Building Adaptable New Hospitals

Prefabricated fit-out should be a priority for the New Hospital Programme

Building Adaptable New Hospitals

Prefabricated fit-out should be a priority for the New Hospital Programme

Healthcare
Healthcare

As the New Hospital Programme unveiled its latest delivery phase, Architectural Wallsz convened a panel of experts and industry professionals to assess the opportunities. At the top of the agenda were prefab interiors that can be reconfigured to make hospitals more adaptable.

A new procurement process bringing together NHS trusts and main contractors was announced at the European Healthcare Design Congress. It signals a shift from conventional competitive procurement toward a model in which trusts and contractors work collectively.

Responding to change

In response, Architectural Wallsz hosted the roundtable at its headquarters in Worcestershire, England.

This was the latest in a series of online and in-person events to educate the healthcare and commercial sectors across Europe, making the case for prefabricated walls, pods and rooms over traditional interior construction techniques such as fixed plasterboard.

For the NHS and the New Hospital Programme, that case includes:

  • Cost savings over the lifecycle of a building because prefabricated solutions can be easily and inexpensively reconfigured as a hospital’s needs change.
  • Carbon savings because re-using prefabricated products means materials don’t have to be transported to site or demolished partition walls sent to landfill.
  • Flexibility because prefabricated units can be quickly adapted to meet urgent demands, such as an epidemic.

Key themes from the discussion

The New Hospital Programme (NHP) represents a once-in-a-generation opportunity to rethink how healthcare facilities are designed, built and adapted throughout their lifespan.

For too long, hospitals have been constructed around today’s clinical requirements, only to face expensive refurbishment programmes as healthcare evolves. The challenge is no longer simply delivering new buildings quickly — it is creating hospitals that remain fit for purpose for decades to come.

That means designing for change from the outset.

Future-proofing the hospital estate

Healthcare never stands still. Clinical practices evolve, new technologies emerge, patient demographics change and unexpected events such as COVID-19 place entirely new demands on hospital infrastructure.

A ward designed for standard patient care today may require significantly more equipment tomorrow. New treatment pathways, changing disease profiles and higher-dependency care all require buildings capable of adapting without major structural alteration.

Modular construction enables continuous adaptation

This is where industrialised construction and prefabricated interior solutions become transformational.

Rather than creating fixed internal layouts that become increasingly difficult and expensive to alter, modular wall systems allow clinical spaces to be reconfigured as requirements evolve.

Questions raised during the discussion included:

  • What level of equipment might future care models require?
  • Which illnesses will become more prevalent over the coming decades?
  • How can hospitals respond without major rebuilding?

The consensus was clear.

Healthcare environments need to become far more adaptable.

As one participant observed:

“Wouldn’t we want that room… to be modular enough to expand the capability of it?”

For specialist interior manufacturers such as Architectural Wallsz, this represents a fundamental shift in thinking. Walls are no longer simply partitions—they become adaptable infrastructure that supports changing clinical needs throughout the life of the building.

A different way of delivering construction

Industrialised delivery requires a different mindset.

Factory manufacture, repeatable quality and programme certainty depend upon long-term planning and consistent pipelines rather than traditional project-by-project procurement.

As one contributor explained:

“It’s getting the industry to think in a different way and change its minds now. I think it’s a brilliant opportunity.”

The New Hospital Programme offers precisely the scale needed to make this transition possible.

Unlike isolated projects, it provides the opportunity to standardise solutions, invest in manufacturing capability and continuously improve products across multiple hospital developments.

How adaptable can we make tomorrow’s hospital?

One of the most compelling ideas discussed during the roundtable was remarkably simple.

“How much bigger do we need to make a new hospital? Two per cent bigger… and you’re going to save so much on the fit out and MEP.”

That relatively small increase in shell size could create significant flexibility throughout the building’s life, allowing spaces to evolve as clinical requirements inevitably change.

Collaboration will determine success

Perhaps the strongest theme emerging from the discussion was collaboration.

With alliance contractors, NHS stakeholders, manufacturers and specialist suppliers working together, the programme has an opportunity to share learning at an unprecedented scale.

Participants described the initiative as:

“Almost a generational, once-in-a-lifetime opportunity.”

Innovation is already embedded within the programme’s objectives, but delivering meaningful change will require ideas to move beyond discussion and into practical implementation.

That means manufacturers being involved earlier, contributing expertise during design rather than simply supplying products later in the construction process.

Technology is changing construction

The buildings of the future will be delivered by a very different workforce.

The discussion explored how automation, robotics and AI will reshape construction over the coming decade.

Tomorrow’s tradesperson may not simply install products manually but instead manage automated manufacturing systems, robotics and digitally enabled construction processes.

With around 85,000 experienced tradespeople expected to retire over the next decade, the construction industry has little choice but to embrace new technologies that increase productivity while creating new, highly skilled career paths. That is bound to impact existing and new healthcare estates.

