The Electronic Warfare System Architect will analyze customer needs, formalize specifications, and ensure the technical integration of electronic warfare systems. Responsibilities include testing, customer demonstrations, and collaboration with engineering teams.

The Systems Engineer will oversee system design and development, managing requirements and documentation while ensuring solutions meet customer requirements. Responsibilities include IVVQ activities, trade-off analysis, and integrating systems to satisfy operational needs.

Lead Test Engineering discipline within ECC-UK, managing PXI and bespoke verification projects. Accountable for delivery performance, resource provisioning, hardware QA, stakeholder engagement, process adherence, continuous improvement, and line management of direct reports while supporting talent pipelines across UK Thales sites.

Develop and manage system requirements, designs, and documentation for training and simulation solutions, collaborating with engineering teams and stakeholders.

The DevSecOps Engineer will design and maintain secure cloud environments, automate CI/CD processes, and enhance operational practices within the Thales UK agile development team.

As a Test Design Engineer, you will lead the design of test solutions for aerospace and defence systems, ensuring compliance with standards and customer requirements. You will collaborate with stakeholders and integrate testing systems throughout the product lifecycle.

Lead and manage PCB design, development and verification across Thales UK, overseeing delivery performance, personnel, processes and stakeholder engagement. Drive capability optimisation, talent pipelines, governance adherence and continuous improvement across multi-site and international ECC collaborations.

Lead systems engineering for large-scale naval communications programmes across lifecycle phases: requirements, solution architecture, design, IVVQ, deployment and through-life support. Provide technical leadership, manage multifunctional teams, maintain design baselines, mitigate technical risks, and produce design validation and certification documentation.

The Product Safety Engineer is responsible for ensuring compliance with safety regulations by developing safety assessments, plans, and managing safety-related projects.

Manage FPGA/digital electronics discipline across Thales UK: lead FPGA architecture, development and verification lifecycle, deliverable performance, stakeholder engagement, resource and talent planning, process adherence, and continuous improvement while line-managing teams and ensuring hardware quality and on-time delivery.

Manage high-value bids by planning, coordinating team efforts, managing compliance, and developing customer-focused proposals while ensuring financial robustness.

The Product Safety Engineer ensures safety engineering activities are completed in line with company processes and industry standards, performs hazard analysis, defines safety requirements, and provides technical safety leadership throughout product lifecycles.

The Manufacturing Engineer leads industrial process engineering, driving continuous improvement, optimizing production processes, and ensuring compliance with quality standards in manufacturing. Responsibilities include technology transfer, analyzing failures, and managing cost estimation.

Lead the late-stage industrialization and optimization of production processes in a complex engineering environment, driving continuous improvement and compliance with safety standards.

As a Systems Architect, the role involves translating customer requirements into solutions, delivering innovative designs, and adhering to bid schedules and processes.

The Configuration Management Administrator will manage data registration and release, ensure data integrity, maintain records, and support project teams with configuration management tools.

The Key Account Director - Naval will develop and execute strategic account plans to drive business growth within the Naval Defence sector, focusing on customer satisfaction and relationship management with key stakeholders.

The Subsystem IVVQ Lead Engineer is responsible for delivering IVVQ strategies and test plans for complex systems, collaborating with various engineering teams, and ensuring successful system-level IVVQ through documentation and testing processes.

The Business Development Representative will generate leads, manage relationships with enterprise clients, and assist with sales strategies. Strong sales proficiency, particularly in cybersecurity, is essential.