3 of 3 Requirements Management Jobs in Norfolk

engineers, promoting engineering excellence and continuous improvement. Drive software development processes, tools, methodologies, and ASPICE-aligned practices. Manage the complete software development lifecycle, from requirements capture through implementation, verification, validation, and release. Plan and deliver software milestones, ensuring effective documentation, progress tracking, risk management, and change control. Develop … safety, reliability, and quality objectives. Lead software integration activities across embedded hardware platforms and system architectures. Collaborate with multidisciplinary engineering teams to define interfaces, requirements, and integration strategies. Support prototype development, system integration, and validation activities including bench testing, Hardware-in-the-Loop (HIL), and dynamometer testing. Perform root ...

engineers, promoting engineering excellence and continuous improvement. Drive software development processes, tools, methodologies, and ASPICE-aligned practices. Manage the complete software development lifecycle, from requirements capture through implementation, verification, validation, and release. Plan and deliver software milestones, ensuring effective documentation, progress tracking, risk management, and change control. Develop … safety, reliability, and quality objectives. Lead software integration activities across embedded hardware platforms and system architectures. Collaborate with multidisciplinary engineering teams to define interfaces, requirements, and integration strategies. Support prototype development, system integration, and validation activities including bench testing, Hardware-in-the-Loop (HIL), and dynamometer testing. Perform root ...

Support the definition, implementation and continuous improvement of software processes, methods and toolchains aligned with ASPICE. Ensure software architecture aligns with product roadmaps, system requirements, functional safety needs, cybersecurity considerations, performance targets and structured automotive development processes. Evaluate and select core technologies, frameworks, libraries, operating systems, development tools … software components to support long-term scalability, maintainability, reuse and performance. Design and maintain a unified and automated development environment, including build systems, configuration management, code generation tools, CI/CD pipelines, automated test execution and verification frameworks. Specify, manage and configure development tools across the full software lifecycle ...