Lead SMR Cooling Water Systems Engineer

Assystem GmbH; Warrington; Hybrid; GBP 65,000 - 85,000; Full time

Benefits offered by this job

Attractive social benefits

Ongoing training opportunities

Holiday bonuses

Job summary

Assystem GmbH is seeking a Senior Principal Mechanical Engineer for its Nuclear division in Warrington, UK. Join a pioneering Small Modular Reactor (SMR) program where you will lead a team focusing on critical cooling water systems vital for reactor operations.

This permanent role requires strong leadership skills and track record in nuclear engineering. Benefits include social perks, career opportunities, and a hybrid work model.

Qualifications

• Proven expertise in leading projects from Front-End Engineering Design through to execution.
• Skilled in managing and coordinating diverse engineering teams.
• Strong track record in designing and optimizing cooling water systems.
• Experienced in budgeting and planning for full design lifecycles.
• Well-versed in ONR, Environment Agency, and HSE regulations.

Responsibilities

• Lead and mentor a team of engineers on cooling water systems.
• Define rigorous safety and performance criteria for reactor operation.
• Oversee the creation of comprehensive design packages.
• Coordinate effectively between engineering teams and stakeholders.
• Develop clear technical specifications for key cooling water components.

Skills

Leadership skills

Cooling water system design

Regulatory compliance knowledge

Systems engineering

Project budget planning

Excellent communication

Education

Chartered Engineer (CEng)

Job description

Assystem GmbH is seeking a Senior Principal Mechanical Engineer for its Nuclear division in Warrington, UK. Join a pioneering Small Modular Reactor (SMR) program where you will lead a team focusing on critical cooling water systems vital for reactor operations.

This permanent role requires strong leadership skills and track record in nuclear engineering. Benefits include social perks, career opportunities, and a hybrid work model.