Automotive Software Architect & Toolchain Engineer - Automotive or Electrical drive systems Location: Norwich Permanent Hybrid / 3-4 days onsite per week ARCA Resourcing is proud to partner with an innovative high-tech scale-up at the forefront of next-generation electric drive systems for automotive and mobility applications. This is a rare opportunity for a Software Tools & Architecture Engineer to play a defining role in shaping the entire software engineering ecosystem - from embedded platforms and operating systems through to automated toolchains, verification environments, and model-based development workflows. You ll be joining a highly ambitious engineering organisation developing advanced electric drive technologies, where software quality, scalability, automation, and engineering excellence are central to product success. The Opportunity In this role, you will define, standardise, and continuously improve the software architecture and development toolchain used across complex embedded automotive systems. You will act as a key technical authority in shaping how software is built, integrated, tested, verified, and released. This is a hands-on architecture role with significant influence across engineering disciplines, including embedded software, controls, systems, electronics, calibration, and validation teams. A core focus will be driving automation, process maturity, and engineering efficiency aligned with ASPICE principles and functional safety expectations. Key Responsibilities Define and maintain end-to-end software architecture across embedded platforms, middleware, applications, and verification environments Establish software engineering standards, architectural patterns, coding practices, and development workflows Lead the design of scalable, automated development environments including CI/CD pipelines, build systems, and test automation frameworks Specify and integrate toolchains across requirements, modelling, coding, simulation, testing, calibration, diagnostics, and HIL environments Support and enhance model-based development using MATLAB/Simulink and auto-code generation workflows Drive implementation of automated verification strategies including MIL, SIL, PIL, and HIL testing Improve software quality through metrics, dashboards, traceability, and continuous process improvement Ensure alignment with ASPICE, functional safety, cybersecurity, and product engineering requirements Collaborate across multi-disciplinary engineering teams to ensure architectural consistency and toolchain integration Evaluate and introduce emerging technologies to enhance development efficiency and system performance Key Skills & Experience Strong background in software architecture for embedded automotive or electric drive systems Experience building or improving software toolchains, CI/CD pipelines, and automated development workflows Working knowledge of MATLAB/Simulink and model-based development approaches Understanding of ASPICE-aligned automotive software processes Awareness of functional safety principles in embedded software environments Experience with automated testing, static analysis, version control, and requirements traceability Strong embedded software understanding (C/C++, real-time systems, diagnostics, calibration desirable) Experience working across cross-functional engineering teams A proactive mindset with the ability to introduce process improvement and automation Why Apply? This is a high-impact role where your work will directly shape how next-generation electric drive software is engineered, validated, and delivered. You ll have genuine influence over architecture decisions, tooling strategy, and engineering best practices in a fast-moving, innovation-led environment.
Jun 13, 2026
Full time
Automotive Software Architect & Toolchain Engineer - Automotive or Electrical drive systems Location: Norwich Permanent Hybrid / 3-4 days onsite per week ARCA Resourcing is proud to partner with an innovative high-tech scale-up at the forefront of next-generation electric drive systems for automotive and mobility applications. This is a rare opportunity for a Software Tools & Architecture Engineer to play a defining role in shaping the entire software engineering ecosystem - from embedded platforms and operating systems through to automated toolchains, verification environments, and model-based development workflows. You ll be joining a highly ambitious engineering organisation developing advanced electric drive technologies, where software quality, scalability, automation, and engineering excellence are central to product success. The Opportunity In this role, you will define, standardise, and continuously improve the software architecture and development toolchain used across complex embedded automotive systems. You will act as a key technical authority in shaping how software is built, integrated, tested, verified, and released. This is a hands-on architecture role with significant influence across engineering disciplines, including embedded software, controls, systems, electronics, calibration, and validation teams. A core focus will be driving automation, process maturity, and engineering efficiency aligned with ASPICE principles and functional safety expectations. Key Responsibilities Define and maintain end-to-end software architecture across embedded platforms, middleware, applications, and verification environments Establish software engineering standards, architectural patterns, coding practices, and development workflows Lead the design of scalable, automated development environments including CI/CD pipelines, build systems, and test automation frameworks Specify and integrate toolchains across requirements, modelling, coding, simulation, testing, calibration, diagnostics, and HIL environments Support and enhance model-based development using