
cognitive skills for achieving genuine understanding; therefore
they retreated to rote learning as a survival strategy. The critical
learning to learn need is therefore in enhancing students' cognitive
abilities to achieve understanding with their own effort.
Learning difficulties with specific learning tasks
Many students reported that they were unable to learn effectively
in specific tasks such as practicum, open-ended discussion, problem-based
learning, role-play, projects¡K etc. All these are more
student-centred activities that require students to learn actively
rather than to be taught passively. In many of the student-centred
learning tasks, there are two types of learning objectives involved:
the 'academic' objectives, which are related to the learning of
the subject matter; and the 'developmental' objectives, which
are related to the development of useful process skills and higher
order cognitive abilities. For example, in group projects, students
are expected to develop skills of decision making, communication,
team work, leadership, etc. as well as to work on the academic
problem; and in problem-based learning, students are supposed
to develop their abilities for independent study, analysing issues,
and resolving real-life problems.
Students have been used to the learning of subject matter since
their secondary schooling, but most of them have little experience
with the learning of generic cognitive abilities and process skills.
Many of them do not even realise that they have to develop other
skills than knowing about the content. Given that they were unable
to appreciate the learning goals of the learning task, they obviously
will fail to achieve the intended learning outcomes.
Misconceptions about learning
Another reason pertaining to a reliance on memorisation of information
is also evident in the interview data collected in this study.
Students predominantly believed that being able to reproduce a
lot of information is important for obtaining good grades. Many
students reported, in many cases with grievances, that they found
peers who had a good memory for more information were advantaged
in examinations. At the same time, lecturers pointed out that
students generally tended to write down a lot of facts while paying
little attention to structuring the information to show meaning.
This phenomenon resembles what Biggs (1999) classifies as a quantitative
view of learning outcome, which focuses on quantity of information.
In contrast to the quantitative conception is one which focuses
on making sense and forming a conceptual framework for oneself
- the qualitative conception. Students' perception that a lot
of information is required could have originated from a quantitative
conception of learning. Hence, the learning to learn need should
be conceptualised as a need to change from a quantitative conception
to a qualitative one. Students need to realise that quantity alone
is not good learning and will not lead to good learning outcome.
For the Success of Your Study
In attempting to assist students to achieve high level learning
outcomes instead of rote learning, the Learning to Learn Project
has developed a student workbook with the above title. There are
two sections in the workbook:
Section 1: Conceptions of learning and approaches to learning
This section, through challenging students with the questions
of 'What is good learning?' and 'What is a good answer?' and taking
them through a series of reflective activities, confronts students
with the differences between a quantitative conception of learning
and a qualitative one. It also involves students in reviewing
their own approaches to learning. It concludes with engaging students
in taking action plans to improve their own learning.
Section 2: Examples of good answers
This section contains examples of good answers which demonstrate
various cognitive skills including: (please insert the 'thinking
tasks' here). The examples are annotated to show how the cognitive
tasks are demonstrated in the answer.
The student workbook 'For the Success of Your Study' is now available
both in print
version and on
web.
Reference:
Biggs, J.B. (1999) Teaching for Quality Learning at University.
Buckingham: SRHE and Open University Press.
Ho, A.S.P., Chan, C.H., Sun, L. & Yan, Jackie (2003). Students'
perceived difficulties in learning and their implications for
learning to learn. In J. Jones, O. Kwo, F.C.T. Moore (Eds.). Developing
Learning Environments. Hong Kong: Hong Kong University Press.