The Scientist, Physics supports the research, development, and optimization of advanced nuclear-based downhole technologies, including the LithoStar platform and related formation evaluation tools.
This role applies principles of nuclear physics, radiation measurement, and instrumentation, combined with simulation and data analysis, to develop and improve products used in complex drilling environments. The position contributes to both new technology development and sustaining engineering efforts critical to Sperry’s core business.
Key Responsibilities
• Conduct laboratory research and experimentation supporting development of nuclear-based downhole tools and technologies.
• Apply principles of nuclear physics, radiation detection, and measurement systems, including MCNP simulation and data analysis, to product development and optimization.
• Support ongoing development and sustaining work for LithoStar and related nuclear evaluation tools.
• Design, execute, and document experiments; analyze results and provide technical recommendations.
• Maintain accurate technical documentation, including lab notebooks, reports, and procedures.
• Collaborate with engineers and scientists across disciplines (mechanical, electrical, software) to develop integrated solutions.
• Assist in troubleshooting and resolving technical challenges related to tool performance.
• Support interactions with internal stakeholders and, as needed, technical customer discussions.
• Contribute to continuous improvement of testing methods, processes, and product performance.
• Participate in professional societies and stay current with advancements in nuclear science, simulation, and instrumentation.