However, the results of a brief survey undertaken in 1976 leads to the suspicion that this is not the truth. At that period, he would have taken almost a four week period to adjust, or at least to become acquainted with a range of "newer" media. Over that time he would probably have seen six television lessons, listened to four tapes, seen the OHP used four times, seen two slide sets or film strips, seen one movie film, listened to one radio program and listened to one record.
The survey
The details of this survey are as follows:
Population
Third year diploma students at the then North Brisbane College of Advanced Education who were undertaking educational media courses during Semester 1, 1976.
Sample
The sample was the entire population. This represented 75 students who submitted 73 useable returns. Eighteen practising schools were involved.
Procedure
On their return from a four week practising school session students were asked to record:
Definition
"Newer" media refers to electronic devices such as 16 mm projectors, 35 mm projectors, tape recorders, radio, broadcast television, heat copiers, and overhead projectors.
Results
The results were collated and totals are shown below in Table 1.
A | 8 | 78 | 149 | 26 | 96 | 39 | 170 | 34 |
B | 86 | 50 | 154 | 75 | 371 | 47 | 103 | 41 |
Total | 94 | 128 | 303 | 101 | 467 | 86 | 273 | 75 |
16 mm projector | Slide/film strip | Tape recorder cassette | Radio | TV B/cast | Heat copier | OHP | Records |
Comments
These schools were still "older media" oriented, with very little use by teachers and students of the newer media.
Population
Third year diploma students at the then North Brisbane College of Advanced Education who were undertaking educational media courses during Semester 2, 1977.
Sample
The sample was obtained by taking each third name on the roll. This provided 35 useable responses.
Procedure
On their return from a four week practising school session, students were asked to complete the
form as shown in Table 2. A similar form was used to obtain "Time newer media observed in
use in instruction" and 'Total observation time".
INFORMATION REQUEST FORM YOUR USE OF NEWER MEDIA
Monday | Tuesday | Wednesday | Thursday | Friday | Total | |
WEEK 1 Time newer media used in instruction Total teaching time | ||||||
WEEK 2 Time newer media used in instruction Total teaching time | ||||||
WEEK 3 Time newer media used in instruction Total teaching time | ||||||
WEEK 4 Time newer media used in instruction Total teaching time |
NOTES:
Results
The results from the 35 returns were collated giving the following totals:
A. | Students' use of newer media | |
Time newer media used in instruction: Total teaching time: Percentage of time newer media used in instruction: Average time newer media used in instruction: |
162 hours 1568 hours 11.0% 4.6 hours | |
B. | Students' observed use of the newer media | |
Time newer media observed in use in instruction: Total observation time: Percentage of time newer media observed in instruction: Average time newer media observed in instruction. |
75 hours 1464 hours 5.1% 2.1 hours |
Comments
At that time the following suggestions as to why educational technology had failed to penetrate were offered.
All this does not mean that the era of the ballpoint pen is past and gone, but we must recognise that the day of the camera or tape recorder as a means of expressing and translating thoughts and feeling is not too far distant........If the children of today are to be able to stand up to tomorrow's audio visual assault, the techniques involved must cease to be mysterious and esoteric.
When discussing the question of "how shall we teach", there was need for media to be an integral part of the curriculum and not an extra. As Bruner (The Process of Education: 1963, X8) said the objectives of a curriculum and the balanced means of attaining it should be the guide (emphasis mine). There was a need to reverse the position of the newer media being grafted onto the educational setting and not being present in the inner sanctuary of curriculum decision making (Hooper: 1972).
The present situation is that few colleges of education require their students to take courses in educational technology. And so another generation of teachers goes out into the school unequipped to deal with, and probably antipathetic to, technology. They were taught without educational technology as children, and were taught to teach without technology at college. The sins of the father are yet again visited upon the children into the third and fourth generation.
Whilst the Australian situation was much better in 1976 in this regard, it was still possible to enter the teaching service without undertaking a formal course in educational technology.
What was more serious, however, was the absence to any great extent of in service courses in the field.
A | 0 | 10 | 59 | 12 | 8 | 20 | 42 | 199 | 86 | 4 | 28 |
B | 2 | 9 | 76 | 1 | 2 | 140 | 90 | 130 | 32 | 22 | 90 |
Total | 2 | 19 | 135 | 13 | 10 | 160 | 132 | 329 | 118 | 26 | 118 |
16 mm projector | Slide/film strip | Audio recorder | Radio B/cast | Radio Recorder | TV B/cast | TV VCR | Heat copier | OHP | Records | Computer |
Some surface comparisons which could be drawn are:
For this survey a second part was added as follows (with responses inserted):
0 | 6 | 31 | 4 | - | 9 | 29 | - | 5 | - | 56 |
16 mm projector | Slide/film strip | Audio recorder | Radio B/cast | Radio Recorder | TV B/cast | TV VCR | Heat copier | OHP | Records | Computer |
List the number of times you observed the class participating in creative production of any of the following.
