Senior Verification & Validation Engineer

Bradford-on-Avon
5 days ago
Create job alert

Description
As a Verification and Validation Engineer, you will lead the end-to-end validation strategy for AB Dynamics products across both track-based robotic systems (driving robots, ADAS targets) and laboratory platforms (SPMM, ANVH, SSTM).
You will be responsible for developing structured, requirements-driven test plans that ensure full system and subsystem coverage, traceability, and objective evidence of compliance.
This is a hands-on technical role combining embedded systems, control systems, networking, automation, and real-world vehicle test environments.
Core Responsibilities
Verification & Validation

  • Own the development and execution of system-level and subsystem-level V&V strategies.
  • Derive verification methods directly from product and system requirements.
  • Ensure full bidirectional traceability between requirements, test cases, and results.
  • Define acceptance criteria and objective pass/fail metrics.
  • Lead formal verification reviews and technical sign-off.
    Test Architecture & Automation
  • Design and develop automated test frameworks using Python.
  • Implement hardware-in-the-loop (HIL) and software-in-the-loop (SIL) validation strategies.
  • Develop regression test environments to support continuous integration workflows.
  • Drive improvements in test efficiency, repeatability, and data integrity.
  • Develop data logging, parsing, and analysis tools for high-rate system telemetry.
    Embedded & Systems Debug
  • Investigate complex cross-domain issues spanning:
    • Embedded firmware
    • Real-time control systems
    • Networking layers
    • Sensor integration
    • Analyse CAN, Ethernet, EtherCAT, and I2C communication issues.
    • Work directly with embedded software teams to validate low-level behaviour.
    • Use oscilloscopes, logic analysers, CAN tools, and network analysers for root cause analysis.
      Communication & Networked Systems
  • Validate systems using:
    • CAN / CAN FD
    • Automotive Ethernet
    • EtherCAT
    • I2C / SPI
    • UDP/TCP/IP
    • Analyse bus loading, latency, synchronisation and determinism.
    • Validate time-sensitive and real-time networked control systems.
      Track & Real-World Testing
  • Lead validation activities on proving grounds and customer sites.
  • Validate dynamic robotic control systems under real-world operating conditions.
  • Assess system robustness, repeatability, and environmental tolerance.
  • Ensure safe and compliant execution of vehicle-based tests.
    Test Equipment Ownership
    Take ownership of V&V lab infrastructure and track-based test equipment.
    Maintain calibration status and configuration control.
    Develop test rigs and bespoke validation hardware where required.
    Improve and standardise test processes across product lines.
    Cross-Functional Collaboration
    Work closely with:
    Systems Engineering
    Embedded Software
    Mechanical Engineering
    Calibration Teams
    Product Management
    Support production calibration validation.
    Contribute to customer demonstrations and technical workshops.
    Provide technical input during product development lifecycle reviews.
    What are we looking for?
    An HND or Engineering Degree or relevant experience.
    Able to challenge ambiguous requirements.
    Structured and methodical thinker.
    Strong ownership mindset.
    Comfortable operating both in lab environments and dynamic test tracks.
    Able to translate complex technical findings into clear, defensible conclusions.
    Full UK Driving Licence.
    Willingness to travel to proving grounds and customer sites as required.
    Why join us?
    We are part of the AB Dynamics Group, an innovative, dynamic listed business with a friendly and supportive working environment. In addition to competitive salaries, our attractive benefits package includes a discretionary company bonus scheme, 25 days holiday (plus bank holidays), and generous company pension contributions.
    At AB Dynamics Group we set ourselves ambitious objectives and strive to work according to our values of customers, people, diversity, innovation, excellence and responsibility. We are committed to promoting equality of opportunity for all staff and job applicants. We do not discriminate against staff based on age, disability, gender reassignment, marital or civil partner status, pregnancy or maternity, race, colour, nationality, ethnic or national origin, religion or belief, sex or sexual orientation.
    We use AI to help us assess applications fairly and objectively

Related Jobs

View all jobs

Senior Systems Engineer

Systems Architect

Principal Hardware Engineer

Flight Systems Engineer

Mechanical Engineer

Senior Production Process Engineer

Subscribe to Future Tech Insights for the latest jobs & insights, direct to your inbox.

By subscribing, you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

How Many Robotics Tools Do You Need to Know to Get a Robotics Job?

If you’re pursuing a career in robotics, it can feel like the list of tools you should learn never ends. One job advert asks for ROS, another mentions Gazebo, another wants experience with Python, Linux, C++, RobotStudio, MATLAB/Simulink, perception stacks, control frameworks, real-time OS, vision libraries — and that’s just scratching the surface. With so many frameworks, languages and platforms, it’s no wonder robotics job seekers feel overwhelmed. But here’s the honest truth most recruiters won’t say explicitly: 👉 They don’t hire you because you know every tool — they hire you because you can apply the right tools to solve real robotics problems reliably and explain your reasoning clearly. Tools matter — but only in service of outcomes. So the real question isn’t how many tools you should know, but which tools you should master and why. For most robotics roles, the answer is significantly fewer — and far more focused — than you might assume. This article breaks down what employers really expect, which tools are core, which are role-specific, and how to focus your learning so you look capable, confident, and ready to contribute from day one.

What Hiring Managers Look for First in Robotics Job Applications (UK Guide)

Robotics is one of the most dynamic, interdisciplinary fields in technology — blending mechanical systems, embedded software, controls, perception (AI/vision), modelling, simulation and systems integration. Hiring managers in this space are highly selective because robotics teams need people who can solve real-world problems under constraints, work across disciplines, and deliver safe, reliable systems. And here’s the reality: hiring managers do not read every word of your CV. Like in many tech domains, they scan quickly — often forming a judgement in the first 10–20 seconds. In robotics, those first signals are especially important because the work is complex and there’s a wide range of candidate backgrounds. This guide unpacks exactly what hiring managers look for first in robotics applications and how to optimise your CV, portfolio and cover letter so you stand out in the UK market.

The Skills Gap in Robotics Jobs: What Universities Aren’t Teaching

Robotics is no longer confined to science fiction or isolated research labs. Today, robots perform critical tasks across manufacturing, healthcare, logistics, agriculture, defence, hospitality and even education. In the UK, businesses are embracing automation to improve productivity, reduce costs and tackle labour shortages. Yet despite strong interest and a growing number of university programmes in robotics, many employers report a persistent problem: graduates are not job-ready for real-world robotics roles. This is not a question of intelligence or dedication. It is a widening skills gap between what universities teach and what employers actually need in robotics jobs. In this article, we’ll explore that gap in depth — what universities do well, where their programmes often fall short, why the disconnect exists, what employers really want, and how you can bridge the divide to build a thriving career in robotics.