MATLAB/Simulink and auto-code generation workflows Drive implementation of automated verification strategies including MIL, SIL, PIL, and HIL testing Improve software quality through metrics, dashboards, traceability, and continuous process improvement Ensure alignment with ASPICE, functional safety, cybersecurity, and product engineering requirements Collaborate across multi-disciplinary engineering teams to ensure architectural consistency and toolchain integration Evaluate and introduce emerging technologies to enhance development efficiency and system performance Key Skills & Experience Strong background in software architecture for embedded automotive or electric drive systems Experience building or improving software toolchains, CI/CD pipelines, and automated development workflows Working knowledge of MATLAB/Simulink and model-based development approaches Understanding of ASPICE-aligned automotive software processes Awareness of functional safety principles in embedded software environments Experience with automated testing, static analysis, version control, and requirements traceability Strong embedded software understanding (C/C++, real-time systems, diagnostics, calibration desirable) Experience working across cross-functional engineering teams A proactive mindset with the ability to introduce process improvement and automation Why Apply? This is a high-impact role where your work will directly shape how next-generation electric drive software is engineered, validated, and delivered. You ll have genuine influence over architecture decisions, tooling strategy, and engineering best practices in a fast-moving, innovation-led environment.
Role : Automotive Software Architecture & Toolchain Engineer Location : Hethel, Norfolk Type : Permanent Mode of work : Hybrid Key Responsibilities Define, document and maintain end-to-end software architecture across embedded software platforms, operating system layers, middleware, applications, development tools and verification environments for automotive electric drive systems. Establish and promote software development standards, architectural patterns, coding practices and best-practice workflows across engineering teams. Support the definition, implementation and continuous improvement of software processes, methods and toolchains aligned with ASPICE. Ensure software architecture aligns with product roadmaps, system requirements, functional safety needs, cybersecurity considerations, performance targets and structured automotive development processes. Evaluate and select core technologies, frameworks, libraries, operating systems, development tools and software components to support long-term scalability, maintainability, reuse and performance. Design and maintain a unified and automated development environment, including build systems, configuration management, code generation tools, CI/CD pipelines, automated test execution and verification frameworks. Specify, manage and configure development tools across the full software lifecycle, including requirements management, architecture modelling, model-based development, code generation, compilers, static analysis, unit testing, integration testing, calibration, diagnostics, debugging, simulation and HIL environments. Support the integration of MATLAB/Simulink, autocode generation, embedded C/C++, calibration tools, diagnostic tools, simulators and test automation into a consistent software delivery workflow. Implement advanced tools and methods such as automated defect detection, early-stage simulation, model-in-the-loop, software-in-the-loop, processor-in-the-loop, hardware-in-the-loop and automated verification. Establish metrics, dashboards and feedback loops to monitor and improve software quality, development efficiency, process maturity, defect trends and delivery cycle time. Drive defect reduction through improved build processes, automated testing, code quality gates, traceability, architectural governance and continuous integration. Work closely with embedded software, controls, systems, electronics, motor design, calibration, validation and test teams to ensure architectural consistency, tool compatibility and process alignment. Support software release readiness by improving traceability, repeatability, version control, verification evidence and development process compliance. Support innovation activities by exploring emerging technologies, tools and methodologies relevant to automotive electric drive systems. Key Skills Experience defining scalable, maintainable and high-performance software architectures for embedded automotive or electric drive systems. Strong capability in developing and maintaining software tools for simulation, testing, calibration, diagnostics, integration and automated software delivery. Experience with model-based development environments, including MATLAB/Simulink and similar platforms, to support system simulation, control development, testing and validation. Good understanding of automotive software development processes and toolchains aligned with ASPICE principles. Awareness of functional safety and software quality expectations in automotive development environments. Ability to integrate software tools into existing workflows, automate repetitive activities and enable efficient data exchange across software, hardware, controls and test environments. Experience with CI/CD, automated build systems, version control, requirements traceability, static analysis, automated testing and software quality metrics. Strong collaboration skills, with the ability to work effectively across software, controls, hardware, systems, calibration and validation teams. Ability to evaluate emerging technologies, improve workflows and introduce innovative solutions that enhance development efficiency, quality and system performance. Practical understanding of embedded software development, real-time systems, automotive communication protocols, diagnostics, calibration and HIL testing would be beneficial. Ability to evaluate emerging technologies, improve workflows. Randstad Technologies Ltd is a leading specialist recruitment business for the IT & Engineering industries. Please note that due to a high level of applications, we can only respond to applicants whose skills & qualifications are suitable for this position. No terminology in this advert is intended to discriminate against any of the protected characteristics that fall under the Equality Act 2010. For the purposes of the Conduct Regulations 2003, when advertising permanent vacancies we are acting as an Employment Agency, and when advertising temporary/contract vacancies we are acting as an Employment Business.
