This leads to the necessity to emphasize to the 
teaching of some subjects, mainly to the ones that 
concern applications. 
On the base of what we mentioned and of our expe- 
rience in instruction, the subjects are formed 
gradually as following: 
2.2.1 Introduction to Photogrammetry 
Relevant subjects of Mathematics and Phy- 
sics 
Cameras 
Planning of flight 
Field work 
Stereoscopy 
Photography 
Rectification 
Orthophotography 
Instrumentation (particular reference to 
new, low-cost instruments) 
Non topographic Photogrammetry 
Aerotriangulation 
Sattellite Photogrammetry 
Applications of Photogrammetry on subjects 
of Civil Engineer (Geotechnical Engineering, 
Transport and Organization, Hydraulics and 
Environmental Engineering, Structural Engi- 
neering) 
Applications of Photogrammetry on subjects 
of-cultural environment (studies of monu- 
ments and historic centers) 
2.2.2 Introduction to Remote Sensing 
Radiation and Instrumentation in Remote 
Sensing 
Radiometric characteristics of aerial pho- 
tographs 
Spectral attribute of earth characteristics 
Data-processing methods and Systems 
Multispectral Scanning and Spectral Pattern 
Recognition 
Remote Sensing from Space 
Aerial Thermography 
Microwave Sensing 
Applications Geomorphology, Geology, Soils, 
Forestry, Geography, Urban area 
Analysis, cultural environment 
(monuments, historic centers), 
Subjects of Civil Engineer 
(Geotechnical Engineering, 
Transport and Organization, 
Hydraulics and Environmental 
Engineering, Structural Engi- 
neering) 
2.2.3 Geoinformation Systems 
Introduction 
Data 
Software 
Hardware 
Organization of GIS 
3.  CONCLUSIONS-DISCUSSION 
The cooperation of Photogrammetry-Remote Sensing 
and LIS/GIS can be searched through and studied to 
various directions according to the purpose or/and 
the consideration level (that is parts of LIS/GIS: 
Data, Software, Hardware). 
In this paper, the aim was to search through and 
come to relevant conclusions concerning the chap- 
ters that must be instructed (2.2.1, 2.2.2, 2.2.3) 
so that the cooperation of Photogrammetry with 
LIS/GIS to become useful in areas that interest a 
Civil Engineer. 
206 
The research (in this phase) was done mainly as 
the level of data. 
The cooperation of Photogrammetry-Remote Sensing 
with LIS/GIS at other levels of the structure of 
LIS/GIS (Software, Hardware) can be further search- 
ed through. 
REFERENCES 
1. Drummond J., 1985, "An Introduction to Geogra- 
phic Information Systems for the C#A.C Speciali- 
zation in Cartography" I.T.C The Netherlands. 
2. Drummond J., 1985, "Georeferencing for LIS" 
I.T.C The Netherlands. 
3. Freiling M.J, 1982, "Data Base Management" 
Alfred Handy Guide, Alfred Publ. co. 
4. Mulder N. J.261984, "Data Bases, Geoinformation 
Systems" I.T.C The Netherlands. 
5. Patmios E., 1990, "Photogrammetry and Remote 
Sensing In Civil Engineering" ISPRS, Commission VI 
Phodes, Greece 13-16/IX.