Company: Rowden
Location: Bristol
Posted: May 2nd, 2026
Department: Engineering
Employment Type: Permanent - Full Time
Location: Bristol, UK
Reporting To: Dec Rogers
Compensation: £40,000 - £60,000 / year
We’re building the UK's next generation engineering powerhouse, providing critical technology that strengthens national security and resilience.
We specialise in turning advances in sensing, AI, and communications into operational capability for the edge, where connectivity may be degraded or denied. Our work focuses on accelerating the deployment of technology, improving decision-making for frontline teams, and protecting people and critical assets in demanding environments.
Headquartered in Bristol, Rowden employs around 160 people and operates over 20,000 square feet of engineering and manufacturing facilities. We have a growing international footprint and are one of Europe’s fastest-growing engineering businesses.
RF Test & Evaluation for Intelligent Wireless Systems
As part of this journey, we are expanding our RF test and evaluation capability to make sure our sensing and communication systems perform as intended across our products and research projects.
This function supports the design and delivery of RF and mixed-signal hardware platforms through hands‑on validation of system performance. From early hardware bring‑up through to structured product validation, test engineering helps us understand how systems actually behave and feeds that back into the design and development process.
As an RF Test Engineer, you will develop and run test strategies that validate RF system performance across the signal chain. You will work in the lab with real hardware, build automated test setups, and work closely with RF, hardware, software, and QA engineers to make sure our systems meet their performance requirements.
This is a hands‑on role that sits between development and validation. A lot of the work starts with understanding how a system works and what it’s trying to achieve, before working out the right way to test it. Sometimes that’s a quick lab measurement to answer a specific question. Other times it’s a more structured test suite that needs to be repeatable across product releases.
You will play a key role in making sure our RF systems are well‑understood, properly characterised, and ready for deployment in demanding environments.
While this role offers hybrid working options, it requires a minimum of 3 days per week on‑site at our Bristol HQ, with regular time in the lab and occasional travel to support integration or deployment activities.
Candidates must be willing to obtain UK National Security Vetting clearance, with SC required and DV desirable.
More information about security clearance is available here: https://www.gov.uk/government/publications/united-kingdom-security-vetting-clearance-levels
As an RF Test Engineer at Rowden, you will be responsible for:
We are looking for someone who actively invests in their technical depth and brings:
Highly Desirable Experience
Key Attributes
We are committed to building a flexible, inclusive, and enabling company. Our aim is to create a diverse team of talented people with unique skills, experience, and backgrounds, so please apply and come as you are!
We also recognise the importance of flexible working and support this wherever we can. We typically operate a flexible, hybrid‑working model, with an average 3 days in the office each week (dependent on the role). We welcome the opportunity to discuss flexibility, part‑time working requirements and/or workplace adjustments with all our applicants.
Rowden is a Disability Confident Committed company, and we actively encourage people with disabilities and health conditions to apply for our roles. Please let us know your requirements early on so that we can make sure you have everything you need up front to help make the recruitment process and experience as easy as possible.
Finally, if you feel that you don’t meet all the criteria included above but have transferable skills and relevant experience, we’d still love to hear from you!
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