Origins and current structure of the U.S. Intelligence Community (IC) with an emphasis on the key intelligence agencies and their functions, roles, and missions, facets of the intelligence production cycle, to include tasking, collection, processing, exploitation/analysis, and dissemination. U.S. Citizenship required. Two lecture, two lab hours per week.

Science and underlying phenomenology of remote sensing, remote sensing collection systems, and how it interacts with the environment while collecting information from that same environment. U.S. Citizenship required. Two lecture, two lab hours per week.

Science and technology behind Spectral Remote Sensing, underlying phenomenology being sensed, how the information is collected, and the advantages and disadvantages of the technology. U.S. Citizenship required. Two lecture, two lab hours per week.

Principles of radar and how radar, in the form of Over-the- horizon and Line-of-Sight radar, can be used as a (MASINT) sensor. Generation and propagation of radio waves, how they interact with an object and are returned to the radar, and how the radar interprets the returned energy. U.S. Citizenship required. Two lecture, two lab hours per week.

Role ONIR plays in National Defense, how data is collected and processed, and exploited. Advantages and disadvantages of ONIR as a remote sensing tool. U.S. Citizenship and security clearance required. Two lecture, two lab hours per week.

Overview of MASINT disciplines: Chemical, Biological, Radiological, and Nuclear; Seismic and Acoustic; Geophysical; Materials, and Radio Frequency. U.S. Citizenship and security clearance required. Two lecture, two lab hours per week.