- Assist in the architecture, development, and testing of a Python-based system simulation tool for spacecraft propulsion.
- Develop and integrate mathematical models for spacecraft manoeuvres, delta-v budgets and pre-sizing of propulsion system components.
- Support the implementation of Graphical User Interface (GUI) features to enhance the usability of internal engineering software.
- Structure, maintain, and validate comprehensive databases of propulsion hardware components (using JSON/structured data formats)
- Conduct software verification runs, debug physics models, and analyse simulation data to ensure mathematical accuracy.
- Collaborate using standard software engineering workflows, including Git version control and modular, object-oriented programming practices.
Intern Software Engineering & Propulsion (F/M/X)
Ludwigsburg
Full-time
Intern / Student
Your Main Responsibilities
Your Qualification
- Currently pursuing a Master degree in Aerospace Engineering, Systems Engineering, Computer Science, or a closely related field.
- Demonstrated proficiency in Python programming, specifically with experience in building functional software tools, data structures, and Object-Oriented Programming (OOP).
- Fundamental understanding and interest in space propulsion systems and orbital mechanics Excellent analytical problem-solving skills and the ability to independently troubleshoot complex engineering math.
- Ideally: Familiarity with Python UI frameworks (e.g., PyQt)
- Ideally: Experience working with thermodynamic calculation libraries (e.g., CoolProp) or physics engines.
Our Benefits
- An exciting work environment encompassing the whole process from the development, building, and launch of space propulsion systems
- Flexible working time
- Combination of working in the office, at home, and on the go
- Professional skills development through a broad base of responsibilities and freedom
- Engage directly and actively participate in the end-to-end development processes of an expanding NewSpace start-up
Über uns
InSpacePropulsion Technologies (ISPTech) gestaltet eine neue Ära der Mobilität im All und liefert Antriebslösungen für jedes Raumfahrzeug und jede Mission. Als Spin-off des Deutschen Zentrums für Luft‑ und Raumfahrt (DLR) bietet das Unternehmen kosteneffiziente, robuste und schnell verfügbare In‑Orbit‑Antriebstechnologien, die auf mehr als zehn Jahren Forschungs‑ und Entwicklungsarbeit basieren. Die beiden Technologien von ISPTech – HyNOx und HIP_11 – bedienen das gesamte Spektrum von kleinen CubeSats bis hin zu großen Landern und Kapseln. Die Antriebssysteme sind darauf ausgelegt, den wachsenden Bedarf an zuverlässigen und wirtschaftlichen Lösungen im dynamisch wachsenden Raumfahrtmarkt zu erfüllen.