1 to 25 of 26 Permanent Computational Fluid Dynamics Jobs in the UK excluding London

A Computational Fluid Dynamics (CFD) Specialist to join our dynamic Computer Aided Engineering team and play a key role in executing and delivering CFD studies focused on ship hydrodynamics & gas dispersion. Your primary responsibility will involve tackling complex challenges requiring innovative problem-solving and critical thinking skills. … is not required but would be an asset. Proven ability to track record in delivering Fluid Structure Interaction studies Proven ability in applying CFD software tools to deliver technical solutions to clients Proven ability in the technical domains of hydrodynamics, naval architecture, and fluid structure interaction Proven ability More ❯

A Computational Fluid Dynamics (CFD) Specialist to join our dynamic Computer Aided Engineering team and play a key role in executing and delivering CFD studies focused on ship hydrodynamics & gas dispersion. Your primary responsibility will involve tackling complex challenges requiring innovative problem-solving and critical thinking skills. … is not required but would be an asset. Proven ability to track record in delivering Fluid Structure Interaction studies Proven ability in applying CFD software tools to deliver technical solutions to clients Proven ability in the technical domains of hydrodynamics, naval architecture, and fluid structure interaction Proven ability More ❯

consistently delivering exemplary outcomes for our customers the Group has seen steady growth and expansion. Job Description: We are seeking a skilled and motivated Fluid Systems Engineer to join our team. In this role, you will be responsible for performing detailed engineering analysis, including the necessary calculations, to support … the development and documentation of fluid systems for the HPC project. Key Responsibilities: Conduct comprehensive engineering analysis of fluid systems, including thermal, hydraulic, and pneumatic systems. Perform detailed calculations to support system design, ensuring compliance with project requirements and industry standards. Perform analysis and define I&C functional … within the HPC or related industries. Strong proficiency in engineering analysis and fluid dynamics calculations. Proficiency with engineering software tools such as CFD (Computational Fluid Dynamics) and FEA (Finite Element Analysis). Excellent problem-solving skills and the ability to think analytically and creatively. Strong More ❯

This position will focus on developing one or more of the following solver types: 0D-1D thermodynamic and fluid-thermal calculation methods, 3D CFD solvers, or structural analysis solvers to enhance the performance and capabilities of our turbomachinery design and analysis tools. Responsibilities: Design and implement high-performance numerical … C#/Python/C++ Advanced knowledge in at least one of the following areas: 1D fluid-thermal calculation algorithms using implicit schemes CFD methods, turbulence models, and numerical schemes Structural analysis and finite element methods Proficiency in numerical methods, including finite element, finite volume, finite differences, and iterative … Ability to work independently and as part of a cross-functional team Preferred Qualifications: Experience in multiple solver domains (1D fluid-thermal modeling, CFD, structural analysis) Previous experience with commercial engineering software development Knowledge of turbomachinery design tools and workflows Experience with GPU programming or high-performance computing Publication More ❯

for major players in San Francisco, Tokyo, and beyond. You’ll be developing high-performance simulation tools (C++17/20), working on cutting-edge CFD, meshing, and flow networks — solving real-world physics for global technology giants. Experience Required: Very Strong C++ A engineering degree in Physics, Mathematics, Mechanical Engineering … Computer Science, etc 3 to 5 years' experience building technical or scientific software Must have experience in one of the CFD (Computational Fluid Dynamics) or something similar such as FEA, CAD, CAE, differential equations, or numerical analysis. This is a hybrid roll that will require 3 to More ❯

as a technical lead Knowledge of data analysis, including experience of programming (e.g. Matlab) is desirable Knowledge of computational fluid dynamics (CFD) and finite element analysis (FEA) is desirable Essential qualifications for the Senior Naval Architect: We value difference and we don't have a fixed idea More ❯

as a technical lead. Knowledge of data analysis, including experience of programming (e.g. Matlab) is desirable. Knowledge of computational fluid dynamics (CFD) and finite element analysis (FEA) is desirable. Essential qualifications for the Senior Naval Architect: We value difference and we don't have a fixed idea More ❯

on developing one or more of the following solver types: 0D-1D thermodynamic and fluid-thermal calculation methods, 1D/2D/3D CFD solvers for turbomachinery developing, to enhance the performance and capabilities of our turbomachinery design and analysis tools. Responsibilities: Design and implement high-performance numerical solvers … C#/Python/C++ Advanced knowledge in at least one of the following areas: 1D fluid-thermal calculation algorithms using implicit schemes CFD methods, turbulence models, and numerical schemes Proficiency in numerical methods, including finite element, finite volume, finite differences, and iterative solvers Solid understanding of software development … Ability to work independently and as part of a cross-functional team Preferred Qualifications: Experience in multiple solver domains (1D fluid-thermal modeling, CFD) Previous experience with commercial engineering software development Knowledge of turbomachinery design tools and workflows Experience with GPU programming or high-performance computing Publication record in More ❯

