11 of 11 Hardware-in-the-Loop Jobs in the South West

with safety-critical standards (e.g., ARP4754, ARINC 653, DO-254, DO-248). Understanding of hardware/software integration and hardware-in-the-loop testing. Benefits We offer flexible benefits and career development opportunities, including: Flexible working within core hours. 25 days holiday plus options More ❯

high-reliability domains. Familiarity with safety-critical standards (e.g., ARP4754, ARINC 653, DO-254, DO-178). Understanding hardware/software integration and HIL testing. Benefits Flexible working hours. 25 days holiday plus options to buy/sell days. Life assurance, pension schemes, and other benefits. Supportive work environment More ❯

passionate team of specialist engineers; and be interacting with other subject areas like Simulation and Modelling, Image Processing, Software, Navigation Sensors, Hardware-in-the Loop, Systems Design & Validation, Seekers & Sensors, Datalinks and Technical Quality. We are exposed to ground breaking technological innovations and our Engineers play More ❯

data acquisition system design, development, and deployment. Work efficiently with different multi-disciplinary squads: Cloud Infrastructure, Data Processing, Data Analytics, and Hardware-In-the-Loop to define and deploy synergies between systems and solutions across our product testing ecosystemWork closely with the wider Assisted and More ❯

data acquisition system design, development, and deployment. Work efficiently with different multi-disciplinary squads: Cloud Infrastructure, Data Processing, Data Analytics, and Hardware-In-the-Loop to define and deploy synergies between systems and solutions across our product testing ecosystemWork closely with the wider Assisted and More ❯

and delivery. Desirable experience includes working with FPGA-based data acquisition systems, real-time operating systems (RTOS), automated test frameworks, and hardware-in-the-loop (HWIL) setups. What happens now? Upon submission of your application, should it meet our selection criteria, you will be contacted via More ❯

our customers. Build, Commission and Maintain a set of Assisted and Automated Driving pre-production engineering assets, including vehicles, development Rigs (hardware in the loop) and vehicle compute devices. Act as a key point of contact for product development teams, providing support by procuring, updating, and More ❯

and future approaches) Generation of test plans and specifications Development of Matlab scripts and functions to support testing and evaluation, including Hardware In The Loop (HWIL) stimulus files generation and automated test output analysis. Support to module and system-level integration, execution of testing and analysis More ❯

the latest industry standards for test and simulation such as ASAM OpenX, and ISO26262. • The role is to develop XIL (MIL, SIL, HIL) test environments for AAD feature testing. • Successful integration of agreed AAD features on XIL Test Environment • Collect requirements, design, implement and deliver complex real time … simulation models to run on virtual machine and HIL hardware. • Develop simulation strategy based on architecture defined by XIL solution architect to achieve the AAD virtual validation objectives. • Work closely with the Test Platform team, to ensure all proposed solutions are scalable and in line with the … XIL test platforms. • Provide 2nd & 3rd level of support for XIL test environment issues raised by a Test Environment engineer. • Ensure virtual tools and HIL rig coverage for future model changes. WHAT YOU'LL NEED In order to be effective in the role, please see the More ❯

other safety-critical standards (e.g., ARP4754, ARINC 653, DO-254, DO-248). Understanding of hardware/software integration and hardware-in-the-loop (HIL) testing. Benefits: Every employee is critical to our success and as such we offer a range of flexible employee benefits More ❯

to embedded platforms. Integrate custom software modules into PX4-based architectures, including UAVCAN, MAVLink, and RTOS-level features. Perform simulation and hardware-in-the-loop (HIL) testing to validate system performance prior to flight. Tune control loops, sensor fusion algorithms, and state estimation routines to optimise More ❯