Job Title

Our client, a leader in defence and security technology, is seeking a Software Engineer with a focus on Signal Processing and AI to join their team. This permanent role offers an exciting opportunity to work on cutting-edge solutions that safeguard naval forces worldwide.All potential candidates should read through the following details of this job with care before making an application.Key Responsibilities:Software architectural design using UML and the Enterprise Architect toolSoftware implementation and testing in C++, including unit and continuous integration testingSonar signal processing algorithm implementation, integration, and optimisationArtificial Intelligence algorithm implementation, integration, and optimisationDeveloping high-quality, well-thought-out codePeer reviewing design and code, contributing to a learning-focused communityIntegration, defect analysis, and resolution to assist verification teamsManaging assigned tasks and stories in a product backlog using Azure DevOps, including estimating remaining workPeriodic verbal reporting on progress and contributing to sprint planning and retrospectivesJob Requirements:Experience in C++ developmentUnderstanding of multi-threaded designExperience in signal processing and/or AI/ML techniquesKnowledge of UML design techniquesFamiliarity with the full software development lifecycleUnderstanding of machine learning (advantageous)Experience with Python (advantageous)Knowledge of packaging tools and repositories such as Conan and Nexus (advantageous)Benefits:Our client supports flexible working arrangements, including hybrid models, remote work, and on-site options. Offering a 9-day fortnight working pattern, providing extended weekends every other week. Flexible start and finish times, as well as Time Off in Lieu (TOIL), contribute to a supportive and balanced work environment.If you are a skilled Software Engineer looking to contribute to the future of naval warfare, we encourage you to apply now and join our client's innovative team!#J-18808-Ljbffr