design analyses, modelling and simulation, using tools such as DOORS, Siemens Polarion, Enterprise Architect, MATLAB and/or Simulink and design methodologies such as SysML A degree or equivalent qualification in a relevant Scientific/Engineering subject (e.g., Systems Engineering, Electronic Engineering, Physics or Mathematics) Desirable Experience in integration, test More ❯
design analyses, modelling and simulation, using tools such as DOORS, Siemens Polarion, Enterprise Architect, MATLAB and/or Simulink and design methodologies such as SysML A degree or equivalent qualification in a relevant Scientific/Engineering subject (e.g., Systems Engineering, Electronic Engineering, Physics or Mathematics) Desirable Experience in integration, test More ❯
and their systems operation and key performance parameters Ability to analyse system and aircraft performance Experienced with logical and mathematical based engineering tools (e.g. SysML, Matlab/Simulink, Cameo System Modeller) Understanding of Model Base System Engineering principles and toolsets If this all sounds like something you will be interested More ❯
and their systems operation and key performance parameters Ability to analyse system and aircraft performance Experienced with logical and mathematical based engineering tools (e.g. SysML, Matlab/Simulink, Cameo System Modeller) Understanding of Model Base System Engineering principles and toolsets If this all sounds like something you will be interested More ❯
and their systems operation and key performance parameters Ability to analyse system and aircraft performance Experienced with logical and mathematical based engineering tools (e.g. SysML, Matlab/Simulink, Cameo System Modeller) Understanding of Model Base System Engineering principles and toolsets If this all sounds like something you will be interested More ❯
and their systems operation and key performance parameters Ability to analyse system and aircraft performance Experienced with logical and mathematical based engineering tools (e.g. SysML, Matlab/Simulink, Cameo System Modeller) Understanding of Model Base System Engineering principles and toolsets If this all sounds like something you will be interested More ❯
and their systems operation and key performance parameters Ability to analyse system and aircraft performance Experienced with logical and mathematical based engineering tools (e.g. SysML, Matlab/Simulink, Cameo System Modeller) Understanding of Model Base System Engineering principles and toolsets If this all sounds like something you will be interested More ❯
their systems operation and key performance parameters Ability to analyse system and aircraft performance Ideally experienced with logical and mathematical based engineering tools (e.g. SysML, Matlab/Simulink, Cameo System Modeller) Understanding of Model Base System Engineering principles and toolsets Benefits: You'll receive benefits including a competitive pension scheme More ❯
engineering (MBSE). Clear communicator. Experience of automotive/aerospace systems engineering processes. Working knowledge of hardware, systems, and software development tools, such as: SysML MATLAB/Simulink Embedded Coders DOORS Strong problem-solving skills. This role is based in Milton Keynes and can be completed as a hybrid role More ❯
engineering (MBSE). Clear communicator. Experience of automotive/aerospace systems engineering processes. Working knowledge of hardware, systems, and software development tools, such as: SysML MATLAB/Simulink Embedded Coders DOORS Strong problem-solving skills. This role is based in Milton Keynes and can be completed as a hybrid role More ❯
engineering (MBSE). Clear communicator. Experience of automotive/aerospace systems engineering processes. Working knowledge of hardware, systems, and software development tools, such as: SysML MATLAB/Simulink Embedded Coders DOORS Strong problem-solving skills. This role is based in Milton Keynes and can be completed as a hybrid role More ❯
Bristol, Gloucestershire, United Kingdom Hybrid / WFH Options
AtkinsRéalis
CEng, CSEP. The use of MBSE approaches and tools (e.g. Sparx EA, Cameo). Knowledge of modelling languages and architecture frameworks, e.g., UML/SysML, ArchiMate, TOGAF, MODAF. Requirements engineering and its link to verification and validation. Knowledge of engineering lifecycles, their selection, tailoring and implementation. Working on the integration More ❯
Portsmouth, Hampshire, South East, United Kingdom Hybrid / WFH Options
JAM Recruitment Ltd
