BrewDog Gatwick
Structural engineering that performs - in theatres, airports, and live event spaces across the UK.
A project like this at Gatwick needs structure that works first time. We made sure the design could be built quickly and confidently, without holding up the programme - even in a busy terminal environment.
Pedro Barata
Structural Engineer
BrewDog Gatwick
Airport Retail
Structural design for BrewDog’s first UK airport location with SSP
MJ Consulting Engineers was proud to support the delivery of the new BrewDog Tap Room at Gatwick Airport’s North Terminal - a landmark project marking BrewDog’s first UK venture in partnership with SSP UK & Ireland.
Opened on 4 December, the venue brings BrewDog’s distinctive brand to airside passengers, offering craft beer and food in a high-impact, high-footfall setting.
Our Role
MJC provided full structural consultancy for the project, including detailed design and coordination of the steelwork structure. Our work ensured the new venue could be constructed efficiently within the constraints of a live terminal environment, while meeting strict airport design and safety standards.
Key contributions included:
Structural design for the internal steel framework
Detailed and coordinated drawings to support efficient delivery
Close collaboration with architects, contractors, and client teams throughout the fit-out process
Our design integrated seamlessly with the architectural vision while maintaining full compliance with airport regulations and operational requirements.
A Collaborative Result
The BrewDog Tap Room combines bold interior design with structural precision. MJC’s engineering input helped bring this concept to life - safely, efficiently, and without disruption to terminal operations. The result is a standout hospitality space that offers travellers a premium experience before their flight.
Images courtesy of Alma Rademan / SSP Group.
LIVE EveNTS
STAGE DESIGN
Working in theatres and live venues means there’s no room for error - and that’s where MJC stands out. We’re known in the industry for being calm under pressure, clear on site, and dependable from first sketch to final sign-off. It’s why so many production teams come back to us.
Tom Jeffcoat
Structural Engineer, MJ Consulting Engineers
Yes - with offices in London and Manchester and a network of experienced engineers, we deliver structural engineering solutions for theatres and performance venues throughout the UK.
Absolutely; heritage venues are a core part of our expertise. We balance preservation requirements with structural upgrades to support modern rigging, lighting, and performance demands.
Yes - from temporary structures and roof trims to signage and production rigging, we engineer solutions that deliver safety, compliance, and speed for live show environments .
Extensive - we've completed projects at Heathrow T2, T5, Gatwick, Birmingham Airport and Liverpool John Moore Airport, delivering bespoke structural designs that meet tight schedules and live-site requirements .
Yes - we perform ceiling void, roof, rigging point, and structural inspections to assess condition and readiness for production use or fit-out modifications .
Our teams are accustomed to fast-paced schedules. We’re regularly brought into projects during show rehearsals or airport closures - and we deliver reliable structural solutions under time pressure.
We work closely with architects, venue owners, contractors, production teams, and heritage bodies to ensure structural integrity, adherence to regulations, and build-ready details.
Yes, typically within 5 working days.
Frequently Asked Questions
Everything you need to know about working with MJC - how we work, where we work, and what we deliver.
Structural Support That Performs On Stage and On Site
From listed theatres and concert halls to airport concessions and live venues, we bring practical structural engineering to complex environments. Whether you're planning a refurbishment, fitting out a retail unit, or navigating venue constraints, we’ll help you make it buildable - and make it happen.