Overcoming resistance to change

One of the greatest barriers identified was not technology, but culture.

Construction and healthcare alike often fall back on familiar approaches because projects must be delivered quickly and safely.

As one participant summarised:

“We’ve always done things a certain way… there’s fear of changing what you’ve always known.”

The New Hospital Programme provides an opportunity to challenge that mindset.

Instead of asking what has always worked, clients and delivery teams can ask:

  • What gives the NHS the greatest long-term value?
  • What creates buildings that remain adaptable?
  • What solutions will continue delivering benefits 20, 30 or 40 years from now?

Looking ahead

The discussion concluded with a shared recognition that this is only the beginning.

Further workshops, webinars and collaboration between manufacturers, alliance contractors and NHS teams are already planned, with participants acknowledging that Wave One will inevitably look very different from Wave Two as lessons are learned and innovation accelerates.

Adding Value

For Architectural Wallsz, this is exactly where the company adds value.

Through off-site-manufactured wall systems designed specifically for healthcare environments, the business helps create hospitals that are not only delivered faster and more predictably but also easier to adapt as healthcare evolves.

Products include integrated medical headwalls, consultation rooms, and two types of freestanding pods, single rooms specially designed for isolation and consultations.

Last Word

The hospitals of tomorrow should not simply meet today’s requirements. They should be ready for whatever comes next.

As the New Hospital Programme unveiled its latest delivery phase, Architectural Wallsz convened a panel of experts and industry professionals to assess the opportunities. At the top of the agenda were prefab interiors that can be reconfigured to make hospitals more adaptable.

A new procurement process bringing together NHS trusts and main contractors was announced at the European Healthcare Design Congress. It signals a shift from conventional competitive procurement toward a model in which trusts and contractors work collectively.

Responding to change

In response, Architectural Wallsz hosted the roundtable at its headquarters in Worcestershire, England.

This was the latest in a series of online and in-person events to educate the healthcare and commercial sectors across Europe, making the case for prefabricated walls, pods and rooms over traditional interior construction techniques such as fixed plasterboard.

For the NHS and the New Hospital Programme, that case includes:

  • Cost savings over the lifecycle of a building because prefabricated solutions can be easily and inexpensively reconfigured as a hospital’s needs change.
  • Carbon savings because re-using prefabricated products means materials don’t have to be transported to site or demolished partition walls sent to landfill.
  • Flexibility because prefabricated units can be quickly adapted to meet urgent demands, such as an epidemic.

Key themes from the discussion

The New Hospital Programme (NHP) represents a once-in-a-generation opportunity to rethink how healthcare facilities are designed, built and adapted throughout their lifespan.

For too long, hospitals have been constructed around today’s clinical requirements, only to face expensive refurbishment programmes as healthcare evolves. The challenge is no longer simply delivering new buildings quickly — it is creating hospitals that remain fit for purpose for decades to come.

That means designing for change from the outset.

Future-proofing the hospital estate

Healthcare never stands still. Clinical practices evolve, new technologies emerge, patient demographics change and unexpected events such as COVID-19 place entirely new demands on hospital infrastructure.

A ward designed for standard patient care today may require significantly more equipment tomorrow. New treatment pathways, changing disease profiles and higher-dependency care all require buildings capable of adapting without major structural alteration.

Modular construction enables continuous adaptation

This is where industrialised construction and prefabricated interior solutions become transformational.

Rather than creating fixed internal layouts that become increasingly difficult and expensive to alter, modular wall systems allow clinical spaces to be reconfigured as requirements evolve.

Questions raised during the discussion included:

  • What level of equipment might future care models require?
  • Which illnesses will become more prevalent over the coming decades?
  • How can hospitals respond without major rebuilding?

The consensus was clear.

Healthcare environments need to become far more adaptable.

As one participant observed:

“Wouldn’t we want that room… to be modular enough to expand the capability of it?”

For specialist interior manufacturers such as Architectural Wallsz, this represents a fundamental shift in thinking. Walls are no longer simply partitions—they become adaptable infrastructure that supports changing clinical needs throughout the life of the building.

A different way of delivering construction

Industrialised delivery requires a different mindset.

Factory manufacture, repeatable quality and programme certainty depend upon long-term planning and consistent pipelines rather than traditional project-by-project procurement.

As one contributor explained:

“It’s getting the industry to think in a different way and change its minds now. I think it’s a brilliant opportunity.”

The New Hospital Programme offers precisely the scale needed to make this transition possible.

Unlike isolated projects, it provides the opportunity to standardise solutions, invest in manufacturing capability and continuously improve products across multiple hospital developments.

How adaptable can we make tomorrow’s hospital?

One of the most compelling ideas discussed during the roundtable was remarkably simple.

“How much bigger do we need to make a new hospital? Two per cent bigger… and you’re going to save so much on the fit out and MEP.”

