Phuong Ngo Pitkänen
08 Aug 2025
The construction and infrastructure sector stands as one of the UK’s largest sources of employment and a key contributor to national economic growth. But, it’s under strain. A growing backlog of critical projects, an escalating shortage of skilled workers, and shrinking delivery capacity are stretching teams thin. Add to this persistent delays, razor-thin margins, and one of the most complex and high-risk working environments of any industry, and it’s clear something needs to change.
But with every challenge comes an opportunity to build better.
At Hyperion Robotics, we believe the future of construction lies in a smarter approach: one rooted in Design for Manufacture and Assembly (DfMA) and powered by advanced robotics.
Borrowed from automotive and aerospace industries, DfMA helps us rethink how buildings are designed and delivered. Instead of the usual unpredictability on-site, we bring precision off-site, making projects faster, safer, and more sustainable, and more predictable.
With the UK facing growing pressure to hit environmental goals and deliver big infrastructure projects, DfMA offers a smarter, cleaner, and more reliable way to build for the future.
What is Design for Manufacture and Assembly (and why is it a game-changer for construction)?
Design for Manufacture and Assembly (DfMA) is a design philosophy that simplifies how components are made and assembled. It’s all about thinking ahead – optimising designs so they can be manufactured efficiently in controlled environments, and then assembled with ease on site.
Originally pioneered in the aerospace and automotive industries, DfMA is now gaining momentum in construction, where the stakes are higher and inefficiencies more costly.
By tackling smart design with off-site manufacturing, DfMA helps tackle many of the industry’s most persistent challenges, from cost overruns and delays to safety risks and material waste.
And the UK Government is backing it. Its Construction 2025 strategy sets out bold goals:
- 33% reduction in the initial and whole-life costs of built assets
- 50% faster delivery of projects
- 50% reduction in greenhouse gas emissions associated with construction
DfMA is key to achieving them.
What are the benefits of adopting DfMA in construction?
Minimising waste with smarter design
The construction industry is one of the UK’s biggest waste contributors, accounting for 32% of landfill waste. DfMA combats this by using smarter design, reducing over-ordering, and ensuring efficient use of materials. Off-site processes mean what little waste is produced can be recycled more easily.
Using tried-and-tested, digitally validated designs
DfMA relies on pre-validated digital prototypes, which are designs that have been tested and refined in virtual environments before any physical work begins. This allows teams to identify and resolve clashes early, rehearse construction sequences, and plan logistics thoroughly. This ensures a “right first time” approach, avoiding costly on-site surprises and smoother handovers.
Consistent, repeatable quality
Manufacturing components in a controlled environment leads to consistent, repeatable quality. Research shows that off-site production environments significantly outperform traditional sites in terms of quality assurance and defect rates. For example, prefabricated structural elements, such as floor slabs or wall panels, are produced to exact tolerances, ensuring uniform performance across hundreds of units.
Reduced on-site time and labour risk
Studies by the UK’s Construction Innovation Hub suggest that modular construction can shift up to 80% of site activity off-site. This means fewer high-risk activities like working at height or in hazardous conditions, and shorter build times overall.
Accelerated construction timelines
The integration of DfMA and modular construction can cut project timelines by 50% to 90% compared to traditional methods. This has enormous implications for sectors like housing, healthcare, and infrastructure, where speed of delivery is critical.
DfMA and sustainability: Hitting your targets without compromise
For contractors, meeting sustainability targets is no longer a “nice to have”, it’s a project requirement.
That’s where DfMA comes in.
By moving construction activities off-site, DfMA gives contractors more control over material usage, energy consumption, and waste management. Fewer deliveries, less on-site equipment, and shorter timelines all contribute to a smaller carbon footprint from day one.
Most importantly, DfMA makes it easier to stay ahead of evolving regulations around embodied carbon and resource efficiency, saving time on compliance and strengthening bids for future work.
In short, DfMA makes sustainable construction scalable, without sacrificing cost or speed.
Case Study: DfMA in action with Hyperion Robotics for Yorkshire Water
When Yorkshire Water needed to deliver a major treatment facility with tight carbon and time targets, it turned to us.
By combining Modern Methods of Construction (MMC) and DfMA,we delivered four cylindrical drawpits with:
- 40% lower embodied carbon emissions, saving 2,630 kilograms of CO2.
- 50% material reduction, (10 cubic metres less concrete)
- 70% faster delivery (from 6 months down to 2)
- 30% cost savings compared to conventional cast-in-situ methods
- Minimal on-site labour, reducing the risks associated with working 2.5 metres underground.
The result? A safer, cleaner, faster project, delivered on time and under budget.
Ready to build better?
The future of construction isn’t just coming; it’s already here. And at Hyperion Robotics, DfMA is at the core of how we design and deliver projects. We help clients unlock:
- Shorter build times
- Lower emissions and material use
- Improved safety and site performance
Whether you’re delivering infrastructure, utilities, or commercial projects, we’re here to help you build smarter.
Accelerate your next project with sustainable, scalable design. Contact us today.
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