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Masters thesis within the field of AI powered CAE in the aerospace industry - Job Opportunity at AIRBUS HELICOPTERS DEUTSCHLAND GmbH

Donauwörth, Germany
Internship
Entry-level
Posted: February 27, 2025
On-site
EUR 1,800-2,200 per month for thesis students in German aerospace sector, with additional benefits

Benefits

35-hour work week with flexible scheduling, positioning well above industry standard work-life balance offerings
Global networking opportunities within Airbus's extensive international network
Access to cutting-edge aerospace technologies and development platforms
Integration into Generation Airbus Community for professional development
Direct team involvement and weekly strategic meetings participation

Key Responsibilities

Lead research and analysis of airplane door structure development processes with focus on FE sizing optimization
Conduct comprehensive effort analysis of development lifecycle stages to identify optimization opportunities
Evaluate and integrate commercial Altair AI solution modules into door development workflows
Develop AI-supported CAE methodology focusing on static FE analysis of door structures
Create strategic recommendations for AI implementation in aerospace structural analysis

Requirements

Education

Currently enrolled full-time student in aerospace engineering, mechanical engineering or comparable field

Experience

No prior work experience required

Required Skills

Knowledge in stress engineering and CAE Altair Hyperworks tool awareness Knowledge of Nastran Fluent in German Good English skills
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Sauge AI Market Intelligence

Industry Trends

The aerospace industry is rapidly adopting AI-powered simulation tools to reduce development cycles and costs, with particular focus on structural analysis optimization. Integration of machine learning with traditional CAE tools is becoming a critical differentiator in aerospace manufacturing efficiency. Growing demand for automated verification and validation processes in aerospace structural design, particularly in safety-critical components like doors.

Role Significance

Typically part of a 5-8 person door engineering team, with broader collaboration across AI and structural analysis groups
Entry-level research position with direct impact on future AI implementation strategies

Key Projects

Development of AI-enhanced structural analysis workflows for aerospace applications Optimization of door design processes through machine learning integration Creation of automated verification procedures for structural components

Success Factors

Strong foundation in mechanical principles and structural analysis Ability to bridge theoretical AI concepts with practical engineering applications Effective communication skills for cross-functional collaboration Innovative thinking in applying AI to traditional engineering processes

Market Demand

High demand for AI/ML expertise in aerospace engineering, particularly for structural analysis applications. This thesis position represents a strategic investment in future capabilities.

Important Skills

Critical Skills

Structural analysis fundamentals, essential for understanding aerospace component behavior AI/ML knowledge for developing innovative analysis approaches CAE software proficiency, particularly Altair Hyperworks and Nastran

Beneficial Skills

Python programming for AI implementation Data visualization skills Knowledge of aerospace certification requirements Project management capabilities

Unique Aspects

Rare opportunity to work on AI integration in aerospace structural analysis
Direct exposure to advanced CAE tools and methodologies
Combination of traditional engineering with cutting-edge AI applications

Career Growth

6-month thesis leading to potential full-time employment opportunities in aerospace engineering

Potential Next Roles

Structural Analysis Engineer CAE Specialist AI Integration Engineer Aerospace Systems Engineer

Company Overview

AIRBUS HELICOPTERS DEUTSCHLAND GmbH

Airbus Helicopters is a global leader in aerospace manufacturing, particularly strong in rotorcraft and structural systems development

Top-tier aerospace manufacturer with significant market share in both civilian and military sectors
Major employer in southern Germany with significant influence in European aerospace industry
Innovation-focused environment with strong emphasis on research and development, particularly in emerging technologies
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