Beyond
Panic: Some Practical Ideas For The Multi-Media Classroom
Part 1
Marta Genis and Janet Wilson-Smith
Janet Wilson-Smith is the
Multimedia Coordinator at Colegio Legamar, a private school in the outskirts of
Madrid. She teaches children and teenagers an has done so for the last 15
years. She has a B.A, M.Sc (Teaching English as a Foreign Language) and
the U.C.L.E.S RSA Certificate
Marta Genís
holds a degree in Spanish Philology (UAM), a Masters in Applied
Linguistics (UCM), and she is about to finish her PhD
in English Philology (UCM). She has worked as a primary and secondary
English teacher. She is now one of the co-ordinators of the English
Department in Universidad Antonio de Nebrija where she has been teaching
general English and English for Specific Purposes for six years. Her fields of
interest are Advertising, Cinema Studies and New Technologies applied to
Language Learning.
Correspondence to: Marta Genís, Universidad
Antonio de Nebrija, Campus de la Berzosa, Hoyo de Manzanares, 28240 MADRID,
e-mail:
mgenis@nebrija.es.
PART 1
Introduction
There is a trend in Secondary
and University education that promotes a kind of open and flexible learning,
with students who go to class, on the one hand, and distance learning on the
other. For this reason, it is necessary to
develop a new model of teaching which considers the reality of the new learning
scenarios.
The main objective of
multimedia learning is to move the students responsibility from the
teacher to themselves, using nonconventional space and time. This means a
change of didactic focus, for it combines self-learning through multimedia
material with assessment and direct intervention by teachers in the learning
process.
The aim of this paper is to
present two different experiences of multimedia learning, one in a secondary
school, which we present here, and the other at university level., which will
appear as Part II in the next issue of the TESOL-SPAIN
Newsletter.
Theoretical Considerations
In recent times, constructivism
and constructivist learning environment designs have created considerable
interest among scholars (Bodner, 1986; Jonassen, 1991; Duffy &
Jonassen, 1991). According to Kahn & Friedman (1998), constructivist
learning has the following main principles, in terms of movement
from:
¨
instruction to construction
¨
reinforcement to interest
¨
obedience to autonomy
¨
coercion to co-operation
The second theory,
frequently mentioned as the basis for the didactic validity of Internet
environment is conversation theory (Pask, 1975); this theory follows
Vygotskys point of view (1978) about learning. He states that learning is a
social phenomenon, i.e., learning is the result of the interaction between
participants in a dialogue in which an individual contrasts his/her personal
point of view with that of another individual until they reach an agreement.
The Internet adds interaction between people from different cultures and
different experience levels to this social phenomenon and it frames them within
a common technological culture.
A third theory which
is frequently mentioned when defending the validity of the Internet as a
resource for learning is the theory of placed knowledge. According to
this theory, knowledge is an active relationship between an agent and the
environment, and learning occurs when the learner is actively involved in a
complex and realist instructional context (Young, 1993). The most extreme
position of placed learning sustains that not only learning but also thinking
is placed (Gibson,1979) by perception, not by memory.
These theories have informed our use of
multimedia both in a class setting and with distance learning.
Class Environment
In June 2001, my school
installed a multimedia class. The initial reaction of the teaching staff was a
mixture of doubt and panic. What was this and why was it being
installed? Was it a way of slowly eliminating teachers? Of reducing
staff while maintaining the promised hours per week of English given to the
students??? Once the whole lab had been created, the real horror was
revealed. This was a tool which we were expected to dominateit was THE FUTURE.
The head of studies and director talked about working on different channelswhat
were they on about??? The initial sense of shock lead to further dread.
The rooms use was explained to us very enthusiastically by various people, none
of whom are language teachers.
Apparently
these labs permitted language teachers to give individual attention to those
students that needed it without losing control of the rest of the classneedless
to say this all sounded very unlikely. Then we had a brief seminar given to us
by the actual designers of the lab, but the explanations were technical rather
than pedagogical. We definitely felt that we were being thrown into
the deep end before wed even learnt how to doggy paddle. However, over
the last two years I think that all of us have developed an understanding of
how useful these labs can be, their advantages and disadvantages, and how best
we can take advantage of them.
Types
First of all, what is a teacher
controlled language lab? There are basically three types:
·
The
most basic system is an interactive audio system. The teacher has
a control desk, with what is called a home lab for pronunciation activities,
four cassette players, two of which can record, and a computer, for playing CDs
or using material from the internet. The students have earphones and
microphones, and there is usually a minimum of two channels. Basically
this means that a teacher can have two working groups of students working on
two different activities at the same time.
