GEOCOMPUTING EDUCATION: THE HONG KONG EXPERIENCE
Chiu-ming LUK
Department of Geography
Hong Kong Baptist College
HONG KONG
(ISPRS Commission VI)
Kowloon,
Abstract
This paper aims at reviewing education
experiences in Hong Kong on aspects like
remote sensing, computer cartography,
and G.I.S. Altogether, there are four
sections in the paper. The context in
which rising concerns on geocomputing
education is first laid out. Then, I
shall present an overview of educational
efforts to disseminate these training at
the tertiary level. Following that is
an indepth analysis on the problems
(both economic and structural) facing
educationists here. My concluding
section will discuss issues related to
the initiation and expansion of
geocomputing education in Hong Kong.
Their implications and relevance to
other developing areas will also be
discussed.
Key Words: Cartography, Developing Coun-
try, Education, CIS/LIS, Re-
mote Sensing
The advent of a computer age has been
evident among Western countries. In the
Asian setting, while full computeri-
zation in all aspects of life is still
something futuristic, the impact of
computers on different aspects of work
is receiving growing attention. This
paper deals with the issue of
geocomputing, an area where its develop-
ment is rapidly gaining ground in Hong
Kong.
In this paper, geocomputing education is
broadly defined to include formal
training in courses related to remote
sensing, geographic information systems,
computer cartography, and the like under
geography and surveying or mapping
curricula. The current situation of
geocomputing éducation in Hong Kong will
be reviewed.
My discussion is divided into four main
parts. The context of the development
of geocomputing, curriculum efforts,
problems facing, and implication issues
will be discussed in turn.
CONTEXT OF DEVELOPMENT
144
Nowadays, more and more people are
convinced that the last decade of this
century is already an information age.
In specific terms, this is characterized
by the tremendous amount of information
created and utilized in people's daily
lives. Part of the reasons why such a
proliferation of knowledge occur is the
widespread use of computers: machines
which store and manipulate information
at tremendous speed. With this current
revolution in computer technology, we
are just at the beginning of changing
our lifestyles to accomodate the impact
of computers into our daily lives.
Two evident trends in the computer
industry help promote its wide prolife-
ration. One is the rapid decline of
cost for the purchase of a computer
setup. Nowadays, a IBM-compatible
microcomputer with basic peripherals
like a mouse and a printer is well
within the price range affordable to
general users. The old XT and AT models
are now replaced by 386 and 486 ones.
Machines on Macintosh platform are also
cutting their prices to enlarge their
market share. These are given even more
impetus with the rising performance of
microcomputers. In terms of processing
speed, storage, analytical abilities,
today's micros have well surpassed those
of minicomputers of the past. Work
hitherto performed on mainframes or
minis can comfortably be done on micros.
Here in Hong Kong, the government has
been active in persuading our indus-
trialists to follow a "high-tech"
approach in renovating Hong Kong's
industries, thus paving the way for her
to perpetuate its economic lead in
Pacific Asia. At the educational front,
Hong Kong is on the verge of great
expansion in programs related to
information technology, both "at tertiay
institutions , and at . technical
institutes. A recent release by the
government indicated that student intake
of such programs at .government funded
institut-ions will rise from the present
1,750 to around 2,700 by the academic
year 1994-95 (Ming Pao Daily, 9 May
1991). Likewise, enrollments of related
pro-grams at technical institutes were
expanded from 1,730 for the year 1990-91
to 3,345 in 1991-92. The trend towards
extensive computerization in all walks
of life is crystal clear.
Recent infrastructural plans for Hong
Kong give a great push for computer-
related work in the educational sphere.
While regular training in professions
like architecture and engineering has