Nuclear engineering;
Computer based instrumentation system design;
Radiation detection and measurement;
Industrial applications of radioisotopes;
x-ray, gamma ray, beta particle and alpha particle spectroscopy;
Thickness, density and composition measurements;
Neutron activation analysis;
Radiation dosimetry;
Renewable energy;
Photovoltatics;
Wind energy;
LabVIEW programming.
Nuclear engineering;
Computer based instrumentation system design;
Radiation detection and measurement;
Industrial applications of radioisotopes;
x-ray, gamma ray, beta particle and alpha particle spectroscopy;
Thickness, density and composition measurements;
Neutron activation analysis;
Radiation dosimetry;
Renewable energy;
Photovoltatics;
Wind energy;
LabVIEW programming.
Teaching undergraduate and graduate level courses in radiation detection and measurement at Kansas State University. Teaching and conducting workshops in the area of renewable energy.
Industrial Applications of Radioisotopes, Ionizing Radiation, Material Thickness and Density, Nondestructive Testing, Photovoltaics, Radiation Dosimetry, Radiation Spectroscopy, Renewable Energy, Solar Energy, X-ray Fluorescence Spectrometry
Industrial applications of radioisotopes.
Design of instruments to perform nondestructive measurements of material thickness, density, and composition using x-rays and radioisotopes. Renewable energy power systems.
