Computational Materials Scientist at Commonwealth Fusion Systems

Massachusetts, United States

Apply Now

Not SpecifiedCompensation

Senior (5 to 8 years)Experience Level

Full TimeJob Type

UnknownVisa

Fusion Energy, Clean Energy, Materials ScienceIndustries

Requirements

MS in Materials Science Engineering, Applied Physics, Physical Chemistry, or related field
Minimum of 3+ years’ experience in experimental or computational materials science
Implementation and/or authorship of codes for calculation and analyses of material properties
Building predictive models for material properties in extreme environments
Validation of models with experimental data or physical mechanism bounds
Expertise in process-structure-properties relationships, physics informed modeling, and materials in extreme environments
Background in both computational materials simulation methods, and materials science and/or physical chemistry

Responsibilities

Use and build computational toolsets to generate predicted material properties in extreme environments including temperature, radiation, and magnetic field with uncertainty bounds informed by physical mechanisms
In collaboration with design and analysis engineers, develop material design curves methodology capable of determining statistically significant minimum properties for tokamak applications such as low and high cycle fatigue, dielectric breakdown, radiation effects
Identify gaps in knowledge and experimental capability which can be filled via simulation or model building
Assist in benchmarking and creating metrics for material property variability and sources of variability in manufacturing processes
Collaborate with other M&P Engineers to create workflows to enable the appropriate capture, storage, data visualization and analysis of data generated within the materials domain
Support writing materials standard specifications
Stay current with the evolving technology and modeling techniques
Physics-based modeling, synthetic data generation, and first-principles modeling and simulation to support development of CFS materials
Collaborate with other engineers and subject matter experts to identify highest sensitivity parameters and prioritize experimental work for greatest impact to decreasing uncertainty

Skills

Key technologies and capabilities for this role

Computational Materials ModelingPhysics Informed ModelingProcess-Structure-PropertiesExtreme Environments MaterialsFusion MaterialsNeutron Flux AnalysisHigh Heat LoadsMolten Salt SystemsHigh Magnetic FieldsCryogenic Conditions

Questions & Answers

Common questions about this position

What is the employment type for this position?

This is a full-time position.

Is this role remote or does it require working on-site?

This information is not specified in the job description.

What expertise is required for the Computational Materials Scientist role?

The role requires expertise in process-structure-properties relationships, physics informed modeling, materials in extreme environments, computational materials simulation methods, and materials science and/or physical chemistry.

What is the company culture like at Commonwealth Fusion Systems?

CFS seeks thinkers, doers, builders, and makers who bring new perspectives, solve tough problems, and thrive as part of a team.

What makes a strong candidate for this Computational Materials Scientist position?

A strong candidate has expertise in physics-based modeling, synthetic data generation, first-principles modeling, and the ability to collaborate with engineers to prioritize experimental work and develop material design curves for tokamak applications.

Commonwealth Fusion Systems

Develops and commercializes fusion energy systems

About Commonwealth Fusion Systems

Commonwealth Fusion Systems focuses on developing fusion energy as a clean and sustainable power source. The company utilizes advanced magnet technology, created in partnership with MIT, to build smaller and more affordable fusion systems called tokamaks. These devices use magnetic fields to confine plasma in a toroidal shape, which is an effective method for achieving fusion. Currently, CFS is manufacturing high-temperature superconducting magnets and constructing SPARC, the first commercially-relevant net energy fusion machine. The success of SPARC is intended to lead to the development of ARC, the first fusion power plant. CFS differentiates itself from competitors by its commitment to scientific integrity and a mission-driven approach, focusing on delivering cost-competitive fusion energy to help combat climate change. The ultimate goal is to provide a reliable and abundant energy source for energy providers and industries that require significant power.

Harvard, MassachusettsHeadquarters

2018Year Founded

$1,958.7MTotal Funding

GRANTCompany Stage

EnergyIndustries

501-1,000Employees

Benefits

12.5 Company-wide Holidays

Our vacation policy is 'take vacation'

Our sick time policy is 'get better and try not to make others sick'

Generous parental leave policy

Health Reimbursement

Health, Dependent Care, & Limited Purpose Flexible Spending Accounts

Delta Dental, Blue 20/20 Vision optional

Wellbeing / Headspace coverage

Short-term & long-term disability

Life and AD&D insurance

401K

Risks

Competition from companies like TAE Technologies could impact CFS's market position.

Reliance on rare-earth materials poses supply chain risks.

Public perception of nuclear fusion technology remains uncertain.

Differentiation

CFS uses rare-earth barium copper oxide superconductor technology for energy development.

CFS collaborates with MIT for advanced fusion research and magnet technology.

CFS is building SPARC, the first commercially-relevant net energy fusion machine.

Upsides

CFS plans to build the world's first commercial fusion power plant in Virginia.

Increased investment in fusion energy startups indicates strong investor interest.

Government net-zero targets align with CFS's clean energy mission.

Land your dream remote job 3x faster with AI

Try Jobo Free