Jun 13, 2026
Full time
Role : Automotive Software Architecture & Toolchain Engineer Location : Hethel, Norfolk Type : Permanent Mode of work : Hybrid Key Responsibilities Define, document and maintain end-to-end software architecture across embedded software platforms, operating system layers, middleware, applications, development tools and verification environments for automotive electric drive systems. Establish and promote software development standards, architectural patterns, coding practices and best-practice workflows across engineering teams. Support the definition, implementation and continuous improvement of software processes, methods and toolchains aligned with ASPICE. Ensure software architecture aligns with product roadmaps, system requirements, functional safety needs, cybersecurity considerations, performance targets and structured automotive development processes. Evaluate and select core technologies, frameworks, libraries, operating systems, development tools and software components to support long-term scalability, maintainability, reuse and performance. Design and maintain a unified and automated development environment, including build systems, configuration management, code generation tools, CI/CD pipelines, automated test execution and verification frameworks. Specify, manage and configure development tools across the full software lifecycle, including requirements management, architecture modelling, model-based development, code generation, compilers, static analysis, unit testing, integration testing, calibration, diagnostics, debugging, simulation and HIL environments. Support the integration of MATLAB/Simulink, autocode generation, embedded C/C++, calibration tools, diagnostic tools, simulators and test automation into a consistent software delivery workflow. Implement advanced tools and methods such as automated defect detection, early-stage simulation, model-in-the-loop, software-in-the-loop, processor-in-the-loop, hardware-in-the-loop and automated verification. Establish metrics, dashboards and feedback loops to monitor and improve software quality, development efficiency, process maturity, defect trends and delivery cycle time. Drive defect reduction through improved build processes, automated testing, code quality gates, traceability, architectural governance and continuous integration. Work closely with embedded software, controls, systems, electronics, motor design, calibration, validation and test teams to ensure architectural consistency, tool compatibility and process alignment. Support software release readiness by improving traceability, repeatability, version control, verification evidence and development process compliance. Support innovation activities by exploring emerging technologies, tools and methodologies relevant to automotive electric drive systems. Key Skills Experience defining scalable, maintainable and high-performance software architectures for embedded automotive or electric drive systems. Strong capability in developing and maintaining software tools for simulation, testing, calibration, diagnostics, integration and automated software delivery. Experience with model-based development environments, including MATLAB/Simulink and similar platforms, to support system simulation, control development, testing and validation. Good understanding of automotive software development processes and toolchains aligned with ASPICE principles. Awareness of functional safety and software quality expectations in automotive development environments. Ability to integrate software tools into existing workflows, automate repetitive activities and enable efficient data exchange across software, hardware, controls and test environments. Experience with CI/CD, automated build systems, version control, requirements traceability, static analysis, automated testing and software quality metrics. Strong collaboration skills, with the ability to work effectively across software, controls, hardware, systems, calibration and validation teams. Ability to evaluate emerging technologies, improve workflows and introduce innovative solutions that enhance development efficiency, quality and system performance. Practical understanding of embedded software development, real-time systems, automotive communication protocols, diagnostics, calibration and HIL testing would be beneficial. Ability to evaluate emerging technologies, improve workflows. Randstad Technologies Ltd is a leading specialist recruitment business for the IT & Engineering industries. Please note that due to a high level of applications, we can only respond to applicants whose skills & qualifications are suitable for this position. No terminology in this advert is intended to discriminate against any of the protected characteristics that fall under the Equality Act 2010. For the purposes of the Conduct Regulations 2003, when advertising permanent vacancies we are acting as an Employment Agency, and when advertising temporary/contract vacancies we are acting as an Employment Business.
