You are using an outdated browser that does not fully support the intranda viewer.
As a result, some pages may not be displayed correctly.

We recommend you use one of the following browsers:

Full text

Modern trends of education in photogrammetry & remote sensing

Prof. Dr. D. Rokos
Laboratory of Remote Sensing
National Technical University
of Athens, Greece.
This paper attempts to analyse and discuss the basic characteristics of Remote Sensing
Education and Research, as they are defined and/or affected by the basic characteristics of
Remote Sensing Science, Techniques and Methodologies respectively.
Remote Sensing bases, nature, philosophy, aims and applications, being multidimen
sional, interdisciplinary and integrated in character, presuppose'some concrete and inevitable
effects on relevant University courses and programs.
Therefore, basic mathematics and physics, photointerpretation and statistical methods
and techniques, computer science and digital image processing, as well as sensor and space
technologies topics have to optimally contribute and interact whithin basic remote sensing cur
ricula, integrating experience, specific and interdisciplinary scientific knowledge and logic
towards elaborating and developing specific and/or multidimensional relevant Land, Atmos
phere and Ocean methodologies and applications.
* At a structural and functional ievel this results in a great diversification:
(a) of multi and inter-departmental University Remote Sensing courses and programs,
(b) of multi and inter-discipiinary remote sensing laboratories and research,
(c) of national and muiti/international remote sensing education, training and research and
development centers, programs and activities,
(d) of multi level and types (university, postgraduate, graduate and undergraduate, tech
nologists, technicians and/or decision makers, local and central authorities e.t.c.) and life long
continuing remote sensing education.
Analyzing and evaluating the current trends in remote sensing education and research in
Europe, USA and Canada the author concludes with some proposals which are already in
practice in the Laboratory of Remote Sensing of The National Technical University of Athens.
1. Introduction
Remote Sensing is a relatively new scientific and technological field of interest for many
Universities and Research and Development Centres all over the world dealing with disciplines
and programs involved in the observation, monitoring, evaluation and management of our
natural and socioeconomic environment as well as of their relations, interactions, interdepen
dencies and change trends in time.
In many of them the development of Remote Sensing courses and programs was »the
inevitable evolution of their Photointerpretation tradition in specific areas of applications like
Geography, Forestry, Geology, Soil and Land Use/Cover Classification, Natural Resources,
Urban Area Analysis, Archaeology, Surveying and, Civil Engineering, Water Management e.t.c.
In other Universities the development of Remote Sensing curricula and relevant re
search activities was an obvious consequence of the parallel development of relative new
technologies in the Departments of Computer Science and Engineering, Electrical and