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Scientific Researcher - Acoustics of Electrified Propulsion Systems - Job Opportunity at DLR - German Aerospace Center

Cottbus, Germany
Full-time
Entry-level
Posted: January 25, 2025
On-site
EUR 55,000 - 65,000 per year based on TVöD E13 scale typical for research positions in German public sector

Benefits

Comprehensive professional development programs
Public sector employment benefits (TVöD)
Work-life balance initiatives
Equal opportunity employer with diversity focus
Research infrastructure access

Key Responsibilities

Lead numerical and analytical investigation of sound generation from electric drivetrain components
Conduct research on noise reduction methods for aviation electric propulsion
Design and implement experiments for sensor technology validation
Develop signal processing algorithms for acoustic measurements
Study turbulent flow interactions with propulsion components

Requirements

Education

Master's degree or diploma in Electrical Engineering, Mechanical Engineering, Physics or related field

Required Skills

Technical acoustics and signal processing expertise Experience with numerical simulation (CAA, CFD, modal analysis) Programming skills in Python or Matlab Fluent German and English language proficiency
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Sauge AI Market Intelligence

Industry Trends

Aviation industry's accelerating shift toward electric propulsion systems is creating new specialized roles in acoustic engineering. Growing focus on sustainable aviation is driving demand for noise reduction expertise in electric aircraft development. Intersection of acoustics and electrification represents an emerging specialty with limited qualified candidates.

Role Significance

Typically part of a specialized research group of 5-10 scientists within larger institute structure
Entry-level researcher position with potential for significant scientific contribution and project leadership

Key Projects

Electric aircraft propulsion noise reduction research Sensor technology development for aerospace applications Acoustic simulation model development Environmental impact studies for next-generation aircraft

Success Factors

Strong foundation in both theoretical acoustics and practical engineering applications Ability to bridge multiple technical disciplines including acoustics, electrical engineering, and aerodynamics Research methodology expertise combined with hands-on experimental skills Effective communication skills for international research collaboration

Market Demand

High demand with growing trajectory due to expanding electric aviation sector and limited specialist availability

Important Skills

Critical Skills

Acoustic analysis expertise - fundamental for role objectives and project success Numerical simulation capabilities - essential for predictive modeling and design optimization Signal processing knowledge - crucial for experimental data analysis and validation

Beneficial Skills

Aircraft systems knowledge Electric motor design understanding Project management skills Scientific publication experience

Unique Aspects

Opportunity to work on cutting-edge electric aviation technology
Access to advanced research infrastructure and testing facilities
Integration of acoustic expertise with emerging electric propulsion systems
Direct contribution to sustainable aviation development

Career Growth

3-5 years typical progression to senior researcher role, with potential for project leadership within 5-7 years

Potential Next Roles

Senior Research Scientist Research Group Leader Technical Project Manager in Aviation Industry Specialist Consultant in Electric Aviation

Company Overview

DLR - German Aerospace Center

DLR is Germany's national aeronautics and space research center, operating at the forefront of aviation technology development

Leading European aerospace research organization with significant influence on industry direction
Major research facility in Cottbus strengthens region's position in future mobility technologies
Collaborative research environment with strong emphasis on innovation and scientific excellence
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