on developing one or more of the following solver types: 0D-1D thermodynamic and fluid-thermal calculation methods, 1D/2D/3D CFD solvers for turbomachinery developing, to enhance the performance and capabilities of our turbomachinery design and analysis tools. Responsibilities: Design and implement high-performance numerical solvers … C#/Python/C++ Advanced knowledge in at least one of the following areas: 1D fluid-thermal calculation algorithms using implicit schemes CFD methods, turbulence models, and numerical schemes Proficiency in numerical methods, including finite element, finite volume, finite differences, and iterative solvers Solid understanding of software development … Ability to work independently and as part of a cross-functional team Preferred Qualifications: Experience in multiple solver domains (1D fluid-thermal modeling, CFD) Previous experience with commercial engineering software development Knowledge of turbomachinery design tools and workflows Experience with GPU programming or high-performance computing Publication record in More ❯

on developing one or more of the following solver types: 0D-1D thermodynamic and fluid-thermal calculation methods, 1D/2D/3D CFD solvers for turbomachinery developing, to enhance the performance and capabilities of our turbomachinery design and analysis tools. Responsibilities: Design and implement high-performance numerical solvers … C#/Python/C++ Advanced knowledge in at least one of the following areas: 1D fluid-thermal calculation algorithms using implicit schemes CFD methods, turbulence models, and numerical schemes Proficiency in numerical methods, including finite element, finite volume, finite differences, and iterative solvers Solid understanding of software development … Ability to work independently and as part of a cross-functional team Preferred Qualifications: Experience in multiple solver domains (1D fluid-thermal modeling, CFD) Previous experience with commercial engineering software development Knowledge of turbomachinery design tools and workflows Experience with GPU programming or high-performance computing Publication record in More ❯

on developing one or more of the following solver types: 0D-1D thermodynamic and fluid-thermal calculation methods, 1D/2D/3D CFD solvers for turbomachinery developing, to enhance the performance and capabilities of our turbomachinery design and analysis tools. Responsibilities: Design and implement high-performance numerical solvers … C#/Python/C++ Advanced knowledge in at least one of the following areas: 1D fluid-thermal calculation algorithms using implicit schemes CFD methods, turbulence models, and numerical schemes Proficiency in numerical methods, including finite element, finite volume, finite differences, and iterative solvers Solid understanding of software development … Ability to work independently and as part of a cross-functional team Preferred Qualifications: Experience in multiple solver domains (1D fluid-thermal modeling, CFD) Previous experience with commercial engineering software development Knowledge of turbomachinery design tools and workflows Experience with GPU programming or high-performance computing Publication record in More ❯

on developing one or more of the following solver types: 0D-1D thermodynamic and fluid-thermal calculation methods, 1D/2D/3D CFD solvers for turbomachinery developing, to enhance the performance and capabilities of our turbomachinery design and analysis tools. Responsibilities: Design and implement high-performance numerical solvers … C#/Python/C++ Advanced knowledge in at least one of the following areas: 1D fluid-thermal calculation algorithms using implicit schemes CFD methods, turbulence models, and numerical schemes Proficiency in numerical methods, including finite element, finite volume, finite differences, and iterative solvers Solid understanding of software development … Ability to work independently and as part of a cross-functional team Preferred Qualifications: Experience in multiple solver domains (1D fluid-thermal modeling, CFD) Previous experience with commercial engineering software development Knowledge of turbomachinery design tools and workflows Experience with GPU programming or high-performance computing Publication record in More ❯

on developing one or more of the following solver types: 0D-1D thermodynamic and fluid-thermal calculation methods, 1D/2D/3D CFD solvers for turbomachinery developing, to enhance the performance and capabilities of our turbomachinery design and analysis tools. Responsibilities: Design and implement high-performance numerical solvers … C#/Python/C++ Advanced knowledge in at least one of the following areas: 1D fluid-thermal calculation algorithms using implicit schemes CFD methods, turbulence models, and numerical schemes Proficiency in numerical methods, including finite element, finite volume, finite differences, and iterative solvers Solid understanding of software development … Ability to work independently and as part of a cross-functional team Preferred Qualifications: Experience in multiple solver domains (1D fluid-thermal modeling, CFD) Previous experience with commercial engineering software development Knowledge of turbomachinery design tools and workflows Experience with GPU programming or high-performance computing Publication record in More ❯

