CFD ENGINEER SKILLS, EXPERIENCE, AND JOB REQUIREMENTS
Updated: Nov 17, 2024 - The Computational Fluid Dynamics Engineer possesses a robust foundation in statistics, design of experiments, optimization, and quality tools, along with expert knowledge in FEM, structural analysis, and Model-Based Design. This role requires proficiency in office IT, software tools, and programming languages like Java or C++, complemented by strong problem-solving skills and the ability to effectively communicate and present complex data. The position excels in both independent and collaborative settings, demonstrating outstanding organizational skills and a commitment to team success.
Essential Hard and Soft Skills for a Standout CFD Engineer Resume
- CFD software proficiency
- Numerical methods and analysis
- Programming
- Thermodynamics and fluid mechanics
- Mesh generation and optimization
- Simulation and modeling
- Data analysis and visualization
- High-performance computing (HPC)
- Computer-Aided Design (CAD) software
- Finite element analysis (FEA).
- Problem-solving
- Critical thinking
- Attention to detail
- Communication
- Teamwork and collaboration
- Time management
- Adaptability
- Creativity
- Project management
- Continuous learning and self-improvement.
Summary of CFD Engineer Knowledge and Qualifications on Resume
1. BS in Aerospace Engineering with 3 years of Experience
- Strong drive for results and technology innovation.
- Experience with proposing and driving technical system analysis and development.
- Strong Team player with a motivational, hands-on approach.
- Strong Open-minded, curious, and creative.
- Ability to work in an international matrix organization.
- Quickly adapt to new emerging needs and opportunities.
- Strong competence in thermal fluids, and heat and mass transfer.
- Expertise in CFD CAE technology (Siemens Star-CCM+ preferred)
- Expertise with 3D CAD (CATIA preferred)
- Experience with project management (resources, timing, reporting…)
2. BS in Mechanical Engineering with 4 years of Experience
- Knowledge of statistics, DOE, optimization and quality tools
- Knowledge of FEM and structural analysis tools
- Knowledge of Model-Based Design, System modelling
- Knowledge of activities management
- Knowledge of experimental analysis in thermo-flow characterization
- Proficient with relevant office IT and SW tools
- Soft skills in collaboration and teamwork and strong problem-solving skills.
- Fluency or knowledge of Java or C++ Programming.
- Excellent communication/presentation skills
- Proven multitasking ability to work both independently as well as in a team setting
- Excellent oral and written communication skills in English language
- Excellent organizational skills and team spirit
3. BS in Chemical Engineering with 2 years of Experience
- Strong emphasis on method development (PhD would be an advantage)
- Experience with CFD and fluent in English.
- Experience in developing, testing, releasing and maintaining CFD software code.
- Advanced skills in OpenFoam, ANSA, Paraview and Python.
- Good knowledge of Catia (surfacing) would be advantageous.
- Experience in Automotive or Motorsports
- Experience from Formula Student would be an advantage.
- Knowledge of fluid mechanics, heat transfer, automotive engineering.
- Experience in CFD tools and numerical analysis.
- Experience with compressible flow, heat and mass transfer
- Experience with commercial CFD tools
4. BS in Civil Engineering with 5 years of Experience
- Experience in Exhaust system Thermal/CFD simulation.
- Knowledge and experience of pre-processing software ANSA, Thermal/CFD software such as Star CCM+, Fluent, and Radtherm.
- Knowledge of MATLAB and hands-on lab experience
- Knowledge of AMESIM/GT-Suite, Catia, Python, Java will be helpful.
- Analytical problem-solving skills.
- Good communication, leadership, and teamwork skills.
- Experience in 1D CFD simulations using commercial tools such as GT-Suite (Gamma Technologies).
- Experience in CATIA V5 Expertise in correlation analysis and MATLAB Programming.
- Experience in developing Lattice Boltzmann models
- Excellent in C/C++ and proficient in CUDA
- Strong knowledge of High-Performance Computing (HPC) methods e.g. MPI, OpenMP, GPU, and running massively parallel simulations in Linux
- Education in engineering, computational science, or applied mathematics (Masters or higher preferred)
- Deadline and detail-oriented and a great team player
- Strong analytical and critical thinking skills
- Learn, take initiative and work in a team-oriented environment
5. BS in Applied Physics with 4 years of Experience
- Strong familiarity with the ANSYS CFD code (CFX or FLUNET)
- Experience in the application of CFD codes. StarCCM+, FDS
- Experience with other CFD codes will be considered.
- Knowledge of CFD including algorithms, turbulence modeling and multiphase flow methods and understanding of FEA for structures.
- Knowledge in fluid mechanics and heat transfer.
- Experience in fire, combustion/radiation, fire suppression modeling, explosion modeling and free-surface flow modeling will be considered advantageous.
- Expert knowledge of the current regulatory requirements for tunnel ventilation and fire safety, including NFPA 130 and NFPA 502 would be beneficial.
- Excellent technical writing and verbal skills , and experience in supervision of less experienced engineers, designers and technicians.
- Ability to work well with clients and other staff
- Strong ability to work on multiple tasks at once
- Knowledge and application of the Tcl Scriptlib package and Build scripts (i.e. UNIX shell scripting, Tcl, Python scripting, FORTRAN coding) for automation of case setup and customization.
- Experience with Kestrel (CREATE-AV) software.
- Experience with MADCAP grid generation software.