Our client is seeking a Motor Control Software Engineer (Matlab/Simulink) to design, model, and implement high performance control algorithms using MATLAB/Simulink. This role offers the opportunity to work closely with systems, hardware, and embedded software teams to deliver robust, production ready electric motor control solutions. The Motor Control Software Engineer (Matlab/Simulink) will: Develop motor control algorithms in MATLAB/Simulink for electric drive applications. Design, model, and tune control strategies for PMSM, BLDC, and induction motors. Implement and validate key control functions including FOC, torque, speed, and current control. Conduct modelling and simulation of motor and inverter behaviour to support design decisions. Support integration of model based designs into embedded software environments. Participate in testing, calibration, and validation activities across SIL, MIL, HIL, dyno, and vehicle environments. The Motor Control Software Engineer (Matlab/Simulink) will have: Strong hands on experience with motor control development using MATLAB/Simulink. Solid understanding of electric motor theory, including PMSM, BLDC, and induction machines. Practical experience implementing Field Oriented Control and related control techniques. Familiarity with automotive embedded software principles and application level integration. Experience with model based design workflows and auto code generation. Ability to collaborate effectively with hardware, embedded software, and systems engineering teams. You'll collaborate with experts across multiple disciplines and play a key part in delivering innovative solutions for future mobility. If you're motivated, technically strong, and eager to make an impact in the electrification space, apply now!
14/01/2026
Full time
Our client is seeking a Motor Control Software Engineer (Matlab/Simulink) to design, model, and implement high performance control algorithms using MATLAB/Simulink. This role offers the opportunity to work closely with systems, hardware, and embedded software teams to deliver robust, production ready electric motor control solutions. The Motor Control Software Engineer (Matlab/Simulink) will: Develop motor control algorithms in MATLAB/Simulink for electric drive applications. Design, model, and tune control strategies for PMSM, BLDC, and induction motors. Implement and validate key control functions including FOC, torque, speed, and current control. Conduct modelling and simulation of motor and inverter behaviour to support design decisions. Support integration of model based designs into embedded software environments. Participate in testing, calibration, and validation activities across SIL, MIL, HIL, dyno, and vehicle environments. The Motor Control Software Engineer (Matlab/Simulink) will have: Strong hands on experience with motor control development using MATLAB/Simulink. Solid understanding of electric motor theory, including PMSM, BLDC, and induction machines. Practical experience implementing Field Oriented Control and related control techniques. Familiarity with automotive embedded software principles and application level integration. Experience with model based design workflows and auto code generation. Ability to collaborate effectively with hardware, embedded software, and systems engineering teams. You'll collaborate with experts across multiple disciplines and play a key part in delivering innovative solutions for future mobility. If you're motivated, technically strong, and eager to make an impact in the electrification space, apply now!
Are you an expert in AUTOSAR Classic Base Software with a passion for architecting high performance, safety critical embedded systems? Our client is seeking an AUTOSAR Base Software Architect to define, own, and govern BSW architecture across multiple ECU platforms. This role provides deep technical leadership, working closely with cross functional teams to deliver robust, scalable, and safety compliant automotive software solutions. The AUTOSAR Base Software Architect will: Define, maintain, and govern the AUTOSAR Classic Base Software architecture across ECU platforms. Configure and integrate core BSW modules including MCAL, OS, COM stack, Diagnostics, NVM, and memory services. Lead technical reviews, architecture discussions, and design decisions across the organisation. Support ECU bring up, troubleshooting, and integration with application software on target hardware. Architect high speed control CDDs for e mobility applications, ensuring deterministic real time performance. Ensure alignment with ISO 26262, ASPICE, and internal software development processes. The AUTOSAR Base Software Architect will have: Strong experience in AUTOSAR Classic BSW architecture, configuration, and integration. Deep understanding of embedded real time systems, microcontrollers, and automotive ECU environments. Proven ability to integrate high speed control algorithms via AUTOSAR Classic CDDs. Expertise in timing behaviour: ISR design, scheduling, jitter control, CPU load analysis, and optimisation. Strong knowledge of motor control critical peripherals (PWM, ADC, DMA, timers, sensors, encoders). Clear communication and leadership skills with the ability to influence technical direction. This role offers the opportunity to shape advanced AUTOSAR architectures for next generation automotive and e mobility platforms. If you're a technical authority ready to take ownership of complex BSW architecture, we'd love to hear from you.
