This course provides an introduction to experimental nuclear reactor physics techniques including criticality, flux mapping, buckling measurements, subcritical assembly measurements, diffusion length measurements, neutron spectral measurements, and foil activation methods. Many of the experiments involve the use of neutron sources, specifically AmBe and 252Cf, but other PuBe sources may also be utilized by students if needed. Neutron generators utilizing both D-D and D-T reactions are also used for certain experiments. Students will use a variety of radiation detectors including GM tubes, sodium iodide detectors, BF3 tubes, and HPGe detectors. Most of the experiments involve the graphite pile, but the culmination of the course requires students to design their own experiment and associated procedures