Number of times Audio tape
Film/Video
Slides or slide and tape
OHP
Computing, eg. desk top publishing
Other3
15
2
6
43
Although small in number, the reports of children making/creating media samples are potentially exciting. Again, computing and video are to the fore.
Nelson, Prosser and Tucker (1987: 48-49) supported the figures that the increased usage of computers and VCR;s was recurrent, in present day usage. This survey also concluded that if present trends continue most media used previously in classrooms will indeed be obsolete with the exception of VCRs and computers. Dependence on older media is vanishing.
Also, there is use made of small groups or individual work with computers, television and to some extent audio recorders. Further, the reported trend to creative exercises with the media was reinforced.
Finally, the teachers indicated their reasons for using or not using educational media. These are reported in full below.
Reasons for using media | Reasons for not using media |
---|---|
Usage is dependent upon requirement; could not specify a reason for non usage.
Enhances the lesson. "Picture says a thousand words". Holds children's attention. Availability and suitability of materials to topics and themes. Computer - suitability of software and word processing programs in relation to current class programs. Television - one program weekly - BTN for current affairs. To assist in providing a number of different learning experiences. P.E. - Aerobics to music. Music appreciation - instruments. Maths and Social Studies - more economical to show illustrations using OHP. Social Studies - BTN current affair; slides, film strips can illustrate better than teacher talking. Material available suitable for theme. Extending children's awareness and experiences. Good educational aids. Children are mostly very interested in presentations. Concepts are explained/ displayed so children can easily understand. Children respond well to it. Availability and suitability. Some very good material available. Adds interest. Is often more pertinent than literature. Provides variety of teaching methods. Important to expose children to a variety of media. It varies the way in which you present information. It lends itself to whole class/group and independent work. Makes it more interesting. Makes children independent users of technology. Educational potential. Software available. Suitability of software. A most useful aid. Resources are prepared for the teacher. The problem appears to be in choosing material suited to the class program and level of development of the children. They suit the work I am doing and help demonstrate concepts to the children. Change of pace/interest level. Children more likely to aim for perfection if recorded. |
Difficulty getting the item when it was wanted. Lack of funds to buy film etc.
Availability and suitability of materials to topics and themes. Not suited to current class programs. Unable to obtain items easily (that is - few of the items available for whole school use). Not available. Organisational problems. Needs teacher organisation to integrate television programs with work/themes being covered in classroom. Lack of organisation. Finding it hard enough to organise time involved in media. Organisation. Some, eg. video recorder not readily available. Time - both for setting up and actual use. Equipment (eg. older slide projectors) is often difficult to operate. Lack of familiarity with some equipment. My teacher training did not prepare me for creative, effective classroom computing. I would like very much to use creative production of film by the children but these resources are not available. Non availability of hardware/ software. Insufficient time. Unsuitable classrooms - poor lighting etc. Because resources are not adequate (eg. broken), not enough to go around, take too long to organise/set up. Not enough in school. Availability and organisation. |
The literature suggests that media attitudes of teachers can be changed. With expanded teacher education courses in educational technology, teachers would not only become more enlightened members of the technological community but also more technically involved. Objectives for such a course practices of educational technology but also the ability to acquire skills and knowledge necessary to design, develop and evaluate educational materials. These must be cooperatively formed in the design of curricula and the diagnosis of communication. Once in schools, teachers appreciate well organised resources. Day and Scholl (1987: 23) state that school principals are able to affect attitudes. Resource or media specialists are far better engaged in creating resource ware and caring for it rather than disseminating "the hard sell" role.
The present establishes a sense of reality for unless there is some agreement on present characteristics it would be unlikely that any consensus could be reached. To exemplify, the overuse of photocopiers suggests that the "print" era has not been brushed aside in education even with proof that the "computer", the defining medium of the "technology" era, is gaining in use.
The future is where the action is. All decisions are future oriented. This is the one area where changes can be made before the data is collected and analysed. We plan through the present to any number of futures. Surveys of media usage should therefore lead us not into the temptation of repeating our mistakes or enlarging our shortcomings but by capitalising on the messages being conveyed.
The message from the teachers spells out loud and clear that any media or any technology will not open the classroom door and enter unless there have been determined:
To be future oriented teachers must move from the perspective of the curriculum where multimedia is regarded as largely optional accessories supplementing the teachers own factual knowledge of their subjects and the textbooks at his/her disposal. Teachers have previously decided at will whether to use or not to use resources available. Should specific resources considered for use have been unavailable, their absence would scarcely be regarded as necessitating restructuring of the lesson. The media would not prove integral to the learning situation. McLuhan's edict, "The medium is the message", was not given credence within a traditional curriculum structure.
However, in the case of an innovative curriculum designed to achieve the educational aims of the era of information technology, the dominance of the tools will control educational decision and directions taken. The tools may create conflict, confusion, anxiety, despair or as Alvin Toffler wrote, future shock. Indeed, the quantum leap from print to computer demands more than a commitment to implementation of an innovative curriculum. It invokes long range planning with a pro-active approach, with several major moves.
