CT Detector Physicist
CT Detector Physicist
Vernon Hills, IL
Toshiba Medical Research Institute USA, Inc. (TMRU) is a multi-modality R&D organization creating next-generation medical imaging systems. For those who like to develop new technologies and research new ways of using them, Toshiba is a rewarding place to work, due to its focus on innovation as the lifeblood of new products.
TMRU, awarded the 2016 Seal of Distinction award from WorldatWork®, is committed to recognizing and appreciating the variety of characteristics that make individuals unique in an atmosphere that promotes work/life balance and celebrates individual and collective achievement. We are especially interested in qualified candidates who can contribute, through their experience, education, research and/or service, to the diversity and excellence of our organization and the scientific and engineering community at large. TMRU offers a great work environment, professional development, challenging careers, and competitive compensation and benefits. We are an equal opportunity employer (EOE).
SUMMARY OF POSITION
TMRU has an immediate opening for a CT Detector Physicist in our Computed Tomography (CT) business unit located in Vernon Hills, IL, located about 35 miles Northwest of Chicago, IL.
As a CT Detector Physicist at Toshiba Medical Research Institute USA (TMRU), you have the opportunity to participate in the research and development of Toshiba’s next generation CT systems. You will research and develop CT detector technology by working with cross functional teams to develop design solutions and prototypes and that will become the basis for Toshiba’s future products. Through your research, you will identify opportunities for significant improvements in performance of detection technologies. Through advanced development programs, you will turn these opportunities into practical product design solutions for medical imaging. Working with cross-disciplinary teams, you will lead design studies, feasibility studies, and prototype development programs to ultimately prove technology and transfer it for commercialization by Toshiba Medical Systems.
- Research and develop models of detection that allow analysis of critical sensor or electronics factors
- Design and conduct laboratory experiments to characterize detector performance
- Analyze the need for calibrations and develop practical calibration algorithms
- Oversee and advise research performed by more junior colleagues
- PhD or equivalent in Physics or related field (Medical Physics, High Energy Physics, Nuclear Physics / Engineering, etc.)
The successful candidate will have demonstrated experience in the following areas:
- Theory of radiation detection of scintillating and direct conversion sensors and front end electronics
- Design and characterization of ionizing radiation detectors. Demonstrated understanding of critical issues and limitations in state of the art technology
- Modeling detection processes such as x-ray interactions, transport of electron-hole pairs in direct conversion sensors, response of front end encoding electronics
- Experimental design and laboratory techniques to characterize detector performance
- Excellent teamwork and communication skills including verbal and written.
- Demonstrated accomplishments through peer reviewed scientific papers, conference talks, patents, etc.
Some experience in the following areas will be beneficial for the successful candidate:
- Medical imaging using ionizing radiation (CT, X-Ray, PET, or SPECT)
- Radiation detector and imaging system simulation and modelling tools GEANT / GATE and Comsol
- Statistical signal estimation algorithms
- Application of artificial intelligence algorithms to detection and signal processing problems
- Proven ability to be a proactive, productive, flexible team member
- Excellent analytical and problem solving skills
- Results oriented and driven by innovation and creativity
- Some domestic and occasional international travel is required.
*Relocation assistance is available