Requirements
- A strong background & experience in the use of a commercially available finite element software package (e.g. ANSYS, LUSAS, STAAD) including aspects involving either non-linear geometry, materials, or time and frequency domain methods.
- An understanding of a range of design codes, ideally including the use of seismic design codes such as ASCE 4, ASCE 43 and ACI 349 which are acceptable to be used in a nuclear environment.
- An appreciation of the importance of nuclear safety and the relationship between nuclear safety and design.
- Ability to communicate in the English language, both written and verbal, with an excellent ability to explain complex engineering principals in a manner which can be understood by a non-specialist
- Able to decide on the level of reliance and accuracy to attach to a variety of results obtained from analyses and to interpret results into practical engineering solutions
- Demonstrable track record in the delivery of projects or significant contribution towards project delivery
- Able to work on a range of projects simultaneously
Nice to Have
- Experience using LUSAS preferred, but not essential.
- Experience of, or a willingness to learn, Soil Structure Interaction Analysis using a commercially available software package (e.g. PLAXIS).
Benefits
- Career development
- Positive working environment
- Competitive reward package
- Flexible and remote working
- Continuing professional development and career progression
Work Arrangement
Hybrid
Team
Team size: 43. Structure: Structural engineers and BIM specialists
Additional Information
- A willingness to apply for appropriate security clearances to support such work is essential.
