21 of 21 AUTOSAR Jobs in the UK

manufacturing business to recruit a Principal Firmware Engineer to lead automotive software development and validation activities. As a Principal Firmware Engineer, you will specialize in developing embedded software within AUTOSAR and MISRA-C requirements. Responsibilities of the Principal Firmware Engineer: Develop embedded software for automotive and aerospace products. Mentor and lead technical project teams. Utilize tools such as CANope and … Degree in Computer Science, Electronics Engineering, or a related field. Subject matter expert in embedded/firmware software development. Leadership qualities and ability to lead by example. Understanding of AUTOSAR and MISRA-C standards. Excellent communication skills. Experience in automotive or aerospace software development processes. Proficiency with software development tools such as MATLAB/Simulink, Embedded Coders, ETAS ISOLAR, and More ❯

drive technical projects from concept to completion. Familiarity with ISO 26262 and automotive cybersecurity . Knowledge of Pulsed Radio UWB (Ultra-Wide Band Pulsed Radio Frequency) . Familiarity with AUTOSAR . Knowledge of Motor Drives and Controlled Systems . What We Offer Competitive salary with Private Pension Scheme . Career progression opportunities, including leadership and project ownership. The chance to More ❯

C, with additional proficiency in C++ or Assembly as a plus. Solid understanding of computer architecture and hardware/software interaction. In-depth knowledge of operating systems (e.g. RTOS, AUTOSAR environments). Proven problem-solving and debugging capabilities in embedded systems. Experience in automotive software development and testing processes. Familiarity with AUTOSAR architecture and concepts. Experience working on safety-critical More ❯

code generation is essential. Proven experience as a Software Architect within the automotive domain, with a solid understanding of embedded systems. ASPICE Process. Expertise in application software design in Autosar based architecture and a strong grasp of UML and Model:based system engineering. Proficiency in MATLAB/Simulink modelling, capable of translating complex requirements into functional software. A degree in More ❯

requirements Lead the definition of E2E fault handling System and Software Architecture definition, design (MATLAB Simulink, Catia Magic MSOSA) Support the implementation of fault handling solution for ECUs in AUTOSAR compliant framework, in an agile application life-cycle management meeting the JLR Quality Management System (CS QMS) and ISO26262 Standard Collaborate with System , hardware, Software and Functional safety teams to … ambition to achieve the exceptional, there are several skills that you’ll need to have to help you succeed here, including: Previous design and delivery experience with safety critical Autosar Classic & Adaptive based Automotive platforms Expert knowledge in delivering solutions for ISO 26262 Part 5, Part 6 Previous design experience with Safety micro controllers, Performance SOCs, power architecture and intra … Expert knowledge in capturing Hardware/Software platform solutions in UML/SYSML environment Good understanding of Systems Engineering methodologies Previous experience of delivering fault handling and diagnostics on Autosar based Automotive platforms Familiar with Automotive software quality - MISRA, QAC/Polyspace and other methods BENEFITS This role is rewarding in more ways than one. On top of our core More ❯

as directed by their line manager in relation to their role. Skills Required: Proven experience as a software architect in automotive domain Excellent knowledge of application software design in autosar based architecture Excellent knowledge of UML and Model based system engineering, MATLAB/Simulink modelling experience Experience Required: Capable of validating the control code through use of software validation tools More ❯

as directed by their line manager in relation to their role. Skills Required: Proven experience as a software architect in automotive domain Excellent knowledge of application software design in autosar based architecture Excellent knowledge of UML and Model based system engineering, MATLAB/Simulink modelling experience Experience Required: Capable of validating the control code through use of software validation tools More ❯

code generation is essential. Proven experience as a Software Architect within the automotive domain, with a solid understanding of embedded systems. ASPICE Process. Expertise in application software design in Autosar based architecture and a strong grasp of UML and Model-based system engineering. Proficiency in MATLAB/Simulink modelling, capable of translating complex requirements into functional software. A degree in More ❯

code generation is essential. Proven experience as a Software Architect within the automotive domain, with a solid understanding of embedded systems. ASPICE Process. Expertise in application software design in Autosar based architecture and a strong grasp of UML and Model-based system engineering. Proficiency in MATLAB/Simulink modelling, capable of translating complex requirements into functional software. A degree in More ❯

code generation is essential. Proven experience as a Software Architect within the automotive domain, with a solid understanding of embedded systems. ASPICE Process. Expertise in application software design in Autosar based architecture and a strong grasp of UML and Model-based system engineering. Proficiency in MATLAB/Simulink modelling, capable of translating complex requirements into functional software. A degree in More ❯

code generation is essential. Proven experience as a Software Architect within the automotive domain, with a solid understanding of embedded systems. ASPICE Process. Expertise in application software design in Autosar based architecture and a strong grasp of UML and Model-based system engineering. Proficiency in MATLAB/Simulink modelling, capable of translating complex requirements into functional software. A degree in More ❯

