Senior Engineer - Aeromechanical EDGE Group PJSC

Aircraft Weapon Aeromechanical Integration: Perform aeromechanical activities related to the integration of weapon systems onto aircraft platforms, including mechanical interfaces, carriage, and release environments.

Mechanical Interface Definition: Define, assess, and verify mechanical interfaces between weapon systems, suspension equipment, and aircraft structures in accordance with integration requirements.

Structural, Loads & Dynamic Analysis: Conduct or support aeromechanical analyses such as structural loads, vibration, aeroelastic and dynamic response to assess aircraft weapon compatibility and integration impacts.

Design & Integration Reviews: Contribute to and support aeromechanical aspects of design, integration, and readiness reviews by providing technical inputs, analysis results, and engineering justifications.

Test & Verification Support: Support and execute aeromechanical test and verification activities, including ground and flight test preparation, instrumentation coordination, and data review related to weapon integration.

Compliance & Airworthiness: Ensure aeromechanical integration activities comply with applicable military standards, airworthiness requirements, contractual obligations, and internal engineering procedures.

Engineering Documentation & Traceability: Prepare, review, and maintain aeromechanical engineering documentation, calculations, reports, and compliance evidence with full traceability to requirements.

Technical Issue Resolution: Identify, analyze, and support resolution of aeromechanical issues arising during design, integration, test, or operational phases.

Cross-Functional Engineering Collaboration: Collaborate with systems, safety, test, manufacturing, and platform integration teams to ensure coherent and safe aircraft weapon integration.

Continuous Improvement & Technical Development: Contribute to continuous improvement of aeromechanical methods, tools, processes, and technical knowledge within the organization.

Engineering Software & Analysis Tools: Apply approved engineering software tools (e.g. CAD tools such as Creo or SolidWorks, numerical tools such as MATLAB, and CFD tools) to support aeromechanical analyses, model fitment, data processing, and evaluation of aerodynamic and integration impacts.