Automotive Software Architect & Toolchain Engineer - Electric drive systems Location: Norwich Permanent Hybrid / Onsite - ideally 3-4 days working onsite per week ARCA Resourcing is proud to partner with an innovative high-tech scale-up at the forefront of next-generation electric drive systems for automotive and mobility applications. This is a rare opportunity for a Software Tools & Architecture Engineer to play a defining role in shaping the entire software engineering ecosystem - from embedded platforms and operating systems through to automated toolchains, verification environments, and model-based development workflows. You'll be joining a highly ambitious engineering organisation developing advanced electric drive technologies, where software quality, scalability, automation, and engineering excellence are central to product success. The Opportunity In this role, you will define, standardise, and continuously improve the software architecture and development toolchain used across complex embedded automotive systems. You will act as a key technical authority in shaping how software is built, integrated, tested, verified, and released. This is a hands-on architecture role with significant influence across engineering disciplines, including embedded software, controls, systems, electronics, calibration, and validation teams. A core focus will be driving automation, process maturity, and engineering efficiency aligned with ASPICE principles and functional safety expectations. Key Responsibilities Define and maintain end-to-end software architecture across embedded platforms, middleware, applications, and verification environments Establish software engineering standards, architectural patterns, coding practices, and development workflows Lead the design of scalable, automated development environments including CI/CD pipelines, build systems, and test automation frameworks Specify and integrate toolchains across requirements, modelling, coding, simulation, testing, calibration, diagnostics, and HIL environments Support and enhance model-based development using MATLAB/Simulink and auto-code generation workflows Drive implementation of automated verification strategies including MIL, SIL, PIL, and HIL testing Improve software quality through metrics, dashboards, traceability, and continuous process improvement Ensure alignment with ASPICE, functional safety, cybersecurity, and product engineering requirements Collaborate across multi-disciplinary engineering teams to ensure architectural consistency and toolchain integration Evaluate and introduce emerging technologies to enhance development efficiency and system performance Key Skills & Experience Strong background in software architecture for embedded automotive or electric drive systems Experience building or improving software toolchains, CI/CD pipelines, and automated development workflows Working knowledge of MATLAB/Simulink and model-based development approaches Understanding of ASPICE-aligned automotive software processes Awareness of functional safety principles in embedded software environments Experience with automated testing, static analysis, version control, and requirements traceability Strong embedded software understanding (C/C++, real-time systems, diagnostics, calibration desirable) Experience working across cross-functional engineering teams A proactive mindset with the ability to introduce process improvement and automation Why Apply? This is a high-impact role where your work will directly shape how next-generation electric drive software is engineered, validated, and delivered. You'll have genuine influence over architecture decisions, tooling strategy, and engineering best practices in a fast-moving, innovation-led environment.
