Space Avionics Architect
Indexed description
The successful candidate will play a key role in defining the end-to-end avionics architecture, working on complex systems and collaborating with multidisciplinary teams throughout the different design and development phases.
Key Responsibilities
The successful candidate will be responsible for:
- Leading the definition of the end-to-end avionics architecture, including system decomposition and the interface strategy between the On Board Computer (OBC) and payload;
- Defining architectures for payloads with high-speed networking, backplanes, and system boot and recovery concepts;
- Designing robust Failure Detection, Isolation and Recovery (FDIR) solutions, including safe-mode behaviours and watchdog strategies;
- Documenting and maintaining the technical baseline, including system architectures and the related design rationale;
- Conducting engineering analyses related to radiation tolerance, EMI/EMC, signal integrity and power distribution;
- Collaborating cross-functionally with networking, GNC, RF, software, FPGA and mechanical teams.
- Spacecraft Avionics Architecture and end-to-end avionics architectures;
- Distributed architectures based on processors, FPGA/SoC and high-speed interfaces;
- High-Speed Networking, payload networking and backplanes;
- Failure Detection, Isolation and Recovery (FDIR);
- Safe mode, watchdog, system boot and recovery strategies;
- ATOP – Automated Test and Operations Procedure;
- MOIS – Mission Operations Information Systems;
- EGS-CC Operations Procedure Language (EAPL);
- ECSS PUS – Packet Utilisation Standard;
- ECSS-E-ST-70 Guidance;
- Analysis of radiation tolerance, EMI/EMC, signal integrity and power distribution;
- Knowledge of complex embedded hardware systems and high-speed digital electronics.
- Ability to work effectively in multidisciplinary teams;
- Ability to collaborate cross-functionally with specialists from different technical domains;
- Ability to manage and coordinate complex technical activities;
- Structured approach to defining and documenting architectural solutions;
- Ability to work effectively in an international environment.
- Master’s degree in Aerospace Engineering, Electrical/Electronic Engineering or an equivalent qualification;
- Several years of experience in spacecraft avionics, high-speed digital electronics or complex embedded hardware systems;
- Proven experience in designing distributed architectures combining processors, FPGA/SoC and high-speed interfaces;
- Excellent written and spoken English;
- Written and spoken German is considered a plus.
Joining TXT PACE means working in an international and technologically advanced environment, contributing to the development of complex solutions and systems for the Space sector.
If your profile matches the position, send us your application and join our team.
What We Offer
- The opportunity to join a highly qualified, multidisciplinary team;
- Cutting-edge technology projects in the avionics sector;
- A stimulating professional environment with opportunities for growth and development.
- Contract type: Permanent German employment contract;
- Gross annual salary: €65,000 – €80,000;
- Full-time;
- Hybrid working model (based in Germany);
- The final employment terms and classification will be defined during the selection process based on the selected candidate’s profile and in accordance with IG Metall.
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