This comprehensive intensive course provides aviation engineers with in-depth expert knowledge for the development and certification of complex electric propulsion systems. From system architecture to safety analysis, you will learn proven methods for accelerated EASA approval.
The 5-day intensive course offers a unique combination of theoretical expert knowledge and practical exercises on real systems. You will benefit from the know-how of the developers of the first EASA-certified electric aircraft and learn efficient ways to certify electric propulsion systems. The small group size enables intensive exchange and individual support.
The courses take place in Zweibrücken, online participation via Microsoft Teams is possible. The number of participants is limited to a maximum of 12 to ensure optimal learning success.
Day 1 provides fundamental knowledge of electric propulsion systems, their components and certification requirements according to CS-23. You will learn the basics of system integration.
• Introduction to electric aviation
• Essential components (engines, power electronics, batteries)
• Overview of architectures of electric propulsion systems
• Certification processes for electric propulsion systems (CS-23)
Day 2 focuses on hardware development processes according to DO-254/ED-80 and the definition of IDAL values. You will learn how to systematically develop safety-critical components.
• Hardware development process according to DO-254/ED-80
• Software development according to DO-178C/ED-12C
• Practical exercises for identifying components
• Definition of IDAL values
Day 3 covers software development according to DO-178C/ED-12C and practical testing of hardware and software systems. You will practise black-box and white-box testing.
• Testing hardware and software systems
• Performing black-box and white-box tests
• Verification according to DO-311 and DO-160
• Functional Hazard Analysis (FHA)
• FMEA and Safety Goals
• Introduction to Safety Standards (ED-79, ARP4761)
Day 5 focuses on battery safety, hybrid operation and charging systems. You will learn about the specific safety requirements for lithium-ion batteries according to DO-311 Subpart C.
• Battery safety and hybrid operation
• AC/DC charging systems
• Safety requirements for lithium-ion batteries (DO-311 Subpart C)
5-day intensive course:
For attendance in Zweibrücken:
For online participation:
Agenda:
This 5-day intensive course provides aviation engineers with comprehensive expert knowledge for the development and certification of electric propulsion systems. From system architecture to practical implementation, you will learn proven methods for accelerated EASA approval.
Day 1:
Day 2:
Day 3:
Day 4:
Day 5:

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