Jun 12, 2026
Full time
Automotive Software Architect & Toolchain Engineer - Electric drive systems Location: Norwich Permanent Hybrid / Onsite - ideally 3-4 days working onsite per week ARCA Resourcing is proud to partner with an innovative high-tech scale-up at the forefront of next-generation electric drive systems for automotive and mobility applications. This is a rare opportunity for a Software Tools & Architecture Engineer to play a defining role in shaping the entire software engineering ecosystem - from embedded platforms and operating systems through to automated toolchains, verification environments, and model-based development workflows. You'll be joining a highly ambitious engineering organisation developing advanced electric drive technologies, where software quality, scalability, automation, and engineering excellence are central to product success. The Opportunity In this role, you will define, standardise, and continuously improve the software architecture and development toolchain used across complex embedded automotive systems. You will act as a key technical authority in shaping how software is built, integrated, tested, verified, and released. This is a hands-on architecture role with significant influence across engineering disciplines, including embedded software, controls, systems, electronics, calibration, and validation teams. A core focus will be driving automation, process maturity, and engineering efficiency aligned with ASPICE principles and functional safety expectations. Key Responsibilities Define and maintain end-to-end software architecture across embedded platforms, middleware, applications, and verification environments Establish software engineering standards, architectural patterns, coding practices, and development workflows Lead the design of scalable, automated development environments including CI/CD pipelines, build systems, and test automation frameworks Specify and integrate toolchains across requirements, modelling, coding, simulation, testing, calibration, diagnostics, and HIL environments Support and enhance model-based development using MATLAB/Simulink and auto-code generation workflows Drive implementation of automated verification strategies including MIL, SIL, PIL, and HIL testing Improve software quality through metrics, dashboards, traceability, and continuous process improvement Ensure alignment with ASPICE, functional safety, cybersecurity, and product engineering requirements Collaborate across multi-disciplinary engineering teams to ensure architectural consistency and toolchain integration Evaluate and introduce emerging technologies to enhance development efficiency and system performance Key Skills & Experience Strong background in software architecture for embedded automotive or electric drive systems Experience building or improving software toolchains, CI/CD pipelines, and automated development workflows Working knowledge of MATLAB/Simulink and model-based development approaches Understanding of ASPICE-aligned automotive software processes Awareness of functional safety principles in embedded software environments Experience with automated testing, static analysis, version control, and requirements traceability Strong embedded software understanding (C/C++, real-time systems, diagnostics, calibration desirable) Experience working across cross-functional engineering teams A proactive mindset with the ability to introduce process improvement and automation Why Apply? This is a high-impact role where your work will directly shape how next-generation electric drive software is engineered, validated, and delivered. You'll have genuine influence over architecture decisions, tooling strategy, and engineering best practices in a fast-moving, innovation-led environment.
Automotive Software Architecture & Toolchain Engineer Location & Hours Location: Norfolk Work Arrangement: Hybrid options available, though typically require 3-4 days per week on-site to facilitate collaborative and hands-on engineering activities. Hours: 37.5 per week (8:30am - 5:00pm, Monday to Friday) Salary: £Negotiable Type: Permanent role Role Purpose We are an innovative engineering company specialising in the design and development of advanced electric drive systems for automotive and mobility applications. We are seeking a skilled Software Tools & Architecture Engineer to define, standardise, and enhance our software development ecosystem across Embedded platforms, operating system layers, application frameworks, model-based development environments, calibration and diagnostic tools, automated workflows, and verification environments. This role is ideal for an engineer who enjoys solving complex technical problems, defining robust and scalable software architectures, and introducing effective processes, automation, and toolchains that improve development efficiency, software quality, and delivery performance. A key part of the role is to help shape and embed automotive software development processes, methods, and toolchains aligned with ASPICE principles, functional safety expectations, and the company's wider software engineering strategy. Key Responsibilities Architecture & Standards: Define, document, and