14/01/2026
Full time
Are you an expert in AUTOSAR Classic Base Software with a passion for architecting high performance, safety critical embedded systems? Our client is seeking an AUTOSAR Base Software Architect to define, own, and govern BSW architecture across multiple ECU platforms. This role provides deep technical leadership, working closely with cross functional teams to deliver robust, scalable, and safety compliant automotive software solutions. The AUTOSAR Base Software Architect will: Define, maintain, and govern the AUTOSAR Classic Base Software architecture across ECU platforms. Configure and integrate core BSW modules including MCAL, OS, COM stack, Diagnostics, NVM, and memory services. Lead technical reviews, architecture discussions, and design decisions across the organisation. Support ECU bring up, troubleshooting, and integration with application software on target hardware. Architect high speed control CDDs for e mobility applications, ensuring deterministic real time performance. Ensure alignment with ISO 26262, ASPICE, and internal software development processes. The AUTOSAR Base Software Architect will have: Strong experience in AUTOSAR Classic BSW architecture, configuration, and integration. Deep understanding of embedded real time systems, microcontrollers, and automotive ECU environments. Proven ability to integrate high speed control algorithms via AUTOSAR Classic CDDs. Expertise in timing behaviour: ISR design, scheduling, jitter control, CPU load analysis, and optimisation. Strong knowledge of motor control critical peripherals (PWM, ADC, DMA, timers, sensors, encoders). Clear communication and leadership skills with the ability to influence technical direction. This role offers the opportunity to shape advanced AUTOSAR architectures for next generation automotive and e mobility platforms. If you're a technical authority ready to take ownership of complex BSW architecture, we'd love to hear from you.
Our client is seeking a Functional Safety Systems Engineer to lead safety activities across traction inverters, power electronics, and associated control systems. This role covers the full ISO 26262 safety lifecycle and requires close collaboration with systems, hardware, controls, and software teams to ensure end to end safety compliance for safety critical automotive products. The Functional Safety Systems Engineer will: Lead functional safety activities at system and hardware level in accordance with ISO 26262. Define, manage, and maintain functional and technical safety requirements throughout the lifecycle. Develop functional, technical, system, and hardware safety concepts for e drive and power electronics products. Perform and support safety analyses including HARA, FMEA, FMEDA, and FTA. Contribute to hardware safety architecture, safety metrics (SPFM, LFM, PMHF), and implementation of safety mechanisms. Collaborate with cross functional teams to ensure safety alignment between hardware, software, and controls. The Functional Safety Systems Engineer will have: Proven experience as a Functional Safety or Systems Engineer within automotive applications. Strong knowledge of ISO 26262 across system and hardware development phases. Hands on experience with traction inverters, power electronics, or electrified powertrain systems. Practical experience performing FMEDA and other system/hardware safety analyses. Familiarity with safety requirements management tools and traceability workflows. Clear communication skills with a systematic, methodical approach to engineering tasks. Experience of Probabilistic Metric of Hardware Failure (sometimes referred to by the more common acronym PMHF) This is a fantastic opportunity to work on advanced power electronics systems shaping the future of e mobility. If you're passionate about automotive safety and ready to take technical ownership, apply using an updated version of your CV and we will be in touch!
14/01/2026
Full time
Our client is seeking a Functional Safety Systems Engineer to lead safety activities across traction inverters, power electronics, and associated control systems. This role covers the full ISO 26262 safety lifecycle and requires close collaboration with systems, hardware, controls, and software teams to ensure end to end safety compliance for safety critical automotive products. The Functional Safety Systems Engineer will: Lead functional safety activities at system and hardware level in accordance with ISO 26262. Define, manage, and maintain functional and technical safety requirements throughout the lifecycle. Develop functional, technical, system, and hardware safety concepts for e drive and power electronics products. Perform and support safety analyses including HARA, FMEA, FMEDA, and FTA. Contribute to hardware safety architecture, safety metrics (SPFM, LFM, PMHF), and implementation of safety mechanisms. Collaborate with cross functional teams to ensure safety alignment between hardware, software, and controls. The Functional Safety Systems Engineer will have: Proven experience as a Functional Safety or Systems Engineer within automotive applications. Strong knowledge of ISO 26262 across system and hardware development phases. Hands on experience with traction inverters, power electronics, or electrified powertrain systems. Practical experience performing FMEDA and other system/hardware safety analyses. Familiarity with safety requirements management tools and traceability workflows. Clear communication skills with a systematic, methodical approach to engineering tasks. Experience of Probabilistic Metric of Hardware Failure (sometimes referred to by the more common acronym PMHF) This is a fantastic opportunity to work on advanced power electronics systems shaping the future of e mobility. If you're passionate about automotive safety and ready to take technical ownership, apply using an updated version of your CV and we will be in touch!
