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About the Role

We are building a new team to develop the first generation of verification and validation infrastructure, including automated Hardware-in-the-Loop (HIL) systems. As a HIL System Engineer, you will lead the design, deployment, and continuous improvement of HIL benches that support end-to-end system integration and validation across multiple vehicle platforms. You will own the full lifecycle of HIL benches, from requirements gathering and hardware integration to commissioning and workflow improvement. You will collaborate closely with cross-functional teams to ensure HIL systems are reliable, configurable, cost-efficient, and support fast-paced releases.

Responsibilities

Architect modular, configurable, and cost-effective HIL bench designs for platform integration and validation
Consolidate system and test requirements from stakeholders to define HIL design
Select and integrate off-the-shelf and custom components, e.g., GPIO module, FPGA board, signal conditioning module, power supply
Collaborate with supply chain, program management, hardware, facility teams to ensure procurement, build and lab readiness
Own the commissioning workflow for all benches and lead continuous improvement to reduce build and bring up time
Collaborate with other HIL engineers to integrate sensor emulation, automation, configuration management
Contribute to infrastructure that scales with future test demands and evolving hardware/software platforms
Lead HIL bench issue resolution and root cause analysis

Requirements

Bachelor’s or Master’s degree in System Engineering, Electrical Engineering, Mechatronics, or a related field
5+ years of hands-on experience designing and managing HIL systems and test benches in autonomous vehicle, robotics, aerospace, or similar industries
Solid understanding of system integration, ECU communication protocols
Experience selecting and integrating components such as dSPACE/NI/Vector modules, media converters, power supplies and DAQ hardware
Strong background with diagnostic tools including but not limited to Vector, Kvaser
Proficiency in Linux or Unix based operating systems, command line tools
Proven experience in system debugging, issue resolution, and root cause analysis across hardware/software integration, with the ability to drive issues to closure and implement preventative improvements
Proven ability to collaborate with cross-functional teams and lead others to solve technical problems even when you don’t manage them
Strong systems engineering fundamentals across full product life cycle, from system architecture, operation to decommission
Excellent cross-functional communication skills
Experience with autonomous systems including robotics and/or autonomous vehicles
Exposure to vehicle dynamics modeling or closed-loop HIL testing
Strong programming/scripting skills in Python, C/C++, or MATLAB/Simulink
Proficiency with agile development tools and environments (Jira, Jama, etc)
Familiarity with automotive software development requirements and standards, such as ASPICE, ISO 26262 and ISO 21448 (SOTIF)
Familiarity with automotive HIL SW and HW products e.g. from Vector and dSPACE
Familiarity with automotive SW architecture such as AUTOSAR

Skills

System design
Hardware/software system integration
Operations
Cross-functional collaboration
System integration
ECU communication protocols
dSPACE/NI/Vector modules
Media converters
Power supplies
DAQ hardware
Vector diagnostic tools
Kvaser diagnostic tools
Linux
Unix
Command line tools
System debugging
Issue resolution
Root cause analysis
Python
C/C++
MATLAB/Simulink
Agile development tools
Jira
Jama
ASPICE
ISO 26262
ISO 21448 (SOTIF)
AUTOSAR

Location

London

Work Type

Full-time
Hybrid

Experience Level

5+ years

Education Level

Bachelor’s degree
Master’s degree

About the Company

Wayve is building the first generation of verification and validation infrastructure - both hardware and software - including automated Hardware-in-the-Loop (HIL) systems with sensors and vehicle system emulation.