My role at General Dynamics UK represented a significant milestone in my engineering career, providing the opportunity to work within the highly regulated defence and aerospace sector on the development of sophisticated avionics test equipment supporting mission-critical military platforms. Working within a quality-driven engineering environment, I gained valuable experience developing high-reliability electronic systems while adhering to stringent defence, aerospace and military standards.
As a Hardware Engineer, I was responsible for the design, development, integration and verification of electronic hardware used within advanced avionics test systems. Working as part of multidisciplinary engineering teams, I contributed throughout the complete engineering lifecycle, from concept development and detailed design through to prototype evaluation, production support, verification, validation and in-service engineering support.
One of the key areas of experience I gained was in Surface Mount Technology (SMT) manufacturing, supporting the assembly, inspection, fault diagnosis, repair and rework of high-reliability electronic assemblies manufactured to demanding aerospace and defence quality standards. This work strengthened my understanding of Design for Manufacture (DFM), Design for Test (DFT), production engineering and high-reliability electronic assembly techniques.
During my time at General Dynamics, I expanded my technical expertise into FPGA development, learning VHDL and developing programmable logic solutions for Xilinx FPGA platforms. I also broadened my software knowledge by working with engineering applications written in C and C++, developing a greater appreciation of embedded software development and the close integration between programmable hardware and software-controlled electronic systems.
I further developed my skills in multilayer PCB design using Mentor Graphics for schematic capture and PCB layout. My responsibilities included implementing engineering change requests (ECRs), redesigning printed circuit boards, updating engineering documentation and supporting configuration-controlled releases, ensuring designs maintained compliance with performance, manufacturing and reliability requirements.
A significant proportion of my work involved the development, integration and support of sophisticated Automated Test Equipment (ATE), with software developed using National Instruments LabVIEW. These systems were used to verify the performance, functionality and integrity of complex avionics equipment throughout manufacturing, acceptance testing and maintenance activities. I also supported fault diagnosis, hardware debugging and root cause investigations, ensuring high levels of product reliability and maintainability.
Beyond hardware design, I became increasingly involved in systems engineering activities, contributing to requirements capture, system specifications, design reviews, engineering compliance, verification and validation planning, formal test procedures, technical documentation and Electromagnetic Compatibility (EMC) testing. This experience provided a comprehensive understanding of structured systems engineering methodologies, configuration management and the rigorous documentation required within safety-critical defence programmes.
Throughout my time at General Dynamics, I gained valuable exposure to engineering administration, engineering change management, material control, configuration control, stores operations and programme support, providing a broader understanding of how engineering integrates with manufacturing, logistics, procurement and project management within a large defence organisation. I made extensive use of Microsoft Excel for engineering calculations, test data analysis, component tracking, engineering reports, production information and technical data management. I also used Microsoft Word to produce engineering documentation, test procedures, technical reports and controlled documents, Microsoft Outlook for communication and project coordination, and Microsoft PowerPoint to prepare technical presentations and design review material. These tools formed an integral part of daily engineering activities, supporting effective communication, documentation control and collaboration across engineering, manufacturing, quality and programme management teams.
In addition to my engineering responsibilities, I worked alongside the Marketing and Business Development teams, gaining an appreciation of how advanced defence technologies are presented to customers, stakeholders and government organisations. This experience provided valuable commercial awareness and demonstrated how engineering teams collaborate with programme management, sales and business development to support future contracts and customer requirements.
Working within a highly regulated engineering environment demanded exceptional technical accuracy, attention to detail and strict adherence to engineering processes, quality procedures and industry standards. My experience at General Dynamics significantly strengthened my expertise in electronics hardware design, FPGA development, VHDL, multilayer PCB design, automated test equipment, LabVIEW, embedded software integration, systems engineering, requirements management, verification and validation, EMC compliance, configuration management and defence engineering. It established the strong technical and systems engineering foundation upon which I have continued to build throughout my career.