1 to 25 of 132 Simulink Jobs in the UK

of interfacing software with hardware in a real-time environment Experience of developing Safety Critical Software within DO178B/C guidelines Desirable: Experience with software modelling tools such as Simulink or SCADE Experience of scripting languages such as MATLAB or Python Working knowledge of Git/Subversion or other configuration management This really is a fantastic opportunity for a More ❯

of interfacing software with hardware in a real-time environment Experience of developing Safety Critical Software within DO178B/C guidelines Desirable: Experience with software modelling tools such as Simulink or SCADE Experience of scripting languages such as MATLAB or Python Working knowledge of Git/Subversion or other configuration management This really is a fantastic opportunity for a More ❯

of interfacing software with hardware in a real-time environment Experience of developing Safety Critical Software within DO178B/C guidelines Desirable: Experience with software modelling tools such as Simulink or SCADE Experience of scripting languages such as MATLAB or Python Working knowledge of Git/Subversion or other configuration management This really is a fantastic opportunity for a More ❯

architecture, integration practices, and safety standards Desirable: Knowledge of embedded systems development and software-hardware co-design Experience in Model-Based Systems Engineering (MBSE) methodologies Proficiency in MATLAB/Simulink for signal modeling and fault simulation Exposure to CAN protocols, diagnostic design, and E/E architecture In return for bringing your expertise to our business we offer a More ❯

Computer Science, or related discipline Experience in diagnostic development, fault modeling, or battery systems engineering Strong grasp of battery chemistry, electrical characteristics, and degradation mechanisms Skilled in MATLAB/Simulink, Python, and diagnostic tools (e.g., Vector CANape, CANalyzer) Experience with ISO 26262 compliance and diagnostic trouble code (DTC) structures Desirable: Hands-on testing with battery packs, cells, and instrumentation More ❯

Land/Sea sub-system Platform Integration, Data Distribution Services, Sensor Fusion, AI/Machine Learning Practitioner level ability using Model Driven Engineering tool e.g. Cameo Systems Modeler, Matlab, Simulink, DOORS (classic) This is not an exhaustive list, and we are keen to hear from you even if you might not have experience in all the above. The most More ❯

co-ordinate technology specialists, and develop advanced systems engineering techniques. We are looking for candidates who have experience in some/any of the following skill areas: MATLAB/Simulink Systems Integration and System Design Electro-Optics/Infrared RF/Microwave systems Simulation & Modelling Algorithm Development Requirements engineering Concept assessment and design trade studies System architecture design and More ❯

well in a team environment Self-motivated with a desire to learn and grow in the field of software engineering Experience with Model Based software design tools for example SimuLink Familiarity with embedded software design practices and UML Knowledge of basic electronic design Knowledge of cloud computing platforms such as AWS or Azure Understanding of Agile software development methodologies More ❯

systems involving multiple layers of abstraction and integration. Strong grasp of systems engineering methodologies (e.g. V-model, MBSE). Familiarity with tools such as DOORS, Enterprise Architect, MATLAB/Simulink, or SysML. Understanding of defence standards such as DEF STAN, MIL-STD, and JSPs. Excellent analytical and communication skills. Desirable Qualifications Degree in Systems Engineering, Electrical Engineering, Computer Science More ❯

technical subject such as Physics, Electronics, Mathematics, Mechanical or Aerospace Engineering. Essential Skills Design and development of control algorithms for digital control systems. Experienced user of the MATLAB/Simulink toolset and Embedded Coder for the generation of control algorithms ready for deployment within systems. Ideally direct experience in the control of BLDC motors. Ability to model complex real More ❯

microcontrollers. Quick learner with a flexible and adaptable approach. Knowledge of embedded software operation within systems. Experience of DSPs would be beneficial. Experience of code generation from MATLAB/Simulink would be beneficial. Systems testing experience. Experience of power systems. Experience of Jama, DOORS, Polarion or similar requirements management tools. Experience of working with agile approaches such as sprints More ❯

Working knowledge of ARP4754 and ARP 4761 Proven track record in developing high-integrity or safety-critical control solutions Demonstrated strong problem-solving skills Working knowledge of Matlab and Simulink Experience of Doors requirements management tool Literate with Microsoft Office tools Desired Characteristics:- Experience of working with rotating machinery control systems. Experience of hydraulic system design and mechanical/ More ❯

