Structural Engineer - Solar Arrays (f/m/d)
Description
About the role
Space hardware must survive launch before it can perform its mission. Your analyses and tests will prove that it can.
As Structural Engineer - Solar Arrays (f/m/d) , you will verify the structures and mechanisms that enable Dcubed's solar arrays to survive launch and deploy successfully in orbit. Through a combination of advanced simulation, first-principles engineering, and hands-on testing, you will turn ambitious designs into flight-ready hardware.
If you enjoy understanding the physics behind complex systems, challenging assumptions, and validating your work through testing, this role is for you.
Responsibilities
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Perform structural analyses of solar arrays, deployable structures, mechanisms, and hold-down and release systems.
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Develop and validate FEM models for static, dynamic, thermoelastic, buckling, and non-linear analyses.
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Size composite and metallic structures, bonded joints, bolted interfaces, and inserts, and calculate structural margins of safety.
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Use analytical calculations and engineering judgement to cross-check simulation results and verify model assumptions.
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Support the design of lightweight structures and mechanisms capable of surviving launch loads and deploying successfully in orbit.
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Define and lead structural test campaigns, including vibration, static load, deployment, and thermal testing.
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Define loads, instrumentation, notching approaches, test predictions, and pass/fail criteria.
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Participate in test execution, investigate anomalies, correlate models, and support verification closure.
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Build and test coupons, prototypes, and representative hardware to generate material data and validate analytical models.
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Prepare structural analyses, test reports, and verification documentation, and support internal and customer reviews.
Candidate Requirements
Experience & Qualifications
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Bachelor's or Master's degree in Mechanical Engineering, Aerospace Engineering, Structural Engineering, or a related discipline.
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3+ years of experience in structural analysis and testing of aerospace, space, or other high-performance structures.
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Experience taking hardware from analysis through testing and verification.
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Experience with composite structures, deployable systems, mechanisms, or spacecraft hardware is highly desirable.
Technical Skills
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Strong understanding of structural mechanics, dynamics, vibration, and load-path analysis.
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Advanced FEM knowledge and strong experience with FEMAP and Nastran NX.
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Experience with Ansys and LS-Dyna is considered an advantage.
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Experience performing static, modal, random vibration, transient, buckling, thermoelastic, and non-linear analyses.
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Experience sizing composite and metallic structures, bolted joints, inserts, and bonded interfaces.
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Ability to assess structural margins and independently verify simulation results using first-principles calculations.
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Experience defining and executing structural test campaigns, including instrumentation, notching, and model correlation.
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Python, MATLAB, or similar tools for engineering calculations and data analysis.
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Familiarity with ECSS, NASA, or equivalent aerospace structural standards.
Personal Attributes
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Analytical, rigorous, and driven to understand the physics behind the results.
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Strong sense of ownership from analysis through successful test execution.
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Hands-on mindset with a willingness to prototype, instrument, and test hardware.
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Excellent problem-solving and troubleshooting skills.
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Effective communicator and team player in a multidisciplinary environment.
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Comfortable working in a fast-paced startup environment.
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Excellent English language skills.
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Eligibility to work in Germany
What we offer
We want you to feel welcome and have the best possible tools for your work here at Dcubed. Therefore, we have selected a set of benefits to support your work days and everyday life, today and longer term.
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Commute: Deutschlandticket
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Wellbeing: EGYM Wellpass, recovery toolkit
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ETF-based pension program offering 30-50% company contribution
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Modern work equipment, based on your role and needs: laptop, phone, headphones, electric desk, wide screens, state-of-the-art workshop equipment
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Office environment: kitchen and break areas; lunch offering, beverages & snacks at the office; small exercise area, Space Bar
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Work-life balance & activities: hybrid work arrangements (location and working hours), company events and trips, launch parties
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Professional development: 70-20-10 thinking, training budget, training library, regular performance reviews
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Company swag: hoodie, t-shirt, stickers, water bottle, notebook etc.