Structures Analyst arbeitnow Stealthrocketrystartup Germany · 10/24/2026

Primetime; Deutschland; Remote; EUR 90,000 - 150,000; Full time

Benefits offered by this job

Top compensation packages

Equity/stock options

Relocation support including flights,移

Lunch, dinner and drinks provided

Company housing access

Job summary

Primetime is seeking an Structural Analysis Engineer in Germany to size and verify rocket structures using load cases and finite‑element analyses. You will produce analyses for design reviews and hardware release, covering composite and metallic components, and support cross‑functional teams in design, manufacturing, and testing.

Requirements include a Bachelor’s or Master’s in aerospace or mechanical engineering, 2–5 years of structural‑analysis experience, solid FEA skills, laminate theory

Qualifications

• Two to five years of structural‑analysis experience on aerospace, motorsport, pressure‑vessel, or similarly demanding hardware.
• Solid finite‑element‑analysis skills with composite modelling and failure criteria.
• Fluent English and working German; good technical documentation.
• Practical, methodical approach and cross‑functional collaboration with design/manufacturing/test teams.

Responsibilities

• Define load cases, boundary conditions, and acceptance criteria for primary and secondary rocket structures.
• Build, run, and document analytical and FEA models of composite and metallic components.
• Evaluate margins of safety and failure modes for design reviews and hardware release.
• Drive lay‑up and geometry iterations with design and manufacturing teams.
• Correlate analysis results with test data and feed findings back into models.

Skills

Python scripting

Finite element analysis

German language

English language

Aerospace structural analysis

Education

Bachelor’s or Master’s in aerospace or mechanical engineering

Tools

Python

Job description

We are looking for a Structural Analysis Engineer to size and verify our rocket structures, from load cases and finite-element analysis through to margins of safety and hardware release.

You will provide the analysis that design, manufacturing, and test teams rely on to move quickly and confidently. Working across composite and metallic structures, you will turn each design iteration into a result that can be built, tested, and ultimately trusted in flight.

About us

We’re a Germany-based rocketry startup currently in stealth mode, scaling up rapidly to meet the demand for high-performance, reliable, and scalable solid propulsion technologies for space and defense applications.

We are already launching suborbital and ballistic rockets on a regular basis, have just crossed €10m in revenue for our first operating year and are applying our knowledge toward the development of an orbital rocket. We are working hard to build something truly spectacular.

To thrive here you will need to be comfortable working at pace, with the autonomy to make decisions and execute on them quickly. If you’re excited by hard technical challenges and want a role where you will make a real difference each day to the future of the company, we may be the place for you.

At our company, job titles and career progression are earned, not determined by years of experience alone. They reflect the responsibility you take on and the dedication you bring to each project. If you’re ready to rise to the challenge, we’d love to hear from you.

Key responsibilities

Define load cases, boundary conditions, and acceptance criteria for primary and secondary rocket structures.

Build, run, and document analytical and FEA models of composite and metallic components.

Evaluate margins of safety and failure modes, preparing analyses for design reviews and hardware release.

Drive lay‑up and geometry iterations with the design and manufacturing teams.

Correlate analysis results with structural-test data and feed findings back into models and methods.

Contribute to analysis methods, tools, and verification standards alongside the structural-analysis team.

What we are looking for

A Bachelor’s or Master’s degree in aerospace engineering, mechanical engineering, or a related discipline; equivalent experience may also be relevant.

Two to five years of structural‑analysis experience on aerospace, motorsport, pressure‑vessel, or similarly demanding hardware; strong student‑team experience will also be considered.

Solid finite‑element‑analysis skills, including composite modelling and failure criteria.

A good understanding of laminate theory and classical structural mechanics.

Fluent English and the ability to document technical work clearly.

A practical, methodical approach and the ability to work effectively with design, manufacturing, and test teams.

Filament‑wound pressure vessels or composite overwrapped pressure vessels.

Python scripting for FEA pre‑processing, post‑processing, or analysis automation.

Hands‑on exposure to structural testing or composite manufacturing.

Working proficiency in German.

Benefits and important information:

We offer top-decile compensation packages, bonuses and meaningful equity, to attract exceptional aerospace talent.

Every employee is awarded stock options in the company, you will directly benefit from your own hard work and success.

Comprehensive relocation support including flights, shipping and visas.

Lunch, dinner and drinks provided everyday

Free access to shared company housing

Please note, we are a fast paced, hyper-scaling startup. You will need to be comfortable working extended hours with high levels of autonomy, ownership, and flexibility, with contracts structured around a 48-hour working week.

We are committed to building an equitable and inclusive workplace where everyone feels valued, has equal access to opportunity, and can thrive.

We welcome different perspectives, backgrounds, and experiences—and believe our differences make us stronger.

Please submit applications in English

This overview was written from the original listing to help you understand the role. Always confirm the specifics on the employer’s application page.