Process Engineer - Nuclear SMR Systems (Hybrid Remote)

Assystem, Switch On; Sunderland; Hybrid; GBP 40,000 - 60,000; Full time

Job summary

A prominent nuclear engineering firm in Sunderland seeks a Process Engineer to work on the innovative SMR project. Responsibilities include analyzing cooling systems, conducting thermal and fluid analyses, and producing design documentation. Candidates should have a degree in Process or Chemical Engineering and experience with software like PIPESIM or Flomaster. The role offers hybrid work options and attractive social benefits, emphasizing diversity and innovation in engineering.

Benefits

Attractive social benefits

Ongoing training

Holiday bonuses

Qualifications

• Strong understanding of fluid mechanics, heat transfer, and thermodynamics.
• Proven experience in producing design documentation and test specifications.

Responsibilities

• Support cooling water island systems with cutting-edge analysis and calculation methods.
• Perform static and transient flow and thermal analyses using advanced software tools.
• Assist in designing and integrating various systems.
• Produce, review, and update system documentation.
• Define control strategies for system performance.
• Determine the appropriate sizes for system components.
• Conduct thermal-hydraulic calculations and modeling.
• Formulate detailed equipment specifications.

Skills

Fluid mechanics

Heat transfer

Thermodynamics

Proficiency with PIPESIM

Proficiency with Flomaster

Education

Degree in Process or Chemical Engineering

Tools

PIPESIM

Flomaster

Job description

A prominent nuclear engineering firm in Sunderland seeks a Process Engineer to work on the innovative SMR project. Responsibilities include analyzing cooling systems, conducting thermal and fluid analyses, and producing design documentation. Candidates should have a degree in Process or Chemical Engineering and experience with software like PIPESIM or Flomaster. The role offers hybrid work options and attractive social benefits, emphasizing diversity and innovation in engineering.