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About CORE POWER
CORE POWER is the global frontrunner in the development of advanced nuclear technologies for heavy industry and transport. We work with many of the largest and most influential stakeholders in both the nuclear and maritime industries to bring exciting new applications with game-changing enhancements to the market.
Trust is the cornerstone of CORE POWER. We are committed to building and maintaining the trust of our investors, partners, and employees. We believe in doing what is right, even when faced with challenges, operating with unwavering integrity is a non-negotiable value for us. Reliability is at the CORE of who we are. We understand the importance of delivering on promises, meeting deadlines, and providing high-quality products that are durable, reliable, and maintainable. We communicate with clarity and precision, ensuring that our messages are easily understood by all. Rigorous analysis and logical thinking are integral to our decision-making process. Whether... it’s problem solving, strategic planning or market analysis, we rely on data- driven insights to make informed choices that drive our brand forward and develop new markets and products. We pride ourselves on these values and look for the same in all employees we hire.
Headquartered in London and with offices in Washington DC and Tokyo, we are a fast-growing organisation providing employees with a dynamic work environment and value-based culture as well as career fulfilment.
Job description:
You will be part of our multidisciplinary product department, consisting of nuclear, mechanical and marine engineering teams that are developing and integrating advanced nuclear technology for marine applications. We work closely with nuclear vendors, co-developing and integrating GenIV reactor technologies such as fast molten salt reactors and heat pipe microreactors.
Key Responsibilities:
Your key responsibilities will be to own the development, testing and validation of CFD models for both nuclear and non-nuclear systems, including liquid fuel and heat pipe systems. The models will be used to solve various heat transfer problems relating to operation and decay heat removal, as well as examine the effects of marine motions and simulate sloshing.
You will also be responsible for presenting your models and results, both internally and externally, as well as contributing to scientific publications, attending technical conferences and events.
Educational Requirements:
Master's level degree in Engineering or Physics, having taken modules in fluid dynamics and thermal hydraulics.
Required Skills/ Experience:
Experienced with using a CFD modelling workflow, starting from CAD, meshing and setting up transient models, data post processing and visualisation, V&V.
Experienced with presenting results in technical reports and presentations.
Excellent written and verbal communication skills in English.
Ability to present work to a non-nuclear audience.
Ability to manage information based on strict confidentiality and non-disclosure standards
Technical Competencies:
Solid knowledge of computational fluid dynamics and the physics of heat transfer in fluids.
Knowledge of reactor physics is a plus.
Preferred software and OS experience: Open FOAM, MOOSE, SOLIDWORKS, C++, Python, Word, PowerPoint, Excel, Windows, Linux
Benefits:
Competitive salary.
Performance-based bonuses.
Health and wellness benefits.
Pension plan.
Opportunity to travel in Europe and United States, for technical meetings with our international partners, trainings, conferences and more. Total time away projected to be less than 10% of total working hours, is voluntary but encouraged.
Professional development opportunities.
A highly committed, dynamic, and challenging environment.
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