Hybrid Structural Analysis Engineer

at Pangea Propulsion

• Job title: Structural Analysis Engineer
• Job type: Full Time
• Experience level: Mid level, Senior
• Salary: Not specified
• Degree requirement: No Education Requirement
• Tech skills: Python
• Location requirements: Hybrid, Barcelona, Spain

About the role

• Structural Analysis Engineer focusing on thermomechanical and dynamic structural problems within propulsion systems. Leading analyses and providing design feedback in a pioneering aerospace company.

Responsibilities

• Perform and lead FEA campaigns including static, modal, thermo-mechanical, dynamic and transient analyses, dealing efficiently with non-linear problems (contacts, plasticity, large deformation etc.)
• Plan, build, verify, document and maintain high-fidelity FE models with traceability to loads, material properties, requirements, and assumptions.
• Provide clear, actionable design feedback to mechanical design and propulsion teams at both part and subsystem level.
• Develop and improve analysis methodologies, scripts, subroutines, benchmarks, and guidelines.
• Participate in design reviews, presenting methods, assumptions, results, and recommendations with clarity, conciseness and technical rigor.

Requirements

• Master’s degree (or higher) in Aerospace, Mechanical, or related engineering disciplines.
• 3+ years of experience performing advanced structural analyses using commercial FEA tools (preferably Abaqus).
• Proven ability to run structural static and dynamic analyses with high independence, including thermomechanical, linear and non-linear, modal and other dynamic analyses.
• Strong understanding of structural mechanics, vibrations, fatigue, fracture, material behavior, and numerical methods.
• Demonstrated experience framing analysis problems, defining assumptions, and ensuring consistency with loads and system requirements.
• Ability to interpret results critically, identify anomalies, and propose sound engineering solutions.
• Excellent communication skills—able to articulate assumptions, limitations, and design implications clearly to multidisciplinary teams.
• Proactive mindset, ownership attitude, and passion for sharing knowledge and elevating team capability.
• Fluent English.
• Experience in any of the following topics: fatigue (high cycle and low cycle), fracture mechanics, rotordynamics, test-correlation, topology optimization or probabilistic structural methods.
• Knowledge of rocket propulsion systems: injector heads, thrust chambers, turbomachinery, feed systems, thermal & dynamic environments, etc.
• Proficiency with meshing tools (e.g., MeshWorks) and scripting languages (Python, MATLAB).
• Experience writing Abaqus subroutines (UMAT, USDFLD, UEL, etc.).
• Experience working with ECSS, AIAA and other aerospace structural verification standards.

Benefits

• N/A