Aerospace Pump & Compressor Development Engineer (m/f/d)

München

Full-time

Permanent employee

Your mission

As a member of our experienced team in Munich/Germany, you will act as a "Full-Stack" Hardware Development Engineer dedicated to our rotating machinery and fluid transfer portfolio. You will be at the forefront of researching and developing novel technologies for various aerospace pump types (ePumps) and high-performance gas compressors designed for mission-critical applications.
This role sits right at the intersection of advanced research and tangible hardware creation. In detail you will:

Advance next‑generation pump and compressor solutions: Drive the full development cycle from blank-sheet research to detailed sizing, CAD, and structural analysis.
Bring research to reality: Transition theoretical concepts rapidly into physical hardware.
Take full ownership of your prototypes by performing hands-on integration, assembly, and rigorous testing on our test stands to validate performance in challenging aerospace environments.
Innovate our workflow: Drive AI and automated design approaches (e.g. using Python/MATLAB) to streamline the sizing of the equipment, eliminating repetitive tasks so you can focus on true technical innovation.
Ensure that even the most novel and performant designs are strictly balanced with Design-to-Cost (DtC) and manufacturability.

Your profile

Motivated, pragmatic, and self-organized personality. You prefer "done" over "perfect on paper."
Eager to take responsibility and shape our products, services, and company culture.
Familiarity with turbomachinery or positive-displacement machines (pumps and compressors) is highly desired.
Strong experience with classical engineering toolsets (CAD, FEM) for complex mechanical design.
Proven ability to translate theoretical research into functional hardware. A hands-on mindset for hardware-related activities (inspection, assembly, testing) is mandatory.
Proficiency in scripting to aid system analysis and to build automated design flows, coupled with the ambition to leverage modern digital/AI tools in hardware development.
Experience in aerospace hardware development and Product Assurance (PA) is a strong plus.
Fluency in English; German and further languages are appreciated.

We offer

Immediate and flexible start
Permanent full-time position (40 h/week)
Start your "Side Quest": We support passion projects - whether it's building new tools, test stands, or experimental prototypes outside your main scope.
Shape our growth: As a fast-scaling company, we offer the opportunity to actively build structures and define our future path.
Attractive salary package
30 days annual vacation and flexible working hours
Bike leasing, EGYM Wellpass and subsidy for the Deutschlandticket
Complimentary beverages, company events, and professional development opportunities

Über uns

Wir sind die deltaVision GmbH – ein junges, ambitioniertes High-Tech-Unternehmen mit Sitz in München, das die Zukunft von In-Space-Mobilität und Weltrauminfrastruktur gestaltet.

Seit unserer Gründung im Jahr 2022 entwickeln, fertigen und qualifizieren wir fortschrittliche Fluid-Control-Systeme für die Luft- und Raumfahrt sowie die H₂-Luftfahrt. Unsere Expertise umfasst kryogene und Hochdruck-Antriebssysteme ebenso wie Orbital-Refueling-Technologien der nächsten Generation, einschließlich Kopplungssystemen und vollständig integrierten Betankungssystemen, die für die extremen Bedingungen im Weltraum ausgelegt sind.

Mit unserem tiefgreifenden Know-how im Bereich Fluid-Control für Raumfahrtsysteme gestalten wir die Space Economy hin zu betankbaren und wiederverwendbaren Raumfahrzeugen. Wir ermöglichen längere Missionsdauern, höhere operative Flexibilität und völlig neue Architekturen für nachhaltige Weltraumoperationen.

Was uns auszeichnet

Innovative Produkte für die Weltrauminfrastruktur der nächsten Generation
Herausragende Kosteneffizienz durch optimiertes Design und Fertigung
Schnelle Entwicklungs- und Lieferzyklen über traditionelle Industriestandards hinaus

Wir denken Raumfahrt neu — und ermöglichen eine Zukunft, in der Raumfahrzeuge nicht mehr verbraucht, sondern wiederverwendet, im Orbit betankt und nachhaltig betrieben werden.