of aircraft and their systems operation and key performance parameters. Ability to analyse system and aircraft performance. Ideally experienced with logical and mathematical engineering tools (e.g., SysML, Matlab/Simulink, Cameo System Modeller). Understanding of Model-Based System Engineering principles and toolsets. Benefits: You’ll receive benefits including a competitive pension scheme, enhanced annual leave allowance, and a More ❯
and development process Champion the continuous improvement and harmonisation of engineering processes in alignment with Maritime and Air Sector standards Your skills and experiences: Competence in Mathworks (Matlab and Simulink) tools to apply Model-based systems engineering principles, tools and techniques Demonstrable knowledge of the system engineering lifecycle with ability to apply good systems engineering practices to your work More ❯
of working at all levels of the systems engineering lifecycle and be able to develop and communicate clear and concise requirements, defining and modelling system functionality and behaviour using Simulink, Cameo or similar, as well as understand the principles and advantages of Requirements Management, An understanding of the physical, functional and performance challenges of developing safety critical Airborne Vehicle More ❯
of working at all levels of the systems engineering lifecycle and be able to develop and communicate clear and concise requirements, defining and modelling system functionality and behaviour using Simulink, Cameo or similar, as well as understand the principles and advantages of Requirements Management, An understanding of the physical, functional and performance challenges of developing safety critical Airborne Vehicle More ❯
