FAQs
What is the primary focus of the Principal Civil Substation Designer role?
The primary focus is to deliver safe and suitable civil designs for Power T&D construction projects, particularly related to substations.
Is this position available for both full-time and part-time candidates?
Yes, we are open to both full-time and part-time candidates, including job share arrangements.
What are the key responsibilities of the Principal Civil Substation Designer?
Key responsibilities include undertaking design and coordination of civil designs, maintaining compliance with regulations, conducting quality assurance reviews, mentoring team members, and supporting tender processes.
What qualifications are required for this role?
A degree in civil engineering or equivalent with formal training, preferably being a Chartered Engineer (ICE or IStructE), is required along with strong post-graduate experience in civil engineering.
What software proficiency is expected for this role?
Proficiency in Microsoft Word, Microsoft Excel, CAD, and expertise in the use of Tekla Tedds is expected.
Is experience in civil design of substations necessary?
Yes, extensive experience in civil design of substations is required for this role.
Does the company promote diversity and inclusion?
Yes, Balfour Beatty is committed to creating a diverse workforce and an inclusive culture, actively taking steps to promote diversity and inclusion within the workplace.
Are there opportunities for professional growth and development in this role?
Yes, the role includes opportunities for mentoring team members and contributing to the development and improvement of team processes and procedures.
Will there be collaboration with other design disciplines?
Yes, the Principal Civil Substation Designer will work closely with other elements of the design team to ensure effective collaboration on multi-disciplinary projects.
Is there a commitment to sustainability and safety in design?
Yes, the role emphasizes a "Safety by Design" approach and commits to the continual improvement of processes to support high-quality and safe designs.