Embrace a pivotal role in advancing fusion energy as a Computational Physicist. Drive the creation of high-fidelity simulations and data-driven modeling to enhance plasma research in an creative environment.
As part of a dedicated team, you will develop predictive models to support stellarator design, focusing on plasma behavior across various regions. This role combines theory, simulation, and engineering to contribute to the long-term vision of commercial fusion energy applications.
Key Responsibilities:
• Design and implement modeling frameworks for plasma behavior
• Conduct fusion performance predictions using simulations
• Validate simulation tools for boundary physics analysis
• Analyze experimental data to improve predictive capabilities




• Document and publish findings in a team-oriented atmosphere
Requirements:
• PhD in Plasma Physics or related field
• Solid foundation in plasma physics theory and simulation
• Experience in gyrokinetic or MHD simulation methods
• Skilled in scientific programming and HPC environments
• Ability to work effectively in multidisciplinary teams
Apply your knowledge in computational physics to influence the commercialization of fusion energy, paving the way for sustainable power solutions.
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📌 Dynamic Computational Physicist Shaping Fusion Energy Solutions British Columbia
🏢 Type One Energy Group
📍 British Columbia