·
The
next level of technology, the multimedia system, incorporates a video
screen (usually one per two students) to the package. This means that
students can view material controlled by the teacher: videos, DVD, internet
material, etc.
·
The
ultimate package adds a computer network to the lab, thus allowing for
more independent learner use of CD ROMs and internet activities.
FUNCTIONING AND ORGANIZATION
One of the best things about
the modern language labs is that they allos the teacher to cater to the
different needs of their students. The ability to divide a class up into
various levels, have them do different activities (or a similar activity at a
different pace), change back and forth from one group to the other without
moving is a great way to provide for ways of changing how classes are taught.
How does it
work? Basically the labs have various channels (up to seven), one usually
designated to what is called a home lab, four cassette-based channels, a
video/camera channel, and a computer channel. In the case of a multimedia
or Netscape system, these audio channels are also linked to two different video
image sources (one from the computer, and one from the video/camera). The
teacher has the ability to control whether or not the students microphones
work, to override whatever audio source is being listened to if we want to give
everyone a general message, to freeze students on certain channels, and to
cruise from one channel to the other. In simple terms, this means that we
could assign a speaking activity, divide the students up into groups of 4 based
on their levels, assign each group a channel, and control whether or not they
are actually doing what they are supposed to be doing. The division of groups
doesnt always have to be equal; eight well-matched students can work on one
channel, and other smaller groups can work simultaneously on others.
Keeping the
multimedia room in good condition is extremely important, and that can be
easily achieved by organizing the students. Here are some tips:
-
Seat them in groups according to
level.
-
Always seat them in the same
post, and have a register of where they should be.
-
Have a clearly established and
easily understood set of norms and sanctions, so that students are aware of
what will happen if they misuse the equipment.
-
Delegate one student to quickly
check all the posts before and after you use the room.
-
Keep a control sheet at the
teachers desk, where teachers can note down any incidents.
-
One teacher should be in
charge of the room to keep track of any problems. Wrong doing must be
caught and dealt with quickly to be effective.
-
If very young students (under 6)
use the multimedia room, have them put the headphone on backwards
(otherwise they will CHEW ON THE MICROPHONES) and have a cloth nearby to wipe
off the microphones.
-
Never use more channels than you
can handle.
-
Time the activities so that you
can dedicate yourself to one group at a time.
Activities
We do a lot of project
work in our lab; students are assigned projects that they work on in groups in
the labs, and then present to other groups (of similar levels). Not only does
it involve the students in their learning process, it also lifts the burden of
preparing material at various levels from the teacher and transfers it to the
student. Basically any normal class project can be carried out in the
multimedia classroom; the following tend to work well:
-
student dictations, interviews and book readings which can be practised and
then recorded and used on other groups.
-
storytelling of classic tales or invention of new ones, complete with
images.
-
radio programs which can be planned, practised and then recorded
-
video worksheets which can be prepared by the students.
-
dubbing of small excerpts of movies.
One of the benefits of
the integration of multimedia classes in our school is that it has encouraged
the sharing of material amongst teachers, as they pass activities on from one
group to another.
Conclusions
Our dream as teachers
is that our students become autonomous, capable of learning on their own.
Students who are allowed to learn in their own way, to work at their own
individual pace, to be responsible for their learning, get more successful
results. Students that know how, what and why they are learning are also easier
to manage, because they feel themselves involved in decision making. Of course,
this does not mean that multimedia will substitute teachers, but rather that
multimedia is a very useful tool to help increase student motivation and
self-esteem, to aid them in developing self-discipline, co-operation and
autonomy.
The next issue of
Newsletter will present a different experience of multimedia learning at
university level, developed at the Universidad Antonio de Nebrija.
References
Bodner, G. M. (1986).
Constructivism: A theory of knowledge. Journal of Chemical Education,
63, 873-878.
Duffy, T. M
& Jonassen D.H., (1991) Constructivism: New implication for
Instructional Technology. Educational Technology, 31 (5),
7-21.
Gibson, J. J. (1979) The Ecological Approach to
Visual Perception. Boston: Houghton Mifflin.
Jonassen, D.H.,
(1991).
Evaluating Constructivistic Learning. Educational Technology,
September, 28-33.
Kahn, P. H., Jr.,
& Friedman, B. (1998).
Control and power in educational computing. In H. Bromley & M. W.Apple
(Eds.), Education/Technology/Power: Educational computing as a social
practice. Albany, NY: State University of New York Press.
Pask, G. (1975). Conversation, Cognition, and
Learning. New York: Elsevier.
Vygotski, L. 1978.
Mind in Society. Cambridge, Massachusetts: Harvard University
Press.
Young, M.F. (1993)"Instructional Design for Situated
Learning." Educational Technology Research and Development 41/1:
43-58. |