automotive embedded systems. Collaborate with hardware and systems teams on bootloaders, drivers, and automotive communication protocols (CAN, FlexRay). Ensure firmware meets automotive safety and security standards (ISO 26262, AUTOSAR). Participate in debugging, integration, and validation of embedded software. Support product certification and compliance activities. You Bring 3+ years experience Strong skills in C/C++ and real-time … problem-solving skills and ability to work collaboratively. Nice to have: Knowledge of RISC-V ISA and ecosystem tools. Experience with automotive safety standards and development processes. Familiarity with AUTOSAR or other automotive software frameworks. More ❯

and Software fault handling strategies and platform system requirements Leading E2E fault handling system and software architecture design using MATLAB Simulink, Catia Magic MSOSA Implementing fault handling solutions within AUTOSAR frameworks, adhering to JLR Quality Management System and ISO26262 standards Collaborating with system, hardware, software, and functional safety teams Applying Systems Engineering methods to design complex safety-critical hardware and … software platforms for ADAS applications Supporting test strategy development and working with validation teams for test interface design Qualifications include: Experience with safety-critical Autosar Classic & Adaptive automotive platforms Expertise in ISO 26262 Parts 5 and 6 Experience with safety microcontrollers, SOCs, power architecture, and intra-ECU communication Proficiency in UML/SYSML for hardware/software platform solutions Understanding … of Systems Engineering methodologies Experience with fault handling and diagnostics on Autosar platforms Knowledge of automotive software quality standards like MISRA, QAC/Polyspace Benefits include: Discounted car purchase Parental leave policies Competitive pension and performance bonuses Funding for education and training Supportive social networks and policies Life Assurance and Income Protection Flexible working arrangements JLR promotes a modern, inclusive More ❯

from concept to completion. Familiarity with ISO 26262 and automotive cybersecurity . Desirable Skills & Experience Knowledge of Pulsed Radio UWB (Ultra-Wide Band Pulsed Radio Frequency) . Familiarity with AUTOSAR . Knowledge of Motor Drives and Controlled Systems . What We Offer Competitive salary with Private Pension Scheme . Career progression opportunities, including leadership and project ownership. The chance to More ❯

U-Boot, Linux drivers) System bring-up and JTAG debugging expertise Good background of system performance analysis Experience with RTL simulation tools and software development tools Familiarity with SOAFEE, AUTOSAR Accommodations at Arm At Arm, we want to build extraordinary teams. If you need an adjustment or an accommodation during the recruitment process, please email . To note, by sending More ❯

Engineering team takes the lead on product development, producing the information which is needed for our software and hardware engineers to deliver. Our software development is built upon Vector AUTOSAR with Multimatic responsible for the base level all the way through to controls (often developed in MATLAB/Simulink). The hardware is then our enabler, developed from the ground More ❯

control systems for innovative propulsion technologies. The Graduate - Controls/Electrical will: Assist in developing and testing embedded software and control systems for electric propulsion technologies. Support integration of AUTOSAR-based software into motor and inverter control platforms. Learn to design and simulate control strategies using MATLAB/Simulink with senior engineer guidance. Help validate systems using simulation tools and … of MATLAB/Simulink and control theory. Strong interest in electric motor control, power electronics, and real-time embedded systems. Team player with enthusiasm to learn industry tools like AUTOSAR, CAN protocols, or HIL simulation. If you re a motivated graduate ready to start your career in electric propulsion technology, we d love to hear from you! Submit a copy More ❯

control systems for innovative propulsion technologies. The Graduate - Controls/Electrical will: Assist in developing and testing embedded software and control systems for electric propulsion technologies. Support integration of AUTOSAR-based software into motor and inverter control platforms. Learn to design and simulate control strategies using MATLAB/Simulink with senior engineer guidance. Help validate systems using simulation tools and … of MATLAB/Simulink and control theory. Strong interest in electric motor control, power electronics, and real-time embedded systems. Team player with enthusiasm to learn industry tools like AUTOSAR, CAN protocols, or HIL simulation. If you’re a motivated graduate ready to start your career in electric propulsion technology, we’d love to hear from you! Submit a copy More ❯

/R5 cores (e.g., TI SYS/BIOS or SafeRTOS) Understanding of hypervisors, multi-core OS boot flows, and virtualisation if used in system Strong working knowledge of Adaptive AUTOSAR (AVAP) architecture and software stack Understanding of Classic AUTOSAR components when applicable (e.g., MCAL, COM stack, OS abstraction) Familiarity with SOME/IP, ARA COM, and service-oriented architecture Software More ❯

The role As the Technical Lead for the Performance Optimisation Team at Wayve, you will play a key role in equipping the company with the tools and strategies needed to ensure its onboard software operates efficiently and reliably. You will More ❯

Tech Lead, Inference Performance, Onboard London At Wayve we're committed to creating a diverse, fair and respectful culture that is inclusive of everyone based on their unique skills and perspectives, and regardless of sex, race, religion or belief, ethnic More ❯