Firstly, we must realise the fact that the days of isolated media usage has gone and that we have entered an information era with knowledge accumulating at an exponential rate. This fact touches every aspect of education and must change the system as we know it. We can determine the current situation with a close look at the surveys noted earlier. What technologies are out there? The cautious approach education extends towards acceptance of technologies which have been invented fifty years, bears witness to not only the lack of acknowledgment of their existence but also of the influence and possible effectiveness of them.
Educators only accept a stable technology that has passed the process of "becoming" (McMeen, 1986: 42). It is only when a technology develops a high level of "proofability" in industry and business that educators seek to maximise its benefits. This comment also promotes the reason why education needs to maintain and encourage close links with the technological invention and advancement that industry and business diffuse. The youth of today experiences more technology in the home and the fun parlour than in the classroom.
Secondly, after identifying technology in education, its use should be "needs driven, function oriented and planned for" (Foster, 1988: 7). Leadership is a vital component of any force within change and to this end retraining of teacher educators would stimulate an effective measure. To revise courses and even to delete programs suggests the eradication of ignorance and fear in the teaching population. In light of these ideas, changing Teacher Certification may include such levels of competence as training in telecommunications or being able to provide lessons by satellite. Theoretical perspectives should be explored just as much as the practical. Any students from a primary to tertiary level need a full range of skills, knowledge, understanding, values and relationships in order to understand and function in a technological society.
Thirdly, educators need to challenge the myth that schools will disappear the more technology oriented we become.
Perelman (1986: 13) believes "The age of schooling is over. A new, post industrial 'learning enterprise' is about to replace the outworn infrastructure of industrial age education. The technology we call 'school' will have as much place in the 21st century's learning system as the horse and buggy have in today's transportation system". Will this happen? Does everyone remember the threat of teaching machines? Is the computer - it? What new alternatives to schools will there be? If our forward looking curriculum states that the practice of such skills as (access to information, thinking clearly, communicating effectively, understanding man's environment, understanding man and society and personal competence) do we the human, disappear from the teaching/learning situation.
Scanlan and Slattery (1982: 12) suggest that teachers should "re-examine their personal philosophy of the teaching/learning experience, the nature of the teaching role, national and educational long term goals and present teacher/student outcomes of the educational process". Our importance still lies in the control of instructional strategies, the process of teaching. Research in this area needs to be promoted to dispel the myths of man or machine.
Finally, the last move is simply to increasing funding for the changes. Suggestions for cost effective ways of using technology in education will encourage business and industry to become vested interests in education.
In forecasting the future and considering the information of the past and present, technological change in schools will not be a rapid one. However, we should realise the great promise within our grasp as improved access to learning would result in the adoption of many of the new technologies. We hold the means of making the learning process more immediate, interactive and appropriate to the individual. No longer will primary school children live in the "BC" (before computer) classroom involving only television, video and the overhead projector - the more dynamic of the technologies will come to the fore.
Bruner, J. (1963). The Process of Education. Random House, New York.
Cuban, L. (1986). Teachers and Machines: The Classroom Use of Technology Since 1920. Teachers College, Columbia University.
Day, J. and Scholl, P. (1987). Media Attitudes of Teachers Can Be Changed. Educational Technology, January 1987.
Foster, D. (1988). Technology Implications for Long Range Planning. Educational Technology, April 1988.
Hooper, R. (ed) (1971). The Curriculum: Context, Design and Development. Oliver and Boyd, Edinburgh.
Komoski, P. K. (1987). Beyond Innovation: The Systemic Integration of Technology and the Curriculum. Educational Technology, September 1987.
Marche, M. M. (1987). Information Technologies in Education: The Perceptions of School Principals and Senior Administrators. Educational Technology, April 1987.
McMeen, G. R. (1986). The Impact of Technological Change on Education. Educational Technology, February 1986.
McMeen, G. R. (1987). The Role of Forecasting in Educational Technology. Educational Technology, March 1987.
Mialaret. (1966). The Psychology of the Use of Audio Visual Aids in Primary Education. UNESCO.
Nelson, C., Prosser, T. and Tucker, D. (1987). The Decline of Traditional Media and Materials in the Classroom. Educational Technology, January 1987.
Perelman, L. (1986). Learning our Lesson: Why School is Out! The Futurist, March-April 1986.
Scanlan, N. and Slattery, D. (1983). The Impact of Computer Based Instruction upon Teachers: Two Perceptions. Educational Technology, February 1983.
Seidman, S. A. (1986). A Survey of School Teachers Utilization of Media. Educational Technology, 1986.
Please cite as: Yarrow, A. and Millwater, J. (1988). Educational media in primary schools: A decade of development? In J. Steele and J. G. Hedberg (Eds), Designing for Learning in Industry and Education, 178-189. Proceedings of EdTech'88. Canberra: AJET Publications. http://www.aset.org.au/confs/edtech88/yarrow.html |