Experience

Crytur USA
• United States
• Research
• 1 - 100 Employee
• President

  • May 2020 - Present


Schlumberger

• United States
• Oil and Gas
• 700 & Above Employee

• Principal Physicist

  • Sep 2016 - May 2020

  Radiation detectors and new detector technologies. Technical lead and technical contributor in developing novel rugged radiation detectors based on in-house built PMTs and various scintillator packages to meet oilfield tool specifications for Pulsar, Ecoscope, Lithoscanner, and several other Schlumberger tools. Expert in scintillator and photodetector evaluation. Identifying new materials and technologies and evaluating them, resulting in several fruitful collaboration with the outside academia and industry scientists. Show less

• Principal Nuclear Physicist

  • Oct 2007 - Aug 2016

  Principal Physicist, Schlumberger

• Senior Physicist

  • Oct 2007 - Apr 2013



RMD Inc

• United States
• Software Development
• 1 - 100 Employee

• Senioir Scientist

  • May 2001 - Oct 2007

  Scintillator material research for imaging applications, including micro columnar CsI(Tl), GSO(Ce), LaBr3(Ce), CeBr3(Ce), LSO(Ce), ceramic LuAG, CLYC, and many others. X-ray imaging, neutron imaging and electron imaging applications for biomedical and security industries . Dynamic neutron imaging systems. High Speed X-ray imaging systems for military applications. Product design based on CCD, EMCCD and CMOS systems, for example beta probe for radio-guided surgery. Served as a PI and secured funding from several DOE and DOD SBIR grants. Formed and supported research collaborations with academia and industry, such as Oak Ridge National Lab, NIST, FDA, UC San Francisco, MIT, Arizona State University, Saint Gobain, HItachi and others. Organizing chair of SPIE Photonics conference, scientific reviewer for the IEEE Transactions on Nuclear Science. Show less



Moscow Research Institute for Metallurgy

• Junior Scientist

  • May 1992 - Sep 1994

  Applying nuclear methods to studying defects in bulk metals Applying nuclear methods to studying defects in bulk metals