We are looking to incorporate a high-level specialist with a decade-long track record in the evaluation of aerospace thermal cycles and propulsion systems, preferably Aeronautical or Aerospace Engineer, majoring in Propulsion.

This role demands extensive mastery of test-cell architecture, facility instrumentation, and the operational validation of turbine technologies.

The ideal candidate will bridge the gap between complex engine configurations and the strategic management of advanced testing platforms.

TASKS:

• Systems Integration & Configuration: Orchestrating the technical setup of turbojet development test cell facilities, ensuring full alignment with specific engine architectural requirements.

• Infrastructure Adaptation Consultancy: Providing high-level technical guidance to modify testing environments in accordance with developmental engine specifications.

• End-to-End Logistical Oversight: Directing the strategic workflow for engine reception, including the precision assembly of peripheral components and final test cell integration.

• Applied Testing Methodology: Delivering comprehensive theoretical and practical expertise to execute complex development engine test cycles within strictly defined scheduling frameworks.

• Predictive Performance Analytics: Conducting real-time monitoring and predictive assessment of critical turbojet parameters during the initial break-in and operational phases.

• Technology Demonstrator Assessment: Investigating structural integrity and performance metrics through advanced data interpretation, statistical modeling, and formal reporting.

• Aero-Thermodynamic Diagnostic Research: Leading specialized studies on test cell dynamics to facilitate the early detection, prevention, or forensic analysis of operational anomalies.

• Decommissioning & Post-Test Logistics: Managing the post-operational phase, including system disassembly, auxiliary hardware recovery, and outbound shipping protocols.

• Capability Development & Scaling: Overseeing the strategic expansion of testing functionalities and the implementation of new operational capacities within turbojet facilities.