+ £2,000 Welcome Bonus What you'll be doing: • Supporting the design and development of Mechanical Systems, including but not limited to Thermal, Fluid and High-Pressure Air Systems. • Conducting Computational Fluid Dynamics and Finite Element Analysis assessments of solutions. • Support failure investigation and fault More ❯

Mathematical discipline. Experience with the Cray System Management software or OpenCHAMI Experience in one or more domain specific software ecosystems (e.g. weather and climate, computational fluid dynamics, AI, data science). Experience working on EU projects. Experience working on HPC applications and/or Cloud applications. Experience More ❯

a realistic model of how a system performs. • Developing complex networked simulations to support front-line training activities. • Preparing and improving software toolsets e.g. computational fluid dynamics or electromagnetics simulation. • Validation and documentation of toolsets. • Developing new prototype Virtual Reality or Artificial Intelligence based demonstrators to improve More ❯

written communication abilities. Experience with cable routing and management. Attentive to detail and critically minded. Desirable Technical Requirements: A basic understanding of electronics. FEA, CFD simulation experience. Experience with designing for EMC compliance. Experience with designing for military usage. Responsibilities: Design and development of packaging & mounting arrangements for COTS items. More ❯

providing an opportunity for growth Key Responsibilities: Develop and manage the technology stack from price construction to risk management and order execution. Provide crypto CFD pricing and build out the team to expand in this area. Build a market-making business in crypto, including developing a system that can hedge More ❯

Technical Specifications Producing 3D models for estimating weights, volumes, interferences, determining complex geometry, etc. Verification of designs by calculations and/or FEA/CFD (analysis to be carried out under supervision) Designing products that are safe and in accordance with Health & Safety legislation Designing products that comply with applicable More ❯

Technical Specifications Producing 3D models for estimating weights, volumes, interferences, determining complex geometry, etc. Verification of designs by calculations and/or FEA/CFD (analysis to be carried out under supervision) Designing products that are safe and in accordance with Health & Safely legislation Designing products that comply with applicable More ❯

related interests, there are many opportunities to get involved across our teams on activities such as hydrology, systems modelling, groundwater modelling, flood modelling and computational fluid dynamics. We therefore welcome applications from people with varied backgrounds and skillsets. Your input will help our project teams and clients to More ❯

design changes as needed Your skills and experiences Demonstrable subject matter expertise in at least one area of Mechanical Engineering (e.g. thermal systems, structures, CFD, FEA, or propulsion), with the ability to provide authoritative technical input Proven experience in complex mechanical design, including the design, build, integration, and testing of More ❯

functional teams to validate simulation accuracy, optimize designs, and improve performance outcomes. Location: Abingdon Business Park, Abingdon Responsibilities Conduct structural (FEA) and thermal simulations (CFD) to support the design and optimization of additive manufactured components and product assemblies using those components. Prepare and execute simulation campaigns, defining boundary conditions, materials … years of industry experience or PhD in Mechanical Engineering, Aerospace Engineering, or a related discipline. Strong proficiency with implicit and explicit structural and thermo-fluid simulation tools (e.g., ANSYS Mechanical, ANSYS Fluent, Altair HyperWorks, Abaqus). Experience simulating complex, multi-part assemblies in both FEA (e.g. drop testing), and More ❯

functional teams to validate simulation accuracy, optimize designs, and improve performance outcomes. Location: Abingdon Business Park, Abingdon Responsibilities Conduct structural (FEA) and thermal simulations (CFD) to support the design and optimization of additive manufactured components and product assemblies using those components. Prepare and execute simulation campaigns, defining boundary conditions, materials … years of industry experience or PhD in Mechanical Engineering, Aerospace Engineering, or a related discipline. Strong proficiency with implicit and explicit structural and thermo-fluid simulation tools (e.g., ANSYS Mechanical, ANSYS Fluent, Altair HyperWorks, Abaqus). Experience simulating complex, multi-part assemblies in both FEA (e.g. drop testing), and More ❯

functional teams to validate simulation accuracy, optimize designs, and improve performance outcomes. Location: Abingdon Business Park, Abingdon Responsibilities Conduct structural (FEA) and thermal simulations (CFD) to support the design and optimization of additive manufactured components and product assemblies using those components. Prepare and execute simulation campaigns, defining boundary conditions, materials … years of industry experience or PhD in Mechanical Engineering, Aerospace Engineering, or a related discipline. Strong proficiency with implicit and explicit structural and thermo-fluid simulation tools (e.g., ANSYS Mechanical, ANSYS Fluent, Altair HyperWorks, Abaqus). Experience simulating complex, multi-part assemblies in both FEA (e.g. drop testing), and More ❯