The Lead Scientist of Applied Laser Physics is responsible for managing laser-based diagnostic systems and the interpretation of resulting data to extract key plasma parameters such as density, temperature, and magnetic field. This includes Thomson scattering, Faraday rotation, interferometry, polarimetry, and other coherent or incoherent laser and microwave techniques. The Lead Scientist ensures the precision and reliability of laser diagnostics while leading the group's contributions to experimental campaigns and advancing system capabilities.
About the Job- Manage the design, operation, and data interpretation of laser-based diagnostics.
- Supervise a team of physicists and engineers focused on precision optics and laser-plasma interaction.
- Lead the implementation of advanced measurement techniques and upgrades to existing systems.
- Drive interpretation efforts linking optical signals to fundamental plasma quantities.
- Maintain laser safety protocols and operational reliability across campaigns.
- Participate in experimental planning and contribute insights to broader physics interpretation efforts.
- Ensure data integrity, calibration procedures, and documentation are maintained to high standards.
- Guide the group in experiment development and execution, data analysis, and results communication.
- Mentor staff and drive a culture of precision, rigor, and cross-functional collaboration.
- Conduct individual research and participate in or lead projects on a matrix basis as needed.
- Participate in outward facing activities like representing TAE and recruiting new talent.
- Demonstrate and promote the TAE Core Values, Rules of the Road, and our Culture of Safety.
About You- 6-8 years of experience with optical diagnostics or laser systems in a plasma, accelerator, or similar environment.
- Deep understanding of interferometry, Thomson scattering, reflectometry or related laser techniques.
- Strong leadership and mentoring skills in a technical setting. Leading a team of scientist and researchers.
- Ability to translate complex optical signals into actionable physics insights.
Education- Required: PhD in Physics, Applied Physics, or Optical Engineering
- Preferred: Specialization in laser diagnostics or plasma optics
At TAE Technologies, we consider a wide range of factors when making compensation decisions including but not limited to skill sets; experience and job-related knowledge, training; licenses and certifications, and other business and organizational needs. The total compensation package for this position may also include other elements depending on the position offered . $140,000 - $170,000
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