Top Engineering Jobs

Two-year rotational engineering graduate programme with four six-month placements across Boeing UK locations, plus non-rotational roles. Graduates may work in systems, mission, industrial, quality, structures, testing, service, support, training, assurance, or experimentation engineering. The programme includes live projects, mentoring, professional development, theoretical learning, and exposure to multiple Boeing functions and locations.

Lead mass properties estimation, weight tracking, and balance analysis for aerospace vehicles. Develop, validate, and maintain weight and inertial accounting systems, perform design trades, and support cross-functional teams using 3D CAD and model-based engineering tools. Drive weight control, generate technical reports, and implement process improvements to meet program objectives and safety requirements.

Designs and analyzes space-based radar payloads across the full satellite program lifecycle. Responsibilities include defining requirements and interfaces, supporting hardware reviews, developing MATLAB/Excel-based analysis tools, conducting CONOPS and performance analyses, decomposing requirements, and contributing to architecture trade studies and technology roadmaps. The role requires expertise in RF radar systems, digital signal processing, MTI algorithms, and adaptive phased-array antenna analysis.

Leads production readiness, manufacturability, testability, and quality for avionics and electronics products. Reviews design and test artifacts, drives NPI and DFM/DFT, resolves technical and process issues, establishes readiness gates and KPIs, mentors engineering teams, develops manufacturing and test documentation, supports supplier readiness, and advances automation, cost reduction, throughput, and continuous improvement across Boeing programs.

Supports propulsion system qualification, analysis, design, integration, testing, certification, and documentation for fixed-wing aircraft, unmanned aircraft, and missile programs. Defines propulsion requirements and vehicle interfaces, develops subsystem concepts, evaluates performance through modeling and simulation, supports ground and flight tests, reviews qualification documentation, develops future propulsion concepts, and coordinates with vendors.

Leads F/A-18 and EA-18G mission systems software engineering teams developing real-time embedded software. Manages employees, agile release train coordination, technical approaches, suppliers, process improvements, contracts, earned value tracking, and customer communications. Works onsite with Program Management, Mission Systems leadership, and Navy customers while supporting classified and unclassified environments.

Design and analyze satellite solar arrays and battery mechanical/electro-mechanical systems. Lead design, testing, qualification, failure investigations, and cross-functional coordination. Produce mechanical/electrical layouts using Creo/AutoCAD, apply GD&T and DFMAT, and serve as a technical lead or Responsible Engineering Authority on spacecraft solar and battery hardware.

Supports the development and validation of directed-energy and electro-optical systems. Responsibilities include requirements development, system architecture, trade studies, modeling and simulation, optical and laser system design, testing, performance analysis, lifecycle issue resolution, and project status reporting. The role is fully onsite in Albuquerque and includes occasional clean-room work.

Lead system architecture and engineering for directed energy weapon systems from concept through fielding. Provide technical leadership, drive requirements derivation, MBSE governance, trade studies, V&V strategies, modeling and simulation, risk mitigation, and cross-functional design and integration. Interface with senior stakeholders, mentor teams, support program reviews and sustainment, and ensure safety, regulatory, and certification considerations for deployed DE capabilities.

Performs aerodynamic and aerothermodynamic design, analysis, testing, certification, and qualification support for propulsion systems and flight vehicles. Develops and improves engineering tools and processes, assesses regulatory impacts, coordinates test requirements, supports vehicle performance and safety objectives, and assists with training under general supervision.