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Master Thesis in Air & Thermal Systems Energy Management(m/w/x)
Data-driven modeling for aircraft air systems and pneumatic-electric architectures. Experience with large datasets and Machine Learning techniques preferred. 35-hour week, mobile working possible.
Anforderungen
- Enrollment in a Master’s degree program in Aerospace Engineering, Mechanical Engineering, Electrical Engineering, or relevant field
- Strong theoretical background in thermodynamics, fluid dynamics, control systems, electrical power systems, and optimization methods
- Practical knowledge of MATLAB/Simulink and/or Python for modeling, simulation, and data analysis
- Good understanding of aircraft systems, particularly the Environmental Control System (ECS) and electrical power generation/distribution
- Experience with large datasets and Machine Learning techniques for system identification or predictive control
- Fluency in English (written and spoken)
Aufgaben
- Develop data-driven models for aircraft air systems
- Analyze energy demand across various flight phases
- Investigate pneumatic-electric system architectures
- Assess impact on aircraft energy consumption
- Conduct trade-off analyses between performance and energy consumption
- Implement optimization strategies in simulation environments
- Evaluate potential fuel savings and system impact
Ausbildung
- Laufendes Studium
Sprachen
- Englisch – verhandlungssicher
Tools & Technologien
- MATLAB
- Simulink
- Python
Benefits
Flexibles Arbeiten
- Work-life balance with a 35-hour week
- Flexible working hours
- Mobile working possible
Sonstige Vorteile
- Travel opportunities
Lockere Unternehmenskultur
- International environment
Moderne Technikausstattung
- Modern technology
Team Events & Ausflüge
- Full team integration
Karriere- und Weiterentwicklung
- Networking opportunities
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- Airbus Operations GmbHVollzeitWerkstudentmit HomeofficeHamburg
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Master Thesis in Air & Thermal Systems Energy Management(m/w/x)
Data-driven modeling for aircraft air systems and pneumatic-electric architectures. Experience with large datasets and Machine Learning techniques preferred. 35-hour week, mobile working possible.
Anforderungen
- Enrollment in a Master’s degree program in Aerospace Engineering, Mechanical Engineering, Electrical Engineering, or relevant field
- Strong theoretical background in thermodynamics, fluid dynamics, control systems, electrical power systems, and optimization methods
- Practical knowledge of MATLAB/Simulink and/or Python for modeling, simulation, and data analysis
- Good understanding of aircraft systems, particularly the Environmental Control System (ECS) and electrical power generation/distribution
- Experience with large datasets and Machine Learning techniques for system identification or predictive control
- Fluency in English (written and spoken)
Aufgaben
- Develop data-driven models for aircraft air systems
- Analyze energy demand across various flight phases
- Investigate pneumatic-electric system architectures
- Assess impact on aircraft energy consumption
- Conduct trade-off analyses between performance and energy consumption
- Implement optimization strategies in simulation environments
- Evaluate potential fuel savings and system impact
Ausbildung
- Laufendes Studium
Sprachen
- Englisch – verhandlungssicher
Tools & Technologien
- MATLAB
- Simulink
- Python
Benefits
Flexibles Arbeiten
- Work-life balance with a 35-hour week
- Flexible working hours
- Mobile working possible
Sonstige Vorteile
- Travel opportunities
Lockere Unternehmenskultur
- International environment
Moderne Technikausstattung
- Modern technology
Team Events & Ausflüge
- Full team integration
Karriere- und Weiterentwicklung
- Networking opportunities
Über das Unternehmen
Airbus Operations GmbH
Branche
Aerospace
Beschreibung
Das Unternehmen setzt sich für Vielfalt und ein inklusives Arbeitsumfeld ein.
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