maintain end-to-end software architecture across Embedded platforms, OS layers, Middleware, applications, development tools, and verification environments. Establish and promote coding practices, architectural patterns, and best-practice workflows. Process Alignment: Support the implementation and continuous improvement of software processes and toolchains aligned with ASPICE, functional safety, cybersecurity, and performance targets. Toolchain & Automation: Design and maintain a unified, automated development environment including build systems, configuration management, code generation, and CI/CD pipelines. Specify and configure tools across the full software life cycle (compilers, static analysis, unit/integration testing, HIL environments). Integration & Simulation: Support the integration of MATLAB/Simulink, autocode generation, Embedded C/C++, calibration, and diagnostic tools. Implement advanced methods like MIL, SIL, PIL, and HIL testing. Quality & Governance: Establish metrics, dashboards, and feedback loops to monitor software quality, process maturity, and defect trends. Drive defect reduction through automated testing, code quality gates, and architectural governance. Cross-Functional Collaboration: Work closely with Embedded software, controls, systems, electronics, motor design, calibration, and test teams to ensure tool compatibility and architectural consistency. Innovation: Support software release readiness by improving traceability and version control, while exploring emerging technologies and tools relevant to electric drive systems. Key Skills & Experience Software Architecture: Proven experience defining scalable, maintainable, and high-performance software architectures for Embedded automotive or electric drive systems. Tool Development & Automation: Strong capability in developing and maintaining software tools for simulation, testing, calibration, diagnostics, and automated software delivery. Ability to automate repetitive activities and enable efficient data exchange. Model-Based Development: Experience with MATLAB/Simulink and similar platforms to support system simulation, control development, testing, and validation. Standards Awareness: Good understanding of automotive development processes aligned with ASPICE principles and awareness of functional safety/software quality expectations. DevOps & Quality: Experience with CI/CD, automated build systems, version control, requirements traceability, static analysis, and software quality metrics. Collaboration: Strong communication and teamwork skills to collaborate effectively across multidisciplinary engineering teams. Problem Solving: Ability to evaluate emerging technologies, improve workflows, and introduce innovative solutions that enhance system performance. Embedded Systems (Beneficial): Practical understanding of Real Time systems, automotive communication protocols, diagnostics, calibration, and HIL testing. If you are interested in this opportunity, please apply directly. Randstad Technologies Ltd is a leading specialist recruitment business for the IT & Engineering industries. Please note that due to a high level of applications, we can only respond to applicants whose skills & qualifications are suitable for this position. No terminology in this advert is intended to discriminate against any of the protected characteristics that fall under the Equality Act 2010. For the purposes of the Conduct Regulations 2003, when advertising permanent vacancies we are acting as an Employment Agency, and when advertising temporary/contract vacancies we are acting as an Employment Business.
Jun 08, 2026
Full time
Automotive Software Architecture & Toolchain Engineer Location & Hours Location: Norfolk Work Arrangement: Hybrid options available, though typically require 3-4 days per week on-site to facilitate collaborative and hands-on engineering activities. Hours: 37.5 per week (8:30am - 5:00pm, Monday to Friday) Salary: £Negotiable Type: Permanent role Role Purpose We are an innovative engineering company specialising in the design and development of advanced electric drive systems for automotive and mobility applications. We are seeking a skilled Software Tools & Architecture Engineer to define, standardise, and enhance our software development ecosystem across Embedded platforms, operating system layers, application frameworks, model-based development environments, calibration and diagnostic tools, automated workflows, and verification environments. This role is ideal for an engineer who enjoys solving complex technical problems, defining robust and scalable software architectures, and introducing effective processes, automation, and toolchains that improve development efficiency, software quality, and delivery performance. A key part of the role is to help shape and embed automotive software development processes, methods, and toolchains aligned with ASPICE principles, functional safety expectations, and the company's wider software engineering strategy. Key Responsibilities Architecture & Standards: Define, document, and maintain end-to-end software architecture across Embedded platforms, OS layers, Middleware, applications, development tools, and verification