Performance Engineer
ANEMOI
Posted: 10/19/2026Python
Project Engineer
ASSA ABLOY Opening Solutions
Posted: 10/19/2026
Climbing Engineer
Vodafone
Posted: 10/19/2026
Summer Placement Supportability Engineer
Leonardo
Posted: 10/19/2026
Junior Cost Engineer
Costain Group PLC
Posted: 10/19/2026
Safety Engineer – Maritime Systems
Quast Ltd
Posted: 10/17/2026
Warehouse Maintenance Engineer
Nestle
Posted: 10/16/2026
Process Engineer – Sustainability
Diageo
Posted: 10/16/2026
Rolling Stock Engineer – REGS Advisor
Rail Delivery Group
Posted: 10/16/2026
Domestic Engineer
Switch2 Energy Limited
Posted: 10/15/2026
IT Service Desk Engineer – Tier 2
Infinity Group UK
Posted: 10/15/2026AzureCyber Security
Planning Standards Engineer – Gas & Hydrogen
National Energy System Operator
Posted: 10/15/2026
Project Engineer
Bodycote
Posted: 10/15/2026
Commissioning Engineer
Swegon UK&I
Posted: 10/15/2026
HVAC Installation Engineer
Johnson Controls
Posted: 10/15/2026HVAC Installation Engineer
Johnson Controls
Posted: 10/15/2026
Senior/Principal Civil Maritime Engineer
AtkinsRéalis
Posted: 10/15/2026
Build Engineer
McLaren Racing
Posted: 10/15/2026Assembly
Signal and Power Integrity Engineer
SPD Technology
Posted: 10/15/2026PythonC++
Mechatronics Engineer
Safran
Posted: 10/15/2026Core Competencies
Role fitCore Competencies
Use this summary to align your resume positioning with the role.
Demonstrates expertise in delivering rotor sail performance assessments and fuel savings predictions through data analysis and numerical simulation. Proficient in Python programming for engineering analysis and CFD simulations, with strong communication skills for conveying technical findings.
Highest-signal resume keywords
CFD Simulation Setup and InterpretationPython Programming for Data ProcessingNumerical Analysis and Statistical InterpretationEngineering Principles and Fluid MechanicsTechnical Communication and Reporting
Tech Stack
Tools & technologiesAbout the role
Key responsibilities & impact- Deliver rotor sail performance assessments and fuel savings predictions using operational data and analytical tools
- Develop performance assessment plans and methodologies
- Investigate performance issues and technical questions through data analysis and numerical simulation
- Support performance verification by preparing analysis and technical evidence for customers and independent third parties
- Check data and results quality, ensuring analyses are reproducible and assumptions and limitations are understood
- Plan, set up and run CFD studies investigating rotor sail aerodynamics, vessel interactions and performance improvements
- Select geometry, meshes, physical models, boundary conditions and solver settings
- Assess convergence, mesh sensitivity and other sources of numerical uncertainty
- Compare simulation results with measurements, experiments and analytical estimates
- Explain discrepancies and refine models where appropriate
- Use Python to process data, prepare simulation inputs, analyse results and automate repeatable workflow tasks
- Interpret and communicate technical findings clearly to customers and colleagues
Requirements
What you’ll need- At least two years of relevant professional experience in an engineering, analytical or numerical simulation role
- A degree in engineering, mathematics, physics or a related discipline
- Sound understanding of engineering principles and fluid mechanics
- Strong numerical and analytical skills, including practical statistics, interpreting real-world data, accounting for uncertainty and judging whether results are physically reasonable
- Practical experience setting up, running and interpreting CFD simulations, including mesh generation, model selection and boundary conditions
- Experience checking CFD results through convergence and sensitivity studies or comparison with physical evidence
- Strong Python programming skills for engineering analysis, data processing and simulation workflows
- Clear written and verbal communication, including explaining technical findings and preparing well-structured reports
- Careful, methodical approach to problem-solving
- Ability to manage priorities and work independently and collaboratively
- Experience with CFD software such as STAR-CCM+, ANSYS Fluent or OpenFOAM (desirable)
- Knowledge of rotor sails or other wind-assisted propulsion technologies (desirable)
- Experience simulating rotating flows, turbulent flows or aerodynamic interactions between multiple bodies (desirable)
- Experience with numerical optimisation or using simulation results to guide engineering design (desirable)
- Experience using high-performance computing (HPC) systems (desirable)
- Familiarity with marine instrumentation, data acquisition or sea trials (desirable)
Benefits
Comp & perks- Apply engineering, analytical and simulation skills to technology that can reduce fuel use and emissions from shipping
- See your work inform real engineering and customer decisions
- Develop your expertise in wind-assisted propulsion while working alongside engineers, analysts and software developers
- Help shape the performance assessment and simulation methods used to improve rotor sail performance
ATS Keywords
✓ Tailor your resumeApplicant Tracking System Keywords
Tip: use these terms in your resume and cover letter to boost ATS matches.
Hard Skills
CFD SimulationData AnalysisNumerical SimulationMesh GenerationStatistical AnalysisPerformance AssessmentRotor Sail TechnologyNumerical OptimizationHigh-Performance ComputingTurbulent Flow Simulation
Soft Skills
Clear CommunicationMethodical Problem-SolvingIndependent WorkCollaborative WorkPriority Management
Tools & Technologies
STAR-CCM+ANSYS FluentOpenFOAMMarine InstrumentationData Acquisition Systems
Industry Keywords
Fluid MechanicsEngineering PrinciplesRotor SailsWind-Assisted PropulsionPerformance Verification