Master-Thesis Operational Safety Concept for LH2 Test Field - Job Opportunity at Airbus Defence and Space GmbH

Ottobrunn, Germany
Full-time
Student
Posted: January 16, 2025
On-site
EUR 25,000-30,000 annualized for thesis position, with full-time role potential of EUR 45,000-65,000 post-completion

Benefits

Academic research exposure in cutting-edge aerospace technology
Integration into Airbus X-Labs innovation environment
Professional development in hydrogen safety systems
Exposure to industry-leading sustainable aviation projects
Networking opportunities with aerospace experts

Key Responsibilities

Develop comprehensive risk assessment frameworks for LH2 test field
Create technical safety documentation and operational procedures
Collaborate with internal teams and external stakeholders on safety implementations
Design and document safety measures for cryogenic hydrogen handling
Contribute to regulatory compliance and safety standards development
Interface with suppliers and authorities on safety protocols
Present findings and recommendations to project stakeholders

Requirements

Education

Currently pursuing Master's degree in Aerospace Engineering or similar field

Experience

First experience with hydrogen applications

Required Skills

Knowledge of hydrogen applications Safety conception expertise Aircraft propulsion knowledge (plus) English language proficiency Initiative and innovation mindset Rigorous and reliable work approach Autonomy and curiosity Critical thinking Interpersonal skills Team spirit Pragmatic problem-solving
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Sauge AI Market Intelligence

Industry Trends

Hydrogen technology is experiencing unprecedented growth in aerospace, with major investments in infrastructure and safety systems Zero-emission aviation initiatives are driving demand for specialized hydrogen safety expertise Regulatory frameworks for hydrogen in aviation are rapidly evolving, creating opportunities for safety standard development

Role Significance

Likely part of a specialized 5-10 person hydrogen safety team within larger X-Labs organization
Entry-level research position with high strategic importance due to its role in enabling future hydrogen infrastructure

Key Projects

Development of safety protocols for cryogenic hydrogen handling Creation of operational safety manuals for future hydrogen infrastructure Integration of safety systems with existing aerospace facilities

Success Factors

Deep understanding of hydrogen safety principles and regulatory requirements Ability to bridge theoretical knowledge with practical implementation Strong documentation and technical writing skills Effective stakeholder management across multiple technical disciplines

Market Demand

Very high demand for hydrogen safety specialists in aerospace, with projected growth due to industry's commitment to zero-emission technologies

Important Skills

Critical Skills

Hydrogen safety expertise Technical documentation capabilities Risk assessment methodology Regulatory compliance understanding

Beneficial Skills

Project management skills Sustainability knowledge Innovation mindset Cross-cultural communication abilities

Unique Aspects

First-time implementation of cryogenic hydrogen systems at Ottobrunn site
Direct contribution to zero-emission aviation development
Opportunity to shape future safety standards in emerging technology field

Career Growth

6-month thesis with potential for permanent role, typical progression to senior technical positions within 3-5 years

Potential Next Roles

Hydrogen Safety Specialist Technical Safety Manager Propulsion Systems Engineer Zero-Emission Technologies Expert

Company Overview

Airbus Defence and Space GmbH

Airbus Defence and Space is a global leader in aerospace innovation, particularly focused on sustainable aviation solutions

Leading position in European aerospace with significant investment in zero-emission technologies
Major technical center in Ottobrunn with strategic importance for hydrogen technology development
Innovation-driven environment with strong focus on safety and technical excellence
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