DESIGN MANAGER - ELECTRICAL | DATA CENTRES | BICESTER
Shape the future of mission-critical infrastructure with Laing O'Rourke.
Are you a Design Manager with an electrical background and experience delivering data centre projects on site? We're looking for someone to play a pivotal role in the successful design and delivery of one of the most complex and high-profile projects in our portfolio - based from our project team office in
Bicester
.
WHY THIS ROLE?
Be at the heart of a technically advanced
data centre project
, overseeing electrical design coordination and integration from concept through to completion.
Collaborate closely with multi-disciplinary design teams, contractors, and client representatives to drive high-quality design outcomes.
Influence innovation, sustainability, and constructability through Laing O'Rourke's industry-leading
digital engineering
and
offsite manufacturing
capabilities.
WHO WE'RE LOOKING FOR:
We'd love to hear from
Design Managers
who have:
A degree in
Electrical Engineering
(or a related discipline), ideally with
Chartered Engineer
status.
Proven
on-site delivery experience
within
data centres
or other mission-critical environments.
A strong understanding of design governance, risk management, and change control processes.
Excellent communication and stakeholder management skills - comfortable collaborating across design, client, and delivery teams.
WHY JOIN US?
At Laing O'Rourke, you'll be part of a team shaping the future of construction through innovation, digital design, and sustainability.
We offer:
The chance to work on
career-defining projects
with a global engineering enterprise.
Ongoing
professional development
and clear
pathways to progression
.
An inclusive, values-led culture that champions
flexibility
,
diversity
, and
wellbeing
.
INCLUSION MATTERS
We're proud to be a
Disability Confident Level 3 Employer
and committed to creating a workplace where everyone feels supported and valued. We welcome applications from all backgrounds, career returners, and those exploring a move from adjacent sectors.