NIS required a full refurbishment of their Chorley facility to modernise the building and improve the day-to-day working environment for employees.
The brief focused on upgrading building services, increasing usable space, and creating a workplace that better supports wellbeing within an engineering-led environment.
The project was delivered while transforming both office and operational areas within the existing structure.
Solutions and Approach
The project involved a complete refurbishment across the 26,000 sq ft facility.
A new mezzanine floor was introduced to expand usable floor space, allowing additional office, meeting and welfare areas to be accommodated without extending the building footprint.
A full HVAC upgrade formed a central part of the works, improving ventilation, temperature control and overall internal comfort throughout the building.
Internal layouts were reconfigured to support collaboration, training and focused work, alongside clear circulation between spaces.
The scale and duration of the refurbishment required careful sequencing to coordinate structural works, services upgrades and internal fit-out activities.
HVAC installation and mezzanine construction were programmed alongside refurbishment works to maintain progress and avoid rework.
Existing building constraints were addressed through early coordination of services and structure.
Results and Benefits
The refurbished facility provides NIS with a significantly improved working environment for their engineering teams.
The new mezzanine has increased usable space, supporting future growth and more flexible use of the building.
Upgraded HVAC systems have improved air quality and thermal comfort, contributing directly to employee wellbeing.
The finished environment balances functional engineering requirements with modern office, meeting and welfare spaces.
Key Takeaways
Full refurbishments provide an opportunity to improve both space and building performance
HVAC upgrades play a key role in employee comfort and wellbeing
Mezzanine floors offer effective expansion within existing buildings