and ISO 12207) Model Based Systems Engineering (MBSE) and software architectural modelling in appropriate frameworks and languages (e.g. NAF/UAF/TOGAF/SysML/UML) using a dedicated tool-set such as CATIA Magic (Cameo), Sparx EA, or equivalent Requirements definition and management using an appropriate tool-set More ❯
Portsmouth, yorkshire and the humber, united kingdom Hybrid / WFH Options
JAM Recruitment Ltd
and ISO 12207) Model Based Systems Engineering (MBSE) and software architectural modelling in appropriate frameworks and languages (e.g. NAF/UAF/TOGAF/SysML/UML) using a dedicated tool-set such as CATIA Magic (Cameo), Sparx EA, or equivalent Requirements definition and management using an appropriate tool-set More ❯
Systems Engineer The use of MBSE approaches and tools (e.g. Sparx EA, Cameo). Knowledge of modelling languages and architecture frameworks, e.g., UML/SysML, ArchiMate, TOGAF, MODAF. Requirements engineering and its link to verification and validation. Knowledge of engineering lifecycles, their selection, tailoring and implementation. Working on the integration More ❯
Systems Engineer The use of MBSE approaches and tools (e.g. Sparx EA, Cameo). Knowledge of modelling languages and architecture frameworks, e.g., UML/SysML, ArchiMate, TOGAF, MODAF. Requirements engineering and its link to verification and validation. Knowledge of engineering lifecycles, their selection, tailoring and implementation. Working on the integration More ❯
Systems Engineer The use of MBSE approaches and tools (e.g. Sparx EA, Cameo). Knowledge of modelling languages and architecture frameworks, e.g., UML/SysML, ArchiMate, TOGAF, MODAF. Requirements engineering and its link to verification and validation. Knowledge of engineering lifecycles, their selection, tailoring and implementation. Working on the integration More ❯
Systems Engineer The use of MBSE approaches and tools (e.g. Sparx EA, Cameo). Knowledge of modelling languages and architecture frameworks, e.g., UML/SysML, ArchiMate, TOGAF, MODAF. Requirements engineering and its link to verification and validation. Knowledge of engineering lifecycles, their selection, tailoring and implementation. Working on the integration More ❯
Systems Engineer The use of MBSE approaches and tools (e.g. Sparx EA, Cameo). Knowledge of modelling languages and architecture frameworks, e.g., UML/SysML, ArchiMate, TOGAF, MODAF. Requirements engineering and its link to verification and validation. Knowledge of engineering lifecycles, their selection, tailoring and implementation. Working on the integration More ❯
Systems Engineer The use of MBSE approaches and tools (e.g. Sparx EA, Cameo). Knowledge of modelling languages and architecture frameworks, e.g., UML/SysML, ArchiMate, TOGAF, MODAF. Requirements engineering and its link to verification and validation. Knowledge of engineering lifecycles, their selection, tailoring and implementation. Working on the integration More ❯
Systems Engineer The use of MBSE approaches and tools (e.g. Sparx EA, Cameo). Knowledge of modelling languages and architecture frameworks, e.g., UML/SysML, ArchiMate, TOGAF, MODAF. Requirements engineering and its link to verification and validation. Knowledge of engineering lifecycles, their selection, tailoring and implementation. Working on the integration More ❯
Systems Engineer The use of MBSE approaches and tools (e.g. Sparx EA, Cameo). Knowledge of modelling languages and architecture frameworks, e.g., UML/SysML, ArchiMate, TOGAF, MODAF. Requirements engineering and its link to verification and validation. Knowledge of engineering lifecycles, their selection, tailoring and implementation. Working on the integration More ❯
Systems Engineer The use of MBSE approaches and tools (e.g. Sparx EA, Cameo). Knowledge of modelling languages and architecture frameworks, e.g., UML/SysML, ArchiMate, TOGAF, MODAF. Requirements engineering and its link to verification and validation. Knowledge of engineering lifecycles, their selection, tailoring and implementation. Working on the integration More ❯
Systems Engineer The use of MBSE approaches and tools (e.g. Sparx EA, Cameo). Knowledge of modelling languages and architecture frameworks, e.g., UML/SysML, ArchiMate, TOGAF, MODAF. Requirements engineering and its link to verification and validation. Knowledge of engineering lifecycles, their selection, tailoring and implementation. Working on the integration More ❯
Systems Engineer The use of MBSE approaches and tools (e.g. Sparx EA, Cameo). Knowledge of modelling languages and architecture frameworks, e.g., UML/SysML, ArchiMate, TOGAF, MODAF. Requirements engineering and its link to verification and validation. Knowledge of engineering lifecycles, their selection, tailoring and implementation. Working on the integration More ❯
