Turbomachinery CFD Engineer

• Design, build, and test turbopump hardware for MIURA 5 and MIURA NEXT first/second stage liquid propellant rocket engines.
• Perform the aero/hydro sizing, flow path design, analysis work for the turbopumps using ANSYS CFX.
• Generate and optimize geometry tools to iterate against CFD results to find the best pump and turbine engineering solution and blade parameters.
• Work closely with the propulsion team to assure functional integration of the turbomachinery components in the engine system.
• Provide feedback to identify, improve performance, increase reliability or manufacturability, and assembly at design level and operational level.

PLD Space is an international company on a mission to transport satellites into space, vertically integrating the engineering, testing, manufacturing, and operations of its reusable and sustainable rockets. Headquartered in Elche (Spain) and founded in 2011 by Raúl Torres and Raúl Verdú, PLD Space has established itself as a global benchmark in the small satellite launch sector. Its family of MIURA launchers and LINCE crewed capsule position the company as a leader in European technological sovereignty for space transportation, covering the full spectrum of space missions.   

PLD Space operates over 188,000 m² of facilities in Elche, Teruel (Spain), Kourou (French Guiana), and Duqm (Oman), enabling the company to provide comprehensive satellite and payload launch services into space.   

Teamwork, courage, determination and ambition enable PLD Space to guarantee an autonomous, independent satellite space access capability, based on reliability at a globally competitive price. The company is able to offer best-in-class launch services to commercial satellite operators, institutions, space agencies and national and international governmental entities

As a Turbomachinery CFD Engineer, you will be responsible for designing and analysing components of the propulsion system related to turbomachinery, including turbine, pumps, bearings and sealing components. Your mission will involve developing and optimize high-performance turbomachinery designs to support our innovative microlauncher space vehicles.

• Bachelor's or Master's degree in Aerospace, Mechanical Engineering, or related field.
• 5+ years of experience applying CFD to turbomachinery design and analysis (ANSYS CFX preferred). 
• At least 2-5 years of hands-on experience in fluid dynamic analysis of liquid rocket engine turbopumps, with focus on centrifugal pumps and associated turbomachinery components.
• Strong understanding of fluid dynamics, thermodynamics, turbomachinery aerodynamics, and numerical simulation methods.
• Demonstrated experience in one or more of the following areas: 
• • Cavitation analysis and cavitation margin assessment.
  • Axial thrust prediction and thrust balancing systems.
  • Hydraulic design and optimization of centrifugal pumps and inducers.
  • Blade design and optimization for pumps and impulse turbines.
  • Fluid dynamic analysis of turbomachinery primary and secondary flow paths.
  • Combustion analysis of fuel-rich or oxygen-rich combustion devices such as gas generators and preburners.
  • Test data post-processing, model validation, and CFD-to-test correlation.
  • Rocket engine turbopump performance assessment and troubleshooting.

• Experience defining, planning, and executing turbopump, gas generator, preburner, and integrated rocket engine development and qualification test campaigns.
• Experience with rocket engine test operations, instrumentation selection, data acquisition systems, and test result interpretation.
• Expertise in post-processing, reduction, validation, and correlation of turbomachinery and engine test data against analytical and CFD models.
• Experience performing CFD analysis of combustion devices, including fuel-rich gas generators, preburners, injectors, manifolds, cooling passages, and combustion chambers.
• Experience in injector design and fluid dynamic characterization, including atomization, mixing, pressure drop, and combustion stability considerations.
• Knowledge of multiphase flow modeling, cavitation prediction, thermal-fluid analysis, and cryogenic fluid behavior.
• Familiarity with bearing system design, seals, balance pistons, and axial thrust balancing systems for rocket turbopumps.
• Experience performing multidisciplinary optimization involving hydraulic, thermal, structural, and rotordynamic constraints.
• Experience supporting failure investigations, root-cause analysis, anomaly resolution, and engine troubleshooting activities.
• Familiar with manufacturing capabilities (typical tolerances) and processes: turning, milling, drilling, reaming, EDM, grinding, brazing, welding, 3D printing. Familiar with mechanical seals.

• Physiotherapy within our facilities
• 50% discount on your health insurance
• You can sign-up your family members with health insurance at a competitive price.
• Healthy snacks and lots of fruit

• 23 days of paid vacation plus December 24th and 31st
• Flexible work schedule

• We encourage practical learning
• We promote professional development through internal mobility and teamwork

• Childcare flexible contributions
• Restaurant tickets
• Transport flexible contributions
• Training support

We have five critical beliefs that guide the way PLD Space is shaping the future of space launch technologies.

• Teamwork.
• Hard work.
• Dynamism.
• Commitment.
• Keep it simple.

Join us to reinvent how rockets are built!