- Inicio Inmediato Gnc Modelling And Simulation Engineer Deimos Space | (Qnu-043)

GNC Modelling and Simulation Engineer
DEIMOS is selecting one engineer to be integrated into the GNC/AOCS Competence Centre of the Flight Systems Business Unit, to develop Modelling and Simulation solutions. These assets will support the growth and maturation of the areas in Guidance, Navigation, and Control (GNC), including Attitude and Orbit Control Systems (AOCS), and Failure Detection, Isolation, and Recovery (FDIR).
The work of the GNC/AOCS Competence Centre is oriented to the design, development, specification, and validation of autonomous systems, including GNC and AOCS systems, for a broad range of aerospace and aeronautical platforms. Modelling and simulation are key activities for attaining accurate, computationally efficient environments that support the development and validation of GNC/AOCS solutions.
The quality of the models and simulation environment ensures the high fidelity of the GNC results, and delivers a validation framework with representativeness close to real flight conditions.
As a matter of reference, DEIMOS' activities cover:
Satellite formation flying, rendezvous, in-orbit servicing (IOS), and active debris removal (ADR)
Entry, descent, and landing on planets (Earth, Mars) & natural satellites
Launch vehicles
Earth observation, up-stream (flight segment) and downstream
Interplanetary exploration and navigation
Unmanned autonomous vehicles (UAVs, UGVs)
System and mission design
Main Duties:
The following types of responsibilities are envisioned:
Specification, design, implementation, and validation of environmental, spacecraft, sensor, and actuator dynamics, to be applied to Earth-observation, interplanetary, and ADR/IOS satellites, among others
Development and maintenance of tools for model validation and versioning
Support to CC wide strategies for code re-usability and scalability
The activities involved may include:
Specification and validation of simulation and modelling solutions
Mathematical modelling and development of dynamic systems of actuator, sensors, and vehicle, launchers and spacecrafts
Extension and adaptation of the simulation models according to manufacturer specifications
Simulation infrastructure scalability, maintenance, and production
Analysis and trade-off of hardware solutions
Interface with the overall system team
Technical management
Education:
Required: A recognized engineering degree (Mechanical, Aerospace, Electrical, Electronic) or a related degree (e.g., Engineering).

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