Hazards Safety Case Engineer

As a Hazards Safety Case Engineer at Sizewell C, your primary responsibilities include the formulation of safety assessments for both internal and external hazards to ensure the safety of the nuclear site. You will take ownership of the safety case, lead hazard assessments, and coordinate the resolution of site-specific challenges. Additionally, you'll assess the quality of safety case deliverables and communicate the protective measures in place to stakeholders.

The ideal candidate for the Hazards Safety Case Engineer position at Sizewell C should possess a degree in Engineering, Chemistry, Physics, Maths, or a related field, although this is not strictly essential. Experience with hazard safety cases, particularly within the nuclear sector, is highly preferred. Strong organization and communication skills, along with a proactive approach, are also critical to succeed in this role.

The Hazards Safety Case Engineer plays a vital role in ensuring the safety of nuclear operations at Sizewell C. By developing comprehensive safety cases and assessing hazards, you help minimize risks to ALARP levels. Your engagement with stakeholders and quality assessment of safety deliverables ensure that safety protocols are met, thereby safeguarding personnel and the environment.

At Sizewell C, the work environment for a Hazards Safety Case Engineer is dynamic and collaborative. You will engage with various stakeholders, including construction teams and regulatory bodies, ensuring that communication flows smoothly. The role allows for a hybrid working arrangement based in Gloucester, with additional opportunities to collaborate at project offices in London and Aztec West.

Professional growth opportunities for a Hazards Safety Case Engineer at Sizewell C are significant. The role allows you to work on one of the UK’s most critical energy projects, enhancing your expertise in nuclear safety. There’s a strong culture of continual improvement, giving you the chance to develop professionally and lead initiatives that contribute to the project's success.

A safety case is a structured argument, supported by evidence, that outlines how risks are managed to ensure safety in the operation of nuclear facilities. For Sizewell C, the safety case is crucial as it demonstrates that all potential hazards have been identified, assessed, and mitigated, ensuring compliance with regulatory standards and protecting both the workforce and the public.

In your answer, highlight any specific experiences you've had with hazard assessments, particularly those that align with nuclear safety projects. Discuss methodologies you've used, challenges you've faced, and how your contributions have led to improvements in safety protocols.

Effective stakeholder engagement is vital. Discuss your strategies for identifying stakeholder needs, ensuring transparent communication, and fostering collaboration. Mention any tools or technologies you use to facilitate interaction and feedback, and any outcomes from successful stakeholder engagement.

To ensure regulatory compliance, start by thoroughly understanding the relevant safety regulations and standards. Discuss your approach to conducting regular audits, engaging with regulatory bodies for guidance, and continuously updating the safety case based on new findings or changes in regulations.

Provide a specific example where you identified a complex hazard, describe the assessment process, tools used, and the resolution strategies implemented. Highlight any collaborative efforts and the positive outcomes that resulted from your assessment.

Staying updated involves subscribing to industry publications, participating in professional forums, and attending relevant training or conferences. Discuss your commitment to continuous learning and how it informs your practice as a Hazards Safety Case Engineer.

Discuss the types of safety case documents you've created, the processes you followed (like risk assessment methodologies), and how you ensured quality and credibility in your deliverables. Provide examples of successful outcomes.

Emphasize critical thinking, analytical skills, attention to detail, and effective communication. Discuss how these skills help you engage with interdisciplinary teams, assess hazards accurately, and communicate complex safety concepts clearly.

Discuss the importance of maintaining a professional demeanor, listening to the stakeholder’s perspective, and using data-driven arguments to support your position. Highlight your problem-solving skills and how you would seek to find common ground through collaboration.

Answer this with a focus on your passion for renewable energy, nuclear safety, and the significance of the Sizewell C project in the context of the UK's energy future. Share your enthusiasm for contributing to a project of this magnitude and its potential to foster sustainability.