1 to 25 of 89 Simulink Jobs

quality through adherence to clean coding principles, static analysis, and best practices. Collaborate with teams on model simulation, validation, and verification , using MATLAB/Simulink or similar tools. Maintain comprehensive software documentation deliverables and reporting. Support unit and wider software testing to ensure reliability and performance. Contribute to the

quality through adherence to clean coding principles, static analysis, and best practices. Collaborate with teams on model simulation, validation, and verification , using MATLAB/Simulink or similar tools. Maintain comprehensive software documentation deliverables and reporting. Support unit and wider software testing to ensure reliability and performance. Contribute to the

algorithmic models into efficient, production-quality code. Contribute to model-driven engineering , combining both autogenerated and manually written code. Validate algorithms through MATLAB/Simulink simulation. Design and maintain robust software architectures using UML modelling tools (e.g. IBM Rhapsody). Apply best practices in static analysis , clean coding

algorithmic models into efficient, production-quality code. Contribute to model-driven engineering , combining both autogenerated and manually written code. Validate algorithms through MATLAB/Simulink simulation. Design and maintain robust software architectures using UML modelling tools (e.g. IBM Rhapsody). Apply best practices in static analysis , clean coding

lead technical projects, mentor junior engineers, and influence stakeholders effectively. Nice to Have Prior experience in avionics, IMA, or aircraft systems. Exposure to Simulink, MATLAB, or similar hardware/software modelling tools. Experience on high-security or international defence projects.

good knowledge of lifecycle models (e.g. Waterfall, Agile) and associated tools (e.g. JIRA) • Knowledge of mathematical simulation tools/languages (e.g. Mathworks MATLAB, Simulink, Pearl, Python, MathCAD) • Proven Ability of using a high level design methodology (e.g. UAF, NAF, TOGAF, SysML, UML) and the production of associated design artefacts

good knowledge of lifecycle models (e.g. Waterfall, Agile) and associated tools (e.g. JIRA) • Knowledge of mathematical simulation tools/languages (e.g. Mathworks MATLAB, Simulink, Pearl, Python, MathCAD) • Proven Ability of using a high level design methodology (e.g. UAF, NAF, TOGAF, SysML, UML) and the production of associated design artefacts

software Proven experience in requirements management, 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

software Proven experience in requirements management, 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

software Proven experience in requirements management, 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

software Proven experience in requirements management, 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

software Proven experience in requirements management, 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

software Proven experience in requirements management, 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

software Proven experience in requirements management, 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

software Proven experience in requirements management, 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

apply your intuition and innovation to solve. You'll learn how to build simulation software in programming languages/environments such as: Mathworks (MATLAB, Simulink and Stateflow) Fortran C/C++ Our teams implement Agile working practices and dynamic working across multiple projects to meet demand, aided by the

apply your intuition and innovation to solve. You'll learn how to build simulation software in programming languages/environments such as: Mathworks (MATLAB, Simulink and Stateflow) Fortran C/C++ Our teams implement Agile working practices and dynamic working across multiple projects to meet demand, aided by the

high-level modelling and simulation of complex systems Strong understanding of mixed-signal systems, ASIC design concepts, and analysis tools Proficiency with MATLAB, Simulink and/or Python (two or more required) Experience using version control systems like Git or Subversion Knowledge of Agile development workflows Proactive, curious mindset

high-level modelling and simulation of complex systems Strong understanding of mixed-signal systems, ASIC design concepts, and analysis tools Proficiency with MATLAB, Simulink and/or Python (two or more required) Experience using version control systems like Git or Subversion Knowledge of Agile development workflows Proactive, curious mindset

Scripting skills (e.g., Python, Perl) and build automation. Application development experience in Windows or Linux. Familiarity with hardware schematics and datasheets. Exposure to MATLAB Simulink or FPGA development. Willingness to learn and implement new technical solutions. Understanding of F1-specific systems (e.g., chassis control, power unit integration). Values

with Model based Systems Engineering, Experience with Systems engineering tools like DOORS/DOORS Next/Rhapsody/Capella desirable, Experience with MATLAB and Simulink desirable, Knowledge of RF/microwave and electronic systems, radar and control systems, and digital signal processing is desirable, Our company: Peace

with Model based Systems Engineering, Experience with Systems engineering tools like DOORS/DOORS Next/Rhapsody/Capella desirable, Experience with MATLAB and Simulink desirable, Knowledge of RF/microwave and electronic systems, radar and control systems, and digital signal processing is desirable, Our company: Peace

with Model based Systems Engineering, Experience with Systems engineering tools like DOORS/DOORS Next/Rhapsody/Capella desirable, Experience with MATLAB and Simulink desirable, Knowledge of RF/microwave and electronic systems, radar and control systems, and digital signal processing is desirable, Our company: Peace

verification, validation, and QA in high-integrity industries; familiarity with nuclear QA standards advantageous. Hands-on experience in dynamic modelling and simulation (e.g., Matlab, Simulink) and applying simulation for analysis; knowledge of control systems design beneficial. Degree-qualified in Engineering, Physics, Mathematics, or Computational Science, with proven experience

Experience in safety assessment software/toolbox FTA and FMEA (e.g. ANSYS Medini, Isograph) Proficiency in multi-domain modelling/simulation packages (e.g. MATLAB, Simulink, Simscape, Amesim) Note: Some GKN programmes are subject to regulatory restrictions which may impact certain nationalities. As part of the application process you will