Senior EC&I Designer – Nuclear Decommissioning (Hybrid)

Assystem; Warrington; Hybrid; GBP 55,000 - 85,000; Full time

Benefits offered by this job

Hybrid work (1-2 days remote)

Holiday bonuses

Internal promotions

Job summary

Assystem is seeking a Senior EC&I Designer in Warrington to join its nuclear engineering team. The role involves interfacing with design, facility and project teams across the project lifecycle, delivering electrical and instrumentation/controls design work in a highly regulated environment.

You will contribute to CE&I project delivery, apply CDM and IET wiring standards, and thrive in a collaborative, safety-focused culture with opportunities for internal progression.

Qualifications

• Proficient in AutoCAD.
• Experience in CE&I project delivery.
• Skilled in building electrical services design (lighting, small power).
• Expertise in CE&I Instrumentation and Security Systems design.
• Knowledgeable in CDM and IET wiring regulations.
• Space management and cable routing expertise.
• Strong communication skills, team player.
• Minimum ONC in a relevant discipline.

Responsibilities

• Interface with Integrated Design, facility, and project teams.
• Collaborate through all project phases.
• Work effectively in a team environment.

Skills

AutoCAD

CE&I Project Delivery

Electrical services design

Instrumentation & Security Systems

CDM & IET wiring regulations

Cable routing & space management

Communication & teamwork

ONC in relevant discipline

Education

ONC in a relevant discipline

Tools

Autodesk Revit

AVIVA

CIMAGE/DM Desktop

Job description

Assystem is seeking a Senior EC&I Designer in Warrington to join its nuclear engineering team. The role involves interfacing with design, facility and project teams across the project lifecycle, delivering electrical and instrumentation/controls design work in a highly regulated environment.

You will contribute to CE&I project delivery, apply CDM and IET wiring standards, and thrive in a collaborative, safety-focused culture with opportunities for internal progression.