You will be responsible for the delivery of the key requirements which will include:
- Register of managed baselines (having been through gap analysis and confirmation process to ensure the correct baselines are being established and managed).
- Baseline owners register (baseline interfacing to support owners accountable for the quality of the content held within the baseline register and is validated).
- Integration with multiple project areas to ensure all baselines can be mapped, understood, and information is accessible, and accurate when required.
- Integration with the project lifecycle delivery package and engineering teams to ensure that the baselines are updated, maintained at project delivery/handover is robust and successful.
- Facilitate, Manage, Mediate, Support and Resolve blockers and issues encountered.
- Show presence, establish working relationships and techniques to gain completion success
- Provide status and report visibility, of successes, needs and closure strategies.
- Establish, implement and maintain formal audit processes to check that Configuration is being managed internally and externally across the project delivery organisation into the nuclear baseline.
- Establish and maintain the agreed standards to be followed by the site teams and support the delivery improvements to gain the successes · targeted, and report accordingly status and blockers, with were possible providing solutions balanced with governance.
- Identification of the Baselines, and gaps that need to be captured and managed to completion.
- Configuration management – procedure development, enhancement, and integration with the Change Process.
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In order to fulfil these role requirements, the following skills and experience are essential:
- Extensive experience of the high-end regulatory industry preferred in a similar role, which is demonstrable in complex assets and facilities (nuclear preferable).
- Demonstrable industry understanding of configuration management, or the fundamental blocks established as to build on, with minim of construction projects handover, operations regulator understanding and used of effective validation requirements.
- Founded understanding of RCA techniques and the methods associated to determine route causse and have a clear appreciation of the required approaches to non-conformances, error, gaps identification, design closure and remedy of resolutions.
- Knowledge and understanding of safety critical systems and specifications including the appropriate legislation, standards, and directives along with the management of appropriate activities such as FMECA, HAZOP, HAZID.
- Knowledge of passive and active systems, systems integration, and assets to class 1, 2 and 3 for complex assets and facilities with the knowledge from requirements for the full lifecycle of detailed design, including Substantiation and Equipment Qualification assessment to final stage commissioning and handover.
- An understanding of design phases and integration across the full V cycle, with design validation and verifications with version management and control.
- Experience of Electrical, Control & Instrumentation (hardware and software), Security, Mechanical Handling, Process, Ventilations, Bespoke Assets, Civils and Structural integration for applications in critical assets, machinery, radiological monitoring, and process plant.
- Experience of designing/leading and in particular the completion of active and passive systems packages.
- Demonstrable and sound technical knowledge of theoretical and practical design and operations aspects of system engineering of passive assets and facilities of similar high security nature
- Experience with plant and documentation configuration management.
- Ability to demonstrate Design, Construction and Delivery Issues and Gap Identification, evidencing, and case build-up as to apply resolution to open points, blockers encountered.
- Demonstrable evidence of the full understanding of the full life cycle of a complex asset in the nuclear industry or similar heavily regulated industries.
- Understanding of passive and actives assets for Function Design, Technical and Performance Specifications Development and Writing.
- An awareness of how the component engineering, system aspects align and integrate within a complex asset and project environment that could translate into a latent defect or unwanted safety condition.