Join Us at SRT Marine Systems as an Edge Systems Engineer
Location: Cardiff / Hybrid (1 2 days in office)
At SRT Marine Systems, we are global leaders in maritime surveillance, delivering next-generation maritime domain awareness technologies that enhance security, safety, environmental protection, and sustainability. Our systems are used worldwide from national coast guards to individual vessel owners making a tangible impact on how the seas are monitored and protected.
We re seeking an experienced and versatile Systems Engineer to join our Edge Team a rare opportunity to help define and deliver our cutting-edge Maritime Surveillance and Fisheries Monitoring solutions, working at the intersection of hardware, software, and advanced sensor technologies.
About the Role
In the Edge Team, you ll work on the sensors at the fringe fixed and mobile surveillance equipment such as radars, cameras, RDF, AIS, and other specialist maritime sensors. Your mission will be to integrate, calibrate, and optimise these systems in non-production environments, building the software that makes their outputs usable for downstream systems and training our Delivery Team for field deployment.
The role spans multi-domain sensor fusion, AI-assisted analysis, anomaly detection, augmented reality, autonomous sentry operation, and evidence collection. You ll work closely with colleagues across software, hardware, data science, and infrastructure to bring innovative, high-performance edge solutions to life.
What You ll Be Doing
What You ll Bring
Our Values at SRT Marine
Ambition Aspiring to lead in maritime domain management.
Innovation Driving improvement through creativity and forward-thinking.
Quality Committing to high standards in performance and reliability.
Responsibility Being individually accountable and team-driven.
Team Collaborating openly with colleagues, partners, and customers.
Why Join Us?
SRT Marine plc is an equal opportunity employer. We are committed to creating an inclusive environment for all employees and welcome applications from all backgrounds.