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Master Thesis in Aerodynamics - Gust Loads & Aeroelastics - Job Opportunity at Airbus Operations GmbH

Hamburg, Germany
Internship
Entry-level
Posted: January 30, 2025
On-site
EUR 2000-2500 per month for thesis position, based on German aerospace industry standards

Benefits

35-hour work week with flexible scheduling offering superior work-life balance
Global networking opportunities within aviation industry
Access to cutting-edge aeronautics technologies and tools
Integration into Generation Airbus Community for professional development
Direct involvement in team meetings and strategic projects
Ferry commute option to workplace

Key Responsibilities

Develop and evaluate unsteady aerodynamic models incorporating flow separation effects
Conduct comparative analysis against high-fidelity non-linear time domain simulation models
Contribute to optimization of commercial aircraft design focusing on new wing technologies
Develop innovative approaches for modeling unsteady aerodynamics in gust loads calculation
Participate in cross-functional team collaboration across European and Indian offices

Requirements

Education

Currently enrolled Master's student in Engineering, Mechanical Engineering or equivalent

Experience

No prior work experience required

Required Skills

Aerodynamics knowledge CFD expertise Experience with TAU or CODA (preferred) Python and/or Matlab programming Aircraft design fundamentals Flight loads calculation Flight mechanics MSC.NASTRAN or ALTAIR HyperWorks (beneficial) English at negotiating level
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Industry Trends

Increasing focus on computational efficiency in aerospace design processes Growing emphasis on weight optimization through improved load prediction models Rising importance of integrated simulation approaches combining aerodynamics and structural dynamics Shift towards more sophisticated gust load prediction methods to meet evolving certification requirements

Role Significance

Part of a 16-person multicultural engineering team focused on gust calculations
Entry-level research position with direct impact on aircraft design optimization

Key Projects

Development of advanced aerodynamic modeling techniques Aircraft certification support activities Research and technology initiatives for new aircraft configurations Model-based systems engineering implementation

Success Factors

Strong foundation in computational fluid dynamics and numerical methods Ability to bridge theoretical aerodynamics with practical engineering applications Collaborative mindset for working in international teams Creative problem-solving approach to complex aerodynamic challenges

Market Demand

High demand for aerodynamics specialists with computational expertise, particularly in commercial aviation sector

Important Skills

Critical Skills

Advanced understanding of aerodynamics principles and computational methods Programming capabilities for implementing complex numerical models Analytical skills for evaluating simulation results against real-world requirements

Beneficial Skills

Knowledge of certification processes in aviation Experience with industry-standard simulation tools Understanding of aeroelastic phenomena

Unique Aspects

Direct involvement in cutting-edge aerodynamics research with practical applications
Access to advanced computational resources and industry-leading simulation tools
Integration into multicultural team spanning Europe and India
Opportunity to contribute to next-generation aircraft design methodologies

Career Growth

6-month thesis position with potential for full-time employment upon successful completion

Potential Next Roles

Aerodynamics Engineer Loads & Aeroelastics Specialist Flight Physics Engineer Research & Technology Engineer

Company Overview

Airbus Operations GmbH

Leading global aerospace manufacturer with strong focus on commercial aircraft development and production

Industry leader in commercial aviation with significant market share in large passenger aircraft segment
Major European aerospace hub with significant R&D operations in Hamburg
Innovation-driven environment with strong emphasis on international collaboration and technical excellence
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