Department: Research & Development
Reports To: CEO
Work Location: On-site, Lake Mary, Florida
Employment Type: Full-time
Position Summary:
We are seeking an accomplished and innovative Nuclear Physicist specializing in high-energy plasma physics and fusion systems. The ideal candidate will lead pioneering research and development of advanced plasma confinement, ignition mechanisms, and propulsion systems for next-generation nuclear technologies. This role demands expertise in both experimental and computational plasma physics to drive breakthroughs in sustainable nuclear fusion and aerospace propulsion applications. Active TS/SCI CI security clearance is mandatory.
Essential Duties and Responsibilities:
The essential duties of the position include the following, and other duties may be assigned:
Research & Development:
- Develop and optimize novel hybrid plasma confinement systems for advanced fusion reactors.
- Explore alternative ignition mechanisms to achieve sustainable, scalable fusion reactions.
- Implement ultra-high-density plasma sustainment techniques to extend fusion stability and performance.
- Design and deploy intelligent plasma control systems leveraging AI/ML for real-time optimization.
- Innovate plasma heating methodologies, including advanced RF and laser-driven approaches.
- Conduct theoretical modeling, numerical simulations, and experimental validation of plasma systems.
- Lead R&D on magnetoplasmadynamic (MPD) propulsion technologies for aerospace applications.
Collaboration & Leadership:
- Work closely with interdisciplinary teams including nuclear engineers, materials scientists, and aerospace engineers to ensure cohesive project development.
- Publish research findings in peer-reviewed journals and present at national and international scientific forums.
- Apply for and manage U.S. government grants related to nuclear and plasma physics research.
Supervisory Responsibilities:
May provide technical leadership and mentorship to junior scientists and engineers.
Qualifications:
Education/Experience:
- Ph.D. in Plasma Physics, Nuclear Engineering, Aerospace Engineering, or a closely related field.
- Minimum 15 years of professional experience in high-energy plasma physics and nuclear fusion research.
- Proven hands-on experience with experimental fusion confinement systems.
- Strong expertise in computational modeling and simulation of high-energy plasmas using tools such as COMSOL, MHD codes, and particle-in-cell simulations.
- Demonstrated innovation in fusion ignition, plasma heating, and confinement system development.
- Experience applying AI/ML techniques to plasma or nuclear systems is preferred.
- Knowledge of magnetoplasmadynamic propulsion concepts.
- Active TS/SCI CI U.S. government-issued security clearance required prior to start.
- Strong publication record in peer-reviewed journals and conference proceedings.
- Experience with U.S. grant application processes for nuclear research funding.
Technical Skills:
- Expertise in quantum mechanics, electromagnetism, and thermodynamics as applied to nuclear fusion processes.
- Proficiency in theoretical and computational plasma physics modeling and experimental validation methods.
Language Ability:
- Excellent technical writing skills for documentation, research papers, and grant proposals.
Math Ability:
- Advanced numerical aptitude for plasma modeling, simulation, and data analysis.
Reasoning Ability:
- Analytical problem-solving skills to troubleshoot complex plasma physics challenges and optimize fusion system performance.
- Ability to prioritize multiple projects in a fast-paced R&D environment.
Computer Skills:
- Proficiency with plasma simulation tools, AI/ML frameworks, and standard scientific computing software.
Certificates and Licenses:
- Only candidates with Active TS/SCI CI security clearance required and will be considered.
- Relevant certifications in nuclear or plasma physics research and safety preferred.
Travel:
This position may require minimal travel (up to 10%) for conferences, government meetings, or collaborative site visits.
ISMS and Privacy Statement:
- Employee Privacy and Confidentiality: Handle sensitive project and employee data with strict confidentiality.
- GDPR Compliance: Ensure compliance with relevant data protection laws where applicable.
- Offboarding Process: Follow secure data handling procedures during employee offboarding.