Graduate Engineering Programme
Bristol, UK · Permanent - Full Time
Seed · $33.8M · 155d ago Posted 2d ago
Have your AI draft the answers and brief you on Rowden Technologies→Why join Rowden Technologies?
Picture defence and critical operators at the edge of connectivity running on technology that holds up when networks fail, built by Rowden Technologies, a Bristol national security technology company. Its $34M Seed, bigger than 90% of seed rounds in the last six months, is backed by the National Wealth Fund and NCSC for Startups. With 38 open roles, 24 of them in engineering, early joiners will shape a company that is scaling fast.
JustBacked's take, based on Rowden Technologies's own site and its funding and hiring data.
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 over 200 people and operates over 20,000 square feet of engineering and manufacturing facilities. Recognised in the Financial Times FT1000 as one of Europe's fastest-growing engineering businesses, there has never been a better time to join.
Engineering Graduates at Rowden
This is not a traditional graduate scheme built around a narrow role or a long, segmented programme. The Applied Graduate Programme is designed for engineers who want broad systems and product exposure, with real responsibility early and close engagement with end users and operational constraints.
Engineering graduates work on deployable systems supporting defence, emergency services, and national security organisations, alongside engineers from multiple disciplines.
You will join a rotational engineering programme designed to build technical breadth fast, supported by experienced mentors, structured feedback, and clear milestones. From the outset, you will be trusted with meaningful work and increasing ownership as your capability develops.
If you want to understand more about how we design and build systems at Rowden, it’s worth reading this blog from one of our Senior Principal Engineers: Rowden Technologies | Engineering Reflections on Rowden's Values
What you'll work on
As a Graduate Engineer at Rowden, the types of work you’ll be involved with include:
Possible rotations include:
Eligibility
Candidates must be eligible for SC Clearance. More information about security clearance is available here: https://www.gov.uk/government/publications/united-kingdom-security-vetting-clearance-levels
Recruitment process
Our recruitment process is short, practical, and focused on how you think and work.
We care less about polished CVs and more about how you approach problems.
Applications are open now for a September 2027 start. As part of your application, you will be asked to indicate two preferred focus (i.e. technical) areas so that we can shape your initial rotations.
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 over 200 people and operates over 20,000 square feet of engineering and manufacturing facilities. Recognised in the Financial Times FT1000 as one of Europe's fastest-growing engineering businesses, there has never been a better time to join.
Engineering Graduates at Rowden
This is not a traditional graduate scheme built around a narrow role or a long, segmented programme. The Applied Graduate Programme is designed for engineers who want broad systems and product exposure, with real responsibility early and close engagement with end users and operational constraints.
Engineering graduates work on deployable systems supporting defence, emergency services, and national security organisations, alongside engineers from multiple disciplines.
You will join a rotational engineering programme designed to build technical breadth fast, supported by experienced mentors, structured feedback, and clear milestones. From the outset, you will be trusted with meaningful work and increasing ownership as your capability develops.
If you want to understand more about how we design and build systems at Rowden, it’s worth reading this blog from one of our Senior Principal Engineers: Rowden Technologies | Engineering Reflections on Rowden's Values
What you'll work on
As a Graduate Engineer at Rowden, the types of work you’ll be involved with include:
- Integrating sensor and data feeds into geospatial and situational awareness applications, working across software, systems, and interfaces.
- Designing and testing system behaviour under degraded communications, including store-and-forward, prioritisation, and security controls.
- Deploying and evaluating machine learning models for edge use cases such as computer vision or signal processing, with a focus on measurable performance and operational constraints.
- Building future variants of deployable sensing and communications products, influencing how those systems evolve through hands-on engineering, integration work, and performance data.
- Shipping software that enables edge devices to be deployed, configured, and sustained at scale.
How the Graduate Programme works
You will complete several rotations before specialising within one of Rowden’s core engineering disciplines. The exact path isn’t rigid, we’ll shape it around your strengths, interests, and the needs of the business.Possible rotations include:
- Software Engineering: mobile applications, geospatial tools, systems integration, and test evidence.
- Machine Learning Engineering: deployable models for edge CV and SIGINT, with measurable performance.
- Systems Engineering: user need through requirements, architecture, integration, verification, and fielding.
- Safety Engineering: hazard analysis, mitigations, and safety evidence to support delivery.
- Radio Frequency Engineering: spectrum monitoring and insight to improve operational awareness.
- Infrastructure Engineering / DevOps: cloud platforms, portable on-prem systems, automation, and reliability.
Key skills, experience and behaviours
What we’re looking for- A STEM degree or equivalent experience, with strong fundamentals in areas such as Engineering, Computer Science, Maths, Physics, Electronics, Data Science, or Cyber Security.
- Curiosity and learning agility, with the ability to pick up new concepts and apply them quickly.
- A collaborative mindset, with the confidence to take ownership where needed.
- Evidence of problem solving through projects, labs, hackathons, societies, or work experience.
Eligibility
Candidates must be eligible for SC Clearance. More information about security clearance is available here: https://www.gov.uk/government/publications/united-kingdom-security-vetting-clearance-levels
Recruitment process
Our recruitment process is short, practical, and focused on how you think and work.
- Short tech test: A time-bound task designed to see how you approach a representative engineering challenge.
- Alignment call: A chat with someone from our Talent team or the hiring manager to explore cultural alignment, values, and what you’re looking for from your first role.
- Assessment day (to be held in February 2027): Spend time at Rowden, see our facilities, learn more about what we build and get hands-on with an engineering challenge. Designed to focus on reasoning, communication, and collaboration.
We care less about polished CVs and more about how you approach problems.
Applications are open now for a September 2027 start. As part of your application, you will be asked to indicate two preferred focus (i.e. technical) areas so that we can shape your initial rotations.