On behalf of an important reality that operates in the space field, we are looking for an AIV System Engineer.
Background:
1. University degree preferably in the fields of Aerospace/Space Engineering, Electronics Engineering, Telecommunication Engineering or Computer Science and Engineering;
2. Ground Segment and subsystems verification plans definitions, maintenance, and control;
3. Carry out Assembly, Integration, and Verification of Ground Segment and subsystems at all levels;
4. Support systems design;
5. Interfacing with all subsystems and relevant teams during AIV phases;
6. Support to operational and pre-operational phases;
7. Authoring of Technical documents.
Skills:
1. Knowledge of System Engineering and system-level knowledge of all Ground Segment subsystems;
2. Proficient in working in a Linux environment and hardware virtualized environment;
3. Experience in ECSS AIV process;
4. Strong analytical and problem-solving skills;
5. Proactive attitude and ability to work in a team;
6. Full professional proficiency in the English language is mandatory;
7. High motivation, proactive working approach and strong sense of responsibility.
Tasks:
1. Familiarization with, finalization and maintenance of the HW/SW MOC Pre-release Platform for the validation of FOP/GOP and SVT (i.e. the platform for operations data validation and operational configuration);
2. Plan and schedule the integration, testing and validation phases;
3. Define the procedures to integrate and install the different subsystems at customer site;
4. Define the requirements to be verified with the selected methods in the applicable stages at the defined levels;
5. Prepare AIV documents such as plans, test specifications, and technical notes;
6. Contribute to security test specification;
7. Define the objectives and justify the scope of the tests;
8. Indicate the test facilities to be used;
9. Define resources and organization to co‐ordinate and manage all technical activities necessary to assemble, verify, operate and maintain the system in conformance with the customer’s requirements;
10. Demonstrate that design and performances meet the specified requirements at the specified levels of confidence;
11. Identify critical development problems and assist in their resolution;
12. Define verification planning;
13. Define levels and pass criteria for the above tests;
14. Evaluate and assess test results.
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