The Computational Materials Scientist at Commonwealth Fusion Systems will develop physics-based models and simulations to study materials in extreme environments relevant to fusion energy devices, supporting the design and development of fusion power plants like SPARC and ARC.
Key Responsibilities
Perform physics-based modeling, synthetic data generation, and first-principles simulations to support development of fusion materials.
Collaborate with engineers and subject matter experts to identify sensitive parameters and prioritize experimental work.
Support the selection, validation, and measurement of materials and their properties for fusion applications.
Requirements
A background in both computational materials simulation methods, and materials science and/or physical chemistry.
Expertise in process-structure-properties relationships, physics informed modeling, and materials in extreme environments.
Experience in physics-based modeling, synthetic data generation, and first-principles modeling and simulation to support development of materials.
Ability to collaborate with other engineers and subject matter experts to identify highest sensitivity parameters and prioritize experimental work for greatest impact to decreasing uncertainty.
Benefits & Perks
Work in a fast-paced environment driven by values of integrity, execution, impact, and self-critique
Opportunity to contribute to the development of fusion energy and cutting-edge materials research
Collaborate with engineers and subject matter experts on impactful projects
Be part of a mission-driven company with a focus on diversity and inclusion
Potential for career growth in a leading private fusion company
Ready to Apply?
Join Commonwealth Fusion Systems and make an impact in renewable energy