Hybrid jobs in Austria (2), Belgium (2), Bulgaria (4), Finland (3), France (3), Germany (11), Greece (1), Italy (11), Latvia (1), Multiple Countries (3), Netherlands (1), Poland (1), Spain (16), Switzerland (3) and United Kingdom (9).
Own and drive the end-to-end avionics platform architecture (functional, logical, physical), including HW/SW/FW partitioning, resource budgets, and scalability strategy across multiple satellite platforms and mission variants. Define and enforce the
Contribute to the entire embedded software application lifecycle, focusing on requirements definition, design, coding, debugging and integration with the flight hardware, with a primary focus on OBC software. Preparation of flight software deliverable
The role will focus on the design, implementation, and execution of test setups for avionics systems, electronic units, and integrated circuits, ensuring performance, reliability, and compliance with demanding mission requirements Define test strategies,
Work as a senior expert within a team to support sales discussions with Space Services customers, assess requirements and design the best possible solutions. Serve as the primary technical POC for the Space Services customer throughout the sales cycle.
In this position, you’ll work closely with internal engineers, architects, product and business development managers, and external suppliers leading the development of system components. You will write technical requirements, perform system trade
You will be the one of the key team members in designing, developing, and maintaining state of the art instruments. From supporting the design of the optical frontend to managing testing and calibration of the systems, you will ensure
Plays an essential part in leading other technical disciplines, to bring together quality and pragmatic solutions for innovative projects, whilst working within a great team environment. System level design of space and ground
Plan and execute Assembly, Integration & Test (AIT) activities for satellite platforms and spacecraft subsystems; Perform mechanical and electrical integration of flight hardware; Develop, review, and execute AIT procedures
You help shape the Product Assurance and Quality Assurance framework that enables the successful development and delivery of advanced space systems and instrumentation. Drawing on your experience with institutional space programmes
You will play a key role in the detailed testing for NR-NTN products at Skylo. You will be responsible for setting up test-benches, developing and executing test cases for NR-NTN RAN nodes in satellite radio access networks. Analyze the use
In this role, you will define and drive the technical direction of our propulsion systems, lead and develop a multidisciplinary engineering organization, and ensure strong execution across the product lifecycle. The ideal candidate brings strong
You will lead complex space-related projects (satellite systems, power distribution) from concept to delivery, within a demanding and evolving environment. You combine strong project management capabilities with a solid engineering understanding to drive
In this role, you will be responsible for developing and validating thermal control systems across the full mission lifecycle - from concept and design through to testing and in-orbit performance. You will use tools such as ANSYS, ESATAN
You will own the mathematical and physical foundations of one of the few operational commercial space-based RF geolocation systems in active customer use today. The core problem: estimating the position of RF emitters using time difference of arrival
Lead the end-to-end system engineering activities across all company projects, from the conception of small satellites to their delivery. You will be responsible for building, inspiring and guiding a high-performing team of systems engineers to ensure
You will be the overall technical lead responsible for "building the right thing" and "building it right". This will include the management of system requirements, technical budgets, and sub-system interfaces. Your responsibility extends to ensuring there
You will play a key role in our mission aircraft team and support the development and validation of high-fidelity aircraft models across the full flight envelope. Design, implement, and validate flight dynamics and subsystem models using MATLAB/Simulink;
You will track and manage the system configuration evolution, make top-level decisions in regard to preferred system solutions, perform trade-offs between possible design options, set design constraints based on circumstances and experience, define the
You will act as the Lead System Engineer for the mission development projects. You will ensure that every mission meets its end-to-end technical objectives, while leading and coordinating the technical project team toward successful mission
Own and continuously improve TDOA, FDOA, and AoA geolocation algorithms from mathematical first principles through to working prototype implementations; Develop deep understanding of the existing production geolocation codebase. Identify design