Engineer II Advanced Aerodynamics & Propulsion | Advanced Engines Architecture
Engineer II Advanced Aerodynamics & Propulsion | Advanced Engines Architecture
Location:
Abu Dhabi, United Arab Emirates
POWERTECH is a center of excellence for propulsion technologies, specializing in the design, engineering, and manufacturing of combustion engines, expendable turbojet engines, and turbofan engines for a wide range of aerospace, defence, and autonomous applications, including fixed- and rotary-wing UAVs and other advanced platforms.
Job SummaryWe are seeking an Engineer – Advanced Aerodynamics & Propulsion to drive the aerodynamic, thermodynamic, and architectural development of next‑generation propulsion systems. This role spans compressible‑flow modeling, conceptual and preliminary engine‑cycle design, and performance assessment for advanced configurations such as high‑speed propulsion, intakes, and novel engines architectures. You will translate aerodynamic insights into system‑level decisions, support feasibility studies, and help define design trade‑offs for innovative propulsion concepts.
Key Responsibilities Advanced Engine Architecture & Conceptual Design- Develop and evaluate new propulsion concepts using physics‑based modeling.
- Lead preliminary cycle analyses and trade studies (thrust, SFC, weight, thermal and operability limits).
- Generate conceptual engine layouts, flow‑path definitions, and preliminary aerodynamic sizing and parametric studies.
- Build and improve tools for early‑stage architecture assessment.
- Translate flow analyses into system‑level impacts on thrust, cycle limits, efficiency, and operability.
- Support concept down‑selection by integrating aerodynamic, cycle, and feasibility insights.
- Model and simulate internal and external aerodynamics across various flow regimes.
- Analyze compressible‑flow phenomena such as shocks, expansions, and shock‑boundary layer interactions.
- Evaluate performance of intakes, nozzles, and cooling/secondary air systems.
- Assess distortion, stability margins, flow separation, and aerodynamic efficiency.
- Implement robust methods for compressible‑flow estimation in preliminary design.
- Support engine test campaigns and component experiments to validate predictions.
- Integrate empirical data to refine models and quantify uncertainty.
- Master’s or PhD in Mechanical or Aerospace Engineering, or related field with focus on aerodynamics or propulsion.
- 7+ years of experience in aerospace or advanced propulsion systems.
- Strong foundation in compressible‑flow theory and propulsion system concepts.
- Hands‑on experience with Python for modeling, simulation automation, and data processing.
- AMESIM, AxStream, or Siemens Studio experience.
- Multidisciplinary optimization.
- CFD & CAD skills for geometry preparation, concepts investigation and detailed modelling.
- Ability to combine theoretical, analytical, and computational insights into cohesive design decisions.
- Strong communication skills with ability to influence early design choices.
- High attention to detail and excellent technical documentation skills.
This is a unique opportunity to shape the future of propulsion systems within an ambitious and supportive company. As part of Powertech and the Advanced Engine Architectures Team, you will work on cutting‑edge projects that define next‑generation engines for aerospace and defense applications. Based in sunny and vibrant Abu Dhabi, you will be at the heart of a thriving innovation hub, collaborating with top‑tier engineers and contributing to high‑impact technologies.
For this position, a cover letter explaining how you will help the team shine is strongly encouraged.
Mid‑Senior level
Employment typeFull‑time
Job functionEngineering and Information Technology
IndustriesDefense and Space Manufacturing
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