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encourage pride in craftmanship, and promote special studies in the
photogrammetry area. This training program involves the production of
a multicolor topographic map. In the formation of the map, the student
becomes involved in the design of the map, compilation of the data,
scribing the final manuscript, production of the printing plates, and
the final printing of the map.
Special student projects are also encouraged. These projects stem
from interest which the student may develope that is not treated in the
laboratory. Thus far, two close-range architectural studies have been
undertaken. The first project was performed by two surveying students
involving the historic recording of the old Mecosta County Jail, a
historic landmark, located in Big Rapids, Michigan. The other study
was performed on the U. S. Post Office also in Big Rapids. Additional
projects involve still other close-range studies and the production of
an orthophoto map of the Big Rapids area.
FLEXIBILITY IN TRAINING
While a definite photogrammetry program is recommended, there is
some flexibility in the training program that could allow for a special
sequence of study. This would be done with the cooperation of other
departments in the college. Other areas of interest may lie in
printing, computer applications to mapping, earth sciences, mathematics
and surveying. Thus, individualized training is possible to meet the
needs of different organizations.
RESEARCH ACTIVITIES
One distinct advantage of offering training at the college level
is the role of applied research that can be utilized in the training
program. Saladin and Rick [1982] reported on the ability to improve
the stereoscopic acuity of the stereoplotter operator. Using 13
control subjects, these photogrammetrists were paired with 13
experimental subjects such that each pair of subjects exhibited
similiar optical and binocular characteristics. The results of this
research indicated that improvement in stereoscopic acuity could be
measured after seven weeks of training. From this study, a training
program will be created to improve the visual capabilities of the
student.
Another important research project will be undertaken this coming
school year. It involves the construction of a device aimed to improve
the contouring capabilities of the Stereoplotter operator. This device
will be mounted in the pen position on the plotting table. Once the
photographs have been properly oriented and a finished map oriented on
the plotting table, the student will begin the contouring process. The
device will receive the "true" contour from the map manuscript and
correlate that with the location of the measuring dot in the plotter.
When the measuring dot departs significantly from the location of the
contour on the map, a buzzer will be activated and it can only be
turned off once the student finds the proper location of the contour
line. If this project becomes successful, it will have a significant
affect on the training being performed at the Center.
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