C

Cambridge Aerospace

Develops autonomous air-defence interceptors

Structural Analysis Lead

Materials & StructuresConfirmed live in the last 24 hours
Full-timeMunich, GermanyIn-person

About the Job

Requirements

  • A Master of Science degree or equivalent in Aerospace Engineering or a closely related field.
  • Extensive experience in aircraft structural analysis and stress engineering.
  • A strong background in hand calculations and analytical methods.
  • A strong background in aircraft structural sizing.
  • The ability to apply engineering judgment beyond purely numerical tools.
  • Experience with finite element methods and relevant analysis tools.
  • Solid experience with carbon-fiber-reinforced polymer and composite structures.
  • Experience working in aircraft development environments, ideally including early design phases.

Responsibilities

  • Lead and own structural analysis and stress engineering activities during aircraft development.
  • Provide early-phase structural sizing and feasibility assessments, primarily using hand calculations and first-principles engineering methods.
  • Define and develop the stress analysis methodology to be used throughout the program.
  • Establish and guide the use of numerical methods, ensuring they are applied appropriately and not as a substitute for engineering judgment.
  • Support the definition and implementation of global finite element models, including overall modeling strategy, load introduction, and load paths.
  • Contribute to aircraft configuration trade-offs from a structural perspective.
  • Work closely with aerodynamics and flight physics to ensure consistency between loads, configuration, and structural sizing.
  • Support and guide analysis of advanced topics, including composite structural behavior and dynamic effects such as flutter and authority reversal.
  • Work closely with the Aerodynamics Team, Aircraft Architect, Structural Design Lead, and cross-functional engineering teams.

Desired Qualifications

  • Experience across a full aircraft development lifecycle, from conceptual design to certification, including STANAG AEP-4671, CS-23, CS-27, SC-VTOL, or equivalent.
  • Experience with global finite element model setup and structural modeling strategies.
  • Exposure to dynamic and aeroelastic topics, such as flutter, authority reversal, and structural dynamics.

About the Company

Cambridge Aerospace

Develops autonomous air-defence interceptors

Cambridge Aerospace designs low-cost autonomous interceptors to defend allied forces against mass drone and missile threats. Its Skyhammer system autonomously detects, tracks, and engages multiple targets, with Starhammer planned as a next-generation interceptor for 2027 under UK MOD programs like LEAP. The company differentiates itself with cost-focused, scalable production and a strong MOD relationship, supported by a global presence and major funding rounds. Its goal is to deploy affordable, scalable air-defense interceptors and to advance manufacturing and development of current and future systems.

Company size
51-200
Company stage
Series C
Total funding
$436M
Headquarters
Cambridge, United Kingdom
Founded
2024

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