Overview
In this role you will be the technical lead for mechanical and ventilation engineering within a defined area, ensuring safety, compliance and fit-for-purpose outcomes across the project lifecycle. You will provide governance, assurance, and decisive technical input while collaborating with project teams, regulators, and assurance bodies. The position integrates into a safety-focused, regulated environment and offers the opportunity to shape high-hazard projects with rigorous standards. You will work to established standards and contribute to continuous improvement and a strong safety culture.
Responsibilities
- Provide technical leadership and decision-making across mechanical and ventilation engineering
- Ensure compliance with legislation, standards and safety requirements
- Establish governance, assurance and verification processes
- Lead multi-disciplinary teams and resolve complex technical issues
- Manage technical risks and interface with project teams, regulators and assurance bodies
- Promote a strong safety, quality and compliance culture
- Full lifecycle delivery activities including concept, commissioning and handover
- Manage deviations, concessions and non-conformances
- Contribute to strategic decision-making and continuous improvement
Key requirements
- Experience as a Responsible Engineer or technical authority in nuclear/high-hazard environments
- Safety case development, substantiation and regulatory engagement
- Full lifecycle delivery experience (concept to handover)
- Strong governance, assurance and gated process understanding
- Chartered Engineer or equivalent (or able to obtain)
- Able to meet security clearance and site access requirements
- SQEP in high-integrity piping design (incl. seismic & safety case) and machinery directive/design expertise
- UKCA marking familiarity for new facilities
- Strong communication with multidisciplinary teams
- Problem solving under high-regulation constraints
- Proactive risk management
- Nuclear/high-hazard engineering experience
- Safety case development and regulatory engagement
- High-integrity piping design; seismic considerations
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