network components. o Define system interfaces and ensure interoperability between subsystems and third-party components. o Create and manage system models using tools like SysML/UML or Model-Based Systems Engineering (MBSE) frameworks. • System Analysis: o Perform functional and performance analysis of simulation systems, identifying potential design risks and More ❯
network components. o Define system interfaces and ensure interoperability between subsystems and third-party components. o Create and manage system models using tools like SysML/UML or Model-Based Systems Engineering (MBSE) frameworks. • System Analysis: o Perform functional and performance analysis of simulation systems, identifying potential design risks and More ❯
with substantial relevant experience may be considered). Chartered Engineer status or actively working toward it. Strong proficiency in MBSE principles and methods, including SYSML/UML modelling. Hands-on experience with systems engineering tools such as PREEvision, DOORS, or equivalent. Deep understanding of requirements capture, management, and validation. It More ❯
lifecycle models (e.g. Waterfall, Agile) and associated tools (e.g. JIRA). Proven ability in using a high-level design methodology (e.g. UAF, NAF, TOGAF, SysML, UML) (DESI). Mathematical simulation tools/languages (e.g. Mathworks MATLAB, Simulink, Pearl, Python, MathCAD) (DESI). Seasoned in the application of systems engineering for More ❯
lifecycle models (e.g. Waterfall, Agile) and associated tools (e.g. JIRA). Proven ability in using a high-level design methodology (e.g. UAF, NAF, TOGAF, SysML, UML) (DESI). Mathematical simulation tools/languages (e.g. Mathworks MATLAB, Simulink, Pearl, Python, MathCAD) (DESI). Seasoned in the application of systems engineering for More ❯
a relevant discipline (HND with relevant experience will also be considered). Exposure to Model-Based Systems Engineering (MBSE) practices. Knowledge of UML/SYSML modelling and requirements management techniques. Proficient in using tools for writing and managing natural language requirements. Strong knowledge of Microsoft Office tools (Word, Excel, Outlook More ❯
a relevant discipline (HND with relevant experience will also be considered). Exposure to Model-Based Systems Engineering (MBSE) practices. Knowledge of UML/SYSML modelling and requirements management techniques. Proficient in using tools for writing and managing natural language requirements. Strong knowledge of Microsoft Office tools (Word, Excel, Outlook More ❯
Air Sector is engaged in a critical role on the Dreadnought submarine programme to develop the functional design of the Active Vehicle Control System (AVCS), the system used to drive and manoeuvre that boat. The work uses Model Based SystemsMore ❯
