About the Company Akkodis is a global leader in the engineering and R&D market that is leveraging the power of connected data to accelerate innovation and digital transformation. With a shared passion for technology and talent, 50,000 engineers and digital experts deliver deep cross-sector expertise in 30 countries across North America, EMEA, and APAC. Akkodis offers broad industry experience and strong know-how in key technology sectors such as mobility, software & technology services, robotics, testing, simulations, data security, AI & data analytics. The combined IT and engineering expertise brings a unique end-to-end solution offering, with four service lines – Consulting, Solutions, Talents, and Academy – to support clients in rethinking their product development and business processes, improve productivity, minimize time to market, and shape a smarter and more sustainable tomorrow. Akkodis is part of the Adecco Group. Akkodis is a commercial brand under which both AKKA and Modis entities operate. About the Role In this role, you will be working on major programs within the Systems Engineering team. You will be delivering performance and dynamic analysis for the mechanical, hydraulic, and occasionally basic electrical systems as they relate to the operation of aircraft, landing gear, shock absorption, extension/retraction, and steering. You will be able to understand and derive requirements and how these impact the validation and verification of the product utilizing standardized methods and tools. Possessing good knowledge of mechanical and hydraulic system products, you will help guide product development to ensure the performance and dynamics of the integrated system meet the program requirements. Responsibilities Build computational models and run simulations Calculate static and dynamic loads Conduct performance and frequency response analyses Conduct stability, shimmy, modal analysis, and failure case analyses Correlate and validate computational models Write and validate performance and dynamics requirements Define and document simulation cases and pass/fail criteria Optimize design solutions in conjunction with other engineering disciplines Define test requirements and analyze and interpret test results Adherence to the program schedules Qualifications Degree qualified in an engineering discipline is required or with the relevant experience to be successful in the role. Required Skills DBS clearance required Multi-body dynamic modeling and simulation Landing gear extension/retraction analysis Shock absorber performance analysis Recoil analysis Shimmy and stability analysis System loads generation Model Integration Working knowledge of MATLAB/Simulink, MSC ADAMS, MSC EASY5, and AMESim Preferred Skills Knowledge of nose-wheel steering analysis, vibration analysis, electrical systems engineering, airworthiness requirements, and aircraft systems certification Experience on requirements management and DOORS