We are currently looking for a Chief / Principal Systems Engineer to lead system definition, architecture, and governance across complex e drive, inverter, motor, battery, and thermal domains. This role acts as a technical authority across the full systems V model, ensuring alignment between hardware, software, controls, and safety teams while shaping the future of advanced EV platforms. The Chief / Principal Systems Engineer will: Define and own system requirements across electrified powertrain programmes, from vehicle level through to subsystems. Lead the development of system architectures covering e drive, traction inverter, motor, battery, and thermal systems. Maintain full traceability of requirements and technical decisions across the systems V Serve as the technical authority for system level trade offs, integration, and performance targets. Coordinate cross functional inputs between hardware, software, controls, and functional safety teams. Lead technical reviews, architecture discussions, and system governance activities. The Chief / Principal Systems Engineer will have: Strong background in systems engineering for electrified powertrain or EV platforms. Proven experience defining, managing, and governing system requirements and architectures. Solid understanding of e drive systems including traction inverters, electric motors, and power electronics. Experience working across hardware, software, controls, and functional safety domains. Strong familiarity with systems engineering processes and V model development. Excellent leadership, communication, and decision making skills, with the ability to influence senior stakeholders. This is a unique opportunity to take a leading role in defining and governing cutting edge electric powertrain systems. For more information, simply click the "Apply now" button and we will be in touch with more details!
14/01/2026
Full time
We are currently looking for a Chief / Principal Systems Engineer to lead system definition, architecture, and governance across complex e drive, inverter, motor, battery, and thermal domains. This role acts as a technical authority across the full systems V model, ensuring alignment between hardware, software, controls, and safety teams while shaping the future of advanced EV platforms. The Chief / Principal Systems Engineer will: Define and own system requirements across electrified powertrain programmes, from vehicle level through to subsystems. Lead the development of system architectures covering e drive, traction inverter, motor, battery, and thermal systems. Maintain full traceability of requirements and technical decisions across the systems V Serve as the technical authority for system level trade offs, integration, and performance targets. Coordinate cross functional inputs between hardware, software, controls, and functional safety teams. Lead technical reviews, architecture discussions, and system governance activities. The Chief / Principal Systems Engineer will have: Strong background in systems engineering for electrified powertrain or EV platforms. Proven experience defining, managing, and governing system requirements and architectures. Solid understanding of e drive systems including traction inverters, electric motors, and power electronics. Experience working across hardware, software, controls, and functional safety domains. Strong familiarity with systems engineering processes and V model development. Excellent leadership, communication, and decision making skills, with the ability to influence senior stakeholders. This is a unique opportunity to take a leading role in defining and governing cutting edge electric powertrain systems. For more information, simply click the "Apply now" button and we will be in touch with more details!
Our client, a national manufacturing development facility supporting the scale-up of battery technologies for electric vehicles and energy storage is currently hiring a Junior Business Development Manager . This position focuses on providing technical expertise to customers, understanding their requirements, and delivering tailored solutions that meet project needs while supporting the UK s transition to electrification. The Junior Business Development Manager will: Manage technical aspects of proposal development from inquiry to order (ITO) Deliver high-quality, fully costed technical proposals to secure profitable projects. Lead technical handover to project execution teams after deal closure. Interface with third-party supply partners to understand capabilities and integration requirements. Analyse RFQs and tenders to determine scope, technical deviations, and winning strategies. The Junior Business Development Manager will have: Degree in Engineering or a related technical discipline. Strong customer focus with excellent interpersonal and problem-solving skills. Demonstrable business acumen and ability to manage multiple projects. Strong oral and written communication skills. Ability to lead technically based initiatives and influence stakeholders. Effective problem-solving and project management skills. We are looking for a candidate who can bring technical expertise and a proactive approach to this exciting role. If you have the skills and experience to succeed, we d love to hear from you.
04/01/2026
Full time
Our client, a national manufacturing development facility supporting the scale-up of battery technologies for electric vehicles and energy storage is currently hiring a Junior Business Development Manager . This position focuses on providing technical expertise to customers, understanding their requirements, and delivering tailored solutions that meet project needs while supporting the UK s transition to electrification. The Junior Business Development Manager will: Manage technical aspects of proposal development from inquiry to order (ITO) Deliver high-quality, fully costed technical proposals to secure profitable projects. Lead technical handover to project execution teams after deal closure. Interface with third-party supply partners to understand capabilities and integration requirements. Analyse RFQs and tenders to determine scope, technical deviations, and winning strategies. The Junior Business Development Manager will have: Degree in Engineering or a related technical discipline. Strong customer focus with excellent interpersonal and problem-solving skills. Demonstrable business acumen and ability to manage multiple projects. Strong oral and written communication skills. Ability to lead technically based initiatives and influence stakeholders. Effective problem-solving and project management skills. We are looking for a candidate who can bring technical expertise and a proactive approach to this exciting role. If you have the skills and experience to succeed, we d love to hear from you.