environments. Establish and promote coding practices, architectural patterns, and best-practice workflows. Process Alignment: Support the implementation and continuous improvement of software processes and toolchains aligned with ASPICE, functional safety, cybersecurity, and performance targets. Toolchain & Automation: Design and maintain a unified, automated development environment including build systems, configuration management, code generation, and CI/CD pipelines. Specify and configure tools across the full software life cycle (compilers, static analysis, unit/integration testing, HIL environments). Integration & Simulation: Support the integration of MATLAB/Simulink, autocode generation, Embedded C/C++, calibration, and diagnostic tools. Implement advanced methods like MIL, SIL, PIL, and HIL testing. Quality & Governance: Establish metrics, dashboards, and feedback loops to monitor software quality, process maturity, and defect trends. Drive defect reduction through automated testing, code quality gates, and architectural governance. Cross-Functional Collaboration: Work closely with Embedded software, controls, systems, electronics, motor design, calibration, and test teams to ensure tool compatibility and architectural consistency. Innovation: Support software release readiness by improving traceability and version control, while exploring emerging technologies and tools relevant to electric drive systems. Key Skills & Experience Software Architecture: Proven experience defining scalable, maintainable, and high-performance software architectures for Embedded automotive or electric drive systems. Tool Development & Automation: Strong capability in developing and maintaining software tools for simulation, testing, calibration, diagnostics, and automated software delivery. Ability to automate repetitive activities and enable efficient data exchange. Model-Based Development: Experience with MATLAB/Simulink and similar platforms to support system simulation, control development, testing, and validation. Standards Awareness: Good understanding of automotive development processes aligned with ASPICE principles and awareness of functional safety/software quality expectations. DevOps & Quality: Experience with CI/CD, automated build systems, version control, requirements traceability, static analysis, and software quality metrics. Collaboration: Strong communication and teamwork skills to collaborate effectively across multidisciplinary engineering teams. Problem Solving: Ability to evaluate emerging technologies, improve workflows, and introduce innovative solutions that enhance system performance. Embedded Systems (Beneficial): Practical understanding of Real Time systems, automotive communication protocols, diagnostics, calibration, and HIL testing. If you are interested in this opportunity, please apply directly. Randstad Technologies Ltd is a leading specialist recruitment business for the IT & Engineering industries. Please note that due to a high level of applications, we can only respond to applicants whose skills & qualifications are suitable for this position. No terminology in this advert is intended to discriminate against any of the protected characteristics that fall under the Equality Act 2010. For the purposes of the Conduct Regulations 2003, when advertising permanent vacancies we are acting as an Employment Agency, and when advertising temporary/contract vacancies we are acting as an Employment Business.
We are seeking a hands-on Electrical Engineer - HMI to develop advanced HMI systems for a leading motorcycle manufacturer. You'll design both software and hardware interfaces, working closely with cross-functional teams to deliver innovative, safe, and user-friendly solutions for infotainment, instrument clusters, and driver assistance features. The Electrical Engineer - HMI will: Design and develop HMI systems for infotainment, instrument clusters, and driver assistance features. Collaborate with UX/UI designers, software developers, and system engineers to translate user needs into functional interfaces. Define HMI architecture, system requirements, and interface specifications. Support hardware and software validation, working closely with the Engineering validation team. Ensure compliance with automotive safety standards (e.g., ISO 26262) and usability guidelines. Contribute to the software development process and wider electrical team activities, including functional specifications and module requirements. The Electrical Engineer - HMI will have: Proven experience in HMI system design and development. Strong understanding of manufacturing processes and design for assembly/manufacture. Experience with dSPACE HIL toolchain and Vector tools (Canalyzer/CANoe/Canape). Solid engineering fundamentals in the design and development of components and assemblies. Hands-on, motivated team player, comfortable working cross-functionally. Knowledge of automotive safety standards and usability guidelines. If you're a hands-on, innovative Electrical Engineer with a passion for HMI systems, this is your chance to work on cutting-edge technology and shape the future of premium motorcycles. Apply today to join a dynamic and collaborative team.
