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 ❯
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 ❯
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 ❯
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 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 toolset such as CATIA Magic (Cameo), Sparx EA, or equivalent Requirements definition and management using an appropriate toolset such as More ❯
bristol, south west england, 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 ❯
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 ❯
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 ❯
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 ❯
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 ❯
contributing to threat assessments, risk management and security control development. Proven Ability/Key Skills Proven knowledge in Simulation and Modelling using Matlab and SysML/CAMEO. Knowledge of system architecture development. Knowledge of Security aspects covering Information Warfare, Networks, Cryptography, and System Vulnerabilities. Strong interpersonal skills with the ability More ❯
bristol, south west england, 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 ❯
competing demands. Strong problem-solving skills. System-level thinking and the ability to drive solutions through investigation. Experience with system design languages (e.g., UML, SysML) and techniques (e.g., use case analysis, trade studies). Familiarity with producing estimates for bid activities. Knowledge of mechanical and environmental qualification processes. If you More ❯
