Explore photogrammetry instruments for odometry, including rectifiers, photo projectors, and analog and analytical plotters, and learn about image acquisition, aerial triangulation, and digital imagery applications.

Explore the concept of vertical and oblique aerial photographs and their types, including low-angle and high-angle oblique photos, multi-lens setups, and overlaps for three-dimensional views.

Explore the geometric properties of aerial photographs, including focal length, principal point, calibration, and the relationships between object space and image space and scale types from large to small.

Master aerial photo interpretation using size, shape, texture, tone, shadows, and association to identify features and assess quality. Apply these methods across geology, water resources, forestry, agriculture, and urban planning.

Explore drawing as a universal communication method across fields, including maps and building plans. Understand isometric projection, which represents three-dimensional objects in two dimensions with equal foreshortening and 120-degree axes.

Explore the MicroStation interface and toolboxes. Learn to start, open, and save 2D and 3D files using the MicroStation Manager, merge and upgrade files, and manage directories.

Explore the micro station interface, master primary and standard toolboxes, docking, and toolbox customization to draw, edit, and manage element attributes and levels.

Set up a new GIS project in MicroStation 600, configure project parameters, add or remove reference files, and create a custom library for symbols, text, and lines.

Apply general compilation rules for digitizing polygons and linear features in GIS, use the right-hand rule for polygon orientation, and perform QC to remove duplicates, overlaps, and gaps.