Lead Systems Engineer - Turbojet Design

Lead Systems Engineer - Turbojet Design

Destinus

Madrid or Hengelo

Description

Imagine a role where your expertise in systems engineer shapes the future of high-speed aerospace travel. As our Systems Engineer – Turbojet Development, you will lead the design and integration of a small turbojet engine for our portfolio. We’re searching for a highly skilled Systems Engineer with a deep understanding of gas turbine technology and a passion for integrating high-performance rotating components and critical subsystems. This role requires a holistic system-level perspective, combined with hands-on expertise, to ensure our engine design is powerful, efficient, and production-ready.

If you’re ready to push the boundaries of propulsion technology and be part of a team that’s setting new standards in aerospace innovation—we want to hear from you!

What You’ll Do

• Lead the full lifecycle of a small turbojet engine—from conceptual design to prototype and production readiness;
• Define and optimize the engine architecture, ensuring seamless integration of compressors, turbines, combustors, bearings, lubrication, fuel systems and secondary air systems;
• Oversee mechanical integration, ensuring precise fit, alignment, and functionality of all components;
• Develop and implement advanced sealing solutions for high-speed rotating components and high-temperature environments;
• Utilize SolidWorks for detailed 3D CAD modeling of engine components and subsystems;
• Define GD&T (Geometric Dimensioning & Tolerancing) requirements to ensure manufacturing precision;
• Collaborate with suppliers and manufacturing teams to implement Design-for-Manufacturing (DFM) and Design-for-Assembly (DFA) principles;
• Develop test plans and validation procedures, including instrumentation requirements for engine testing;
• Document design processes, technical reports, and compliance with aerospace and industrial standards.

Requirements

• A highly skilled engineer (5+ years) with a strong background in gas turbine design, particularly in aerospace applications;
• An expert in turbojet integration, with deep knowledge of compressors, turbines, combustors, and secondary air systems;
• A problem-solver who thrives in high-speed engineering environments, tackling complex mechanical and aerodynamic challenges;
• Strong understanding of aerodynamics, tip clearance, and mechanical tolerancing;
• A hands-on innovator, comfortable working with state-of-the-art CAD software (SolidWorks), FEA/CFD tools (ANSYS, Star-CCM+), and advanced manufacturing processes;
• A collaborative professional who enjoys working cross-functionally with aerospace engineers, suppliers, and production teams;
• Experience in prototyping and testing of gas turbine components;
• Deep knowledge of high-temperature alloys and coatings used in turbojet engines;
• Experience with sealing solutions, including labyrinth, brush, and carbon face seals;
• Familiarity with fuel injection systems, ignition systems, and electronic engine control;
• Experience in prototyping and testing of gas turbine components;
• Fluent in English, with strong technical communication skills. (Spanish and/or French is a plus.)

Nice-to-Have

• Experience with small-scale turbojets, UAV propulsion, or auxiliary power units (APUs);
• Knowledge of engine health monitoring and control systems;
• Experience working in fast-paced, high-growth aerospace startups;
• Understanding of hydrogen-powered propulsion systems.

Who You Are

You’re not just an engineer—you’re a visionary problem-solver with the expertise, curiosity, and drive to redefine aerospace propulsion. You thrive in high-stakes environments, where precision and innovation go hand in hand. Your ability to see the big picture while mastering the intricate details of gas turbine design makes you a key player in pushing the limits of what’s possible.

You don’t just follow industry standards—you set new ones. With a deep understanding of rotating components, thermal dynamics, and system integration, you turn complex engineering challenges into breakthrough solutions. Whether it’s designing for performance, efficiency, or manufacturability, you bring a relentless pursuit of excellence to everything you do.

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