Lead Avionics System Engineer

Job Description: Main responsibilities The jobholder will be responsible for design & development, verification & validation, certification of Safety critical Real time Systems & Software for avionics application conforming to DO 178 B/C standard for Avionics Airbus Helicopters.  Main activities The jobholder will be responsible for System Design, System Verification and Certification activities including: Authoring & Review of System & Software requirements (Systems level, High Level Requirements) Validation & Verification of System & Software Requirements  Integration of Systems & Software Requirements  Integration testing (System – software, software – software & software – Hardware) Analysis of issues raised either during testing campaigns or in-service usage Identification and Validation of Change Impact Analysis Automation and exploring new ways of working for improving the Systems activities (Python based, DOORs plug-in, other methods).  Support Certification Activities (Authoring and reviews of SAS, PSAC, SVP etc) Skills Experience in full System & Software lifecycle encompassing System & Software requirements Definition, Dynamic & Static Design and verification activities for Avionics and other Aerospace systems. ‘Must have’ skills: Hands on experience on Systems & Software requirements engineering and Architecture Design and development (module level design, interfaces, algorithm) Unit and integration testing (host & target environment) Systems & Software configuration management Identify the activities of the development life cycle that are necessary to develop a system/product and Provide the level of confidence which is consistent with regulation and program requirements. Define checkpoints and reviews with associated maturity expectation aligned with program phases and gates. Provide sufficient detailed data and information about system elements to enable the implementation consistent with architectural entities as defined in models and views of the system architecture and in accordance with the allocated requirements. Work closely sharing both industrial and functional design view, from the very early stages of the design through the serial production phase and up to the in- service life of the product (whole product lifecycle), working in close collaboration between the Engineering, Manufacturing Engineering and any other disciplines involved throughout the whole product lifecycle. Understand the organization, infrastructure, constraints and limitations of program industrial planning. Understand global systems/products and their interdependencies during the industrialization phase. Knowledge about Standards (requirements / design) Work experience on DO-178B standard Strong interpersonal and Communication skills Quick Learner ‘Good to have’ skills: Project Management skills Design and implementation of software modules Embedded C-programming AI/ML Based Automation and Innovation