That relatively small increase in shell size could create significant flexibility throughout the building’s life, allowing spaces to evolve as clinical requirements inevitably change.

Collaboration will determine success

Perhaps the strongest theme emerging from the discussion was collaboration.

With alliance contractors, NHS stakeholders, manufacturers and specialist suppliers working together, the programme has an opportunity to share learning at an unprecedented scale.

Participants described the initiative as:

“Almost a generational, once-in-a-lifetime opportunity.”

Innovation is already embedded within the programme’s objectives, but delivering meaningful change will require ideas to move beyond discussion and into practical implementation.

That means manufacturers being involved earlier, contributing expertise during design rather than simply supplying products later in the construction process.

Technology is changing construction

The buildings of the future will be delivered by a very different workforce.

The discussion explored how automation, robotics and AI will reshape construction over the coming decade.

Tomorrow’s tradesperson may not simply install products manually but instead manage automated manufacturing systems, robotics and digitally enabled construction processes.

With around 85,000 experienced tradespeople expected to retire over the next decade, the construction industry has little choice but to embrace new technologies that increase productivity while creating new, highly skilled career paths. That is bound to impact existing and new healthcare estates.

Overcoming resistance to change

One of the greatest barriers identified was not technology, but culture.

Construction and healthcare alike often fall back on familiar approaches because projects must be delivered quickly and safely.

As one participant summarised:

“We’ve always done things a certain way… there’s fear of changing what you’ve always known.”

The New Hospital Programme provides an opportunity to challenge that mindset.

Instead of asking what has always worked, clients and delivery teams can ask:

  • What gives the NHS the greatest long-term value?
  • What creates buildings that remain adaptable?
  • What solutions will continue delivering benefits 20, 30 or 40 years from now?

Looking ahead

The discussion concluded with a shared recognition that this is only the beginning.

Further workshops, webinars and collaboration between manufacturers, alliance contractors and NHS teams are already planned, with participants acknowledging that Wave One will inevitably look very different from Wave Two as lessons are learned and innovation accelerates.

Adding Value

For Architectural Wallsz, this is exactly where the company adds value.

Through off-site-manufactured wall systems designed specifically for healthcare environments, the business helps create hospitals that are not only delivered faster and more predictably but also easier to adapt as healthcare evolves.

Products include integrated medical headwalls, consultation rooms, and two types of freestanding pods, single rooms specially designed for isolation and consultations.

Last Word

The hospitals of tomorrow should not simply meet today’s requirements. They should be ready for whatever comes next.

+44 121 374 0070
Architectural Wallsz International Ltd. Unit 2 Buntsford Business Centre, Buntsford Drive, Bromsgrove, Worcestershire. B60 3FR
Architectural Wallsz International Ltd. Unit 2 Buntsford Business Centre, Buntsford Drive, Bromsgrove, Worcestershire. B60 3FR
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Reconfigurable Solutions

Our modular system is designed to evolve with your needs. Spaces can be adapted, repurposed, or reconfigured with minimal disruption, allowing facilities to respond quickly to new layouts, equipment requirements, or operational demands.

Removable panels make maintenance, technology upgrades, and service access easier and more cost-effective. This flexibility reduces downtime, lowers lifecycle costs, and ensures your environment can continually meet changing requirements, while embracing circular-economy principles.

See how our modular system adapts and reconfigures to meet evolving needs.

On Site Installation

Once the prefabricated components arrive on site, installation is rapid and highly controlled. Because the majority of work has already been completed off‑site, the assembly phase requires reduced labour and significantly less time than traditional construction.

Depending on the scale and complexity of the project, installation can often be completed in days or weeks, with minimal disruption to surrounding operations and a cleaner, more efficient on‑site environment.

See how rapid installation compares to conventional construction below.

Procurement & Manufacturing

Off‑site manufacturing ensures every component is produced with exceptional precision and consistent quality. By building panels and modules in a controlled factory environment, we minimise material waste, reduce VOC emissions, and achieve finishes that aren’t possible with traditional site‑based construction.
Because manufacturing occurs in parallel with on‑site activity, projects progress faster and more efficiently. While your interior is being fabricated, other trades can complete services and preparation, creating a fully integrated, streamlined delivery process.

Final Design & Client Sign Off

At this stage, your design takes clear shape. Through immersive VR and accurate visuals, you can explore the finished environment and make informed decisions before sign‑off. This ensures every detail aligns with your operational and aesthetic requirements.
Experience a flythrough below

Design Development

During design development, we work closely with your team to refine layouts, finishes, and technical details through a collaborative design‑assist process. Using ICE, we can explore options in real time and instantly visualise the impact of each decision.

Accurate 3D visuals, flythroughs, and live cost updates ensure that what you see at this stage is exactly what will be manufactured. This clarity enables faster coordination with other trades and provides reliable cost certainty as the design progresses. 

See how ICE supports real‑time design development and costing.

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