Systems, Actuators, Autonomous Systems, Robotics, or Mechatronics Algorithms knowledge such as Modern/Classical Control, Navigation, Data Fusion, Tracking and Guidance, Machine Learning Tools and Libraries such as Matlab, Simulink, Python, C/C++, Py Torch, Open AI-Gym/Universe, Model based design Experience of algorithm research and/or product development and support A keen curiosity about More ❯

or PhD in relevant field. Extant Baseline Personnel Security Standard (BPSS), or the ability to obtain BPSS is required for this role. Proficient with software simulation & design tools, MATLAB, Simulink essential. eTAP desirable. Extensive experience in systems integration, particularly in rotating electrical machines and control systems within the naval or maritime industry. Proven leadership skills with experience managing engineering More ❯

operation of Control System. Demonstrable Technical Leadership experience. Experience within Verification & Validation of HVDC Control System. Competent in HVDC Control, Protection and Sequencing strategy. Competent in PSCAD/MATLAB-SIMULINK and RTDS applications. Competent in HVDC Dynamic Performance Studies. Proven technical leadership in a complex system engineering development environment. Knowledge of Control and Protection cubicle Circuit Diagram, field cabling More ❯

the application of new technology on future platforms Engage with stakeholders to define requirements for a new system Design and integrate new functionality into an existing sub-system in Simulink Collaborate with other engineers to design and prototype a detailed model of a system to understand observed simulated performance Design and prototype algorithms in Matlab, taking into account limitations More ❯

testing: DSPACE, XPACK4 or similar. - Good knowledge of Vehicle Dynamics principles. - Significant experience in mechatronic systems validation and verification. - Experienced in vehicle simulation software packages such as Matlab/Simulink, IPG Carmaker or similar. - Experience in programming is essential. - Problem Solving skills and knowledge (6-Sigma or similar). - Knowledge of Machine Learning techniques. - Strong Analytical skills. - Team Player. More ❯

systems. Strong knowledge of EV components such as battery packs, electric motors, inverters, and control systems. Proficiency in CAD software (e.g., CATIA, SolidWorks) and simulation tools (e.g., MATLAB/Simulink). Experience with vehicle control systems and embedded software development is a plus. Excellent problem-solving skills and attention to detail. Strong communication and teamwork skills. Ability to work More ❯

workflow Skilled in the use of communication protocols such as CANbus, LIN, etc. Skilled in the use of software coding tools and software validation tools such as Matlab, Simulink, C++, etc. Skilled in the application of the Design Failure Mode and Effects Analysis (DFMEA) process. Skilled in applying structured problem solving approaches and analytical tools such as 8D and More ❯

workflow Skilled in the use of communication protocols such as CANbus, LIN, etc. Skilled in the use of software coding tools and software validation tools such as Matlab, Simulink, C++, etc. Skilled in the application of the Design Failure Mode and Effects Analysis (DFMEA) process. Skilled in applying structured problem solving approaches and analytical tools such as 8D and More ❯

cross-functionally in a small, focused engineering team. Strong communication skills and a proactive mindset when solving technical challenges. Desirable (Not Essential): Exposure to simulation tools (e.g., MATLAB/Simulink) and model-based code generation. Familiarity with modern software tools such as JIRA or similar for task tracking. Experience using requirements management platforms like DOORS, Polarion, or Jama. Background More ❯

CPUs, real-time programming, and debugging tools like CANalyzer, CANoe, and VFlash. Familiarity with AUTOSAR systems, particularly Vector MICROSAR and the DaVinci toolchain. Desirable Skills: Knowledge of MATLAB and Simulink model development. Exposure to unit testing, SIL/HIL testing, and system-level understanding of power electronics and motor controllers. Awareness of ISO 26262 standards and ASIL risk classifications. More ❯

techniques (FHA, FTA, FMEA) and reliability assessments is also desired. Considerable experience in managing systems engineering elements in software-centric environments, such as RMT (Polarion, DOORS) and CAE (Matlab Simulink, Simcenter). Strong aptitude for close collaboration with, and providing structure and clarity to, multiple cross-functional stakeholders. Additionally, a robust willingness to adapt based on stakeholder feedback and More ❯

modelling, flight dynamics, control systems, or similar domains. Experience leading technical teams and delivering on complex engineering programmes through to certification. Expertise in relevant tools such as MATLAB/Simulink etc. Practical understanding of the aircraft development lifecycle, especially model-based certification practices. Passion for innovation, strong problem-solving skills, and a hands-on, entrepreneurial mindset. Excellent communication, stakeholder More ❯

Design System in Package (SiP) Design RF over Fibre RF/Microwave components e.g. Low Noise Amplifiers, Trans-impedance amplifiers RF Chain Analysis Model driven engineering using Matlab and Simulink Automating test equipment using Labview Assisting early careers engineers Life at Leonardo With a company funded benefits package, a commitment to learning and development, and a flexible approach to More ❯