Oct 03, 2025
Full time
We are seeking a hands-on Electrical Engineer - HMI to develop advanced HMI systems for a leading motorcycle manufacturer. You'll design both software and hardware interfaces, working closely with cross-functional teams to deliver innovative, safe, and user-friendly solutions for infotainment, instrument clusters, and driver assistance features. The Electrical Engineer - HMI will: Design and develop HMI systems for infotainment, instrument clusters, and driver assistance features. Collaborate with UX/UI designers, software developers, and system engineers to translate user needs into functional interfaces. Define HMI architecture, system requirements, and interface specifications. Support hardware and software validation, working closely with the Engineering validation team. Ensure compliance with automotive safety standards (e.g., ISO 26262) and usability guidelines. Contribute to the software development process and wider electrical team activities, including functional specifications and module requirements. The Electrical Engineer - HMI will have: Proven experience in HMI system design and development. Strong understanding of manufacturing processes and design for assembly/manufacture. Experience with dSPACE HIL toolchain and Vector tools (Canalyzer/CANoe/Canape). Solid engineering fundamentals in the design and development of components and assemblies. Hands-on, motivated team player, comfortable working cross-functionally. Knowledge of automotive safety standards and usability guidelines. If you're a hands-on, innovative Electrical Engineer with a passion for HMI systems, this is your chance to work on cutting-edge technology and shape the future of premium motorcycles. Apply today to join a dynamic and collaborative team.
We are seeking a hands-on Electrical Engineer - HMI to develop advanced HMI systems for a leading motorcycle manufacturer. You'll design both software and hardware interfaces, working closely with cross-functional teams to deliver innovative, safe, and user-friendly solutions for infotainment, instrument clusters, and driver assistance features. The Electrical Engineer - HMI will: Design and develop HMI systems for infotainment, instrument clusters, and driver assistance features. Collaborate with UX/UI designers, software developers, and system engineers to translate user needs into functional interfaces. Define HMI architecture, system requirements, and interface specifications. Support hardware and software validation, working closely with the Engineering validation team. Ensure compliance with automotive safety standards (e.g., ISO 26262) and usability guidelines. Contribute to the software development process and wider electrical team activities, including functional specifications and module requirements. The Electrical Engineer - HMI will have: Proven experience in HMI system design and development. Strong understanding of manufacturing processes and design for assembly/manufacture. Experience with dSPACE HIL toolchain and Vector tools (Canalyzer/CANoe/Canape). Solid engineering fundamentals in the design and development of components and assemblies. Hands-on, motivated team player, comfortable working cross-functionally. Knowledge of automotive safety standards and usability guidelines. If you're a hands-on, innovative Electrical Engineer with a passion for HMI systems, this is your chance to work on cutting-edge technology and shape the future of premium motorcycles. Apply today to join a dynamic and collaborative team.
Oct 02, 2025
Full time
We are seeking a hands-on Electrical Engineer - HMI to develop advanced HMI systems for a leading motorcycle manufacturer. You'll design both software and hardware interfaces, working closely with cross-functional teams to deliver innovative, safe, and user-friendly solutions for infotainment, instrument clusters, and driver assistance features. The Electrical Engineer - HMI will: Design and develop HMI systems for infotainment, instrument clusters, and driver assistance features. Collaborate with UX/UI designers, software developers, and system engineers to translate user needs into functional interfaces. Define HMI architecture, system requirements, and interface specifications. Support hardware and software validation, working closely with the Engineering validation team. Ensure compliance with automotive safety standards (e.g., ISO 26262) and usability guidelines. Contribute to the software development process and wider electrical team activities, including functional specifications and module requirements. The Electrical Engineer - HMI will have: Proven experience in HMI system design and development. Strong understanding of manufacturing processes and design for assembly/manufacture. Experience with dSPACE HIL toolchain and Vector tools (Canalyzer/CANoe/Canape). Solid engineering fundamentals in the design and development of components and assemblies. Hands-on, motivated team player, comfortable working cross-functionally. Knowledge of automotive safety standards and usability guidelines. If you're a hands-on, innovative Electrical Engineer with a passion for HMI systems, this is your chance to work on cutting-edge technology and shape the future of premium motorcycles. Apply today to join a dynamic and collaborative team.
