1
Speed
Up to 90% of work completed Solutions, delivering and installing in half the time of traditional build.
Up to 50%
Faster than traditional
Certainty · Performance · Net Zero
Precision-Engineered Next Generation Building Solutions
Bespoke - Precision-engineered - Net Zero ready
Inside the Build
FACTORY-CONTROLLED
Precision-Engineered
Solutions
0%Project Certainty & Predictability
0%Factory Quality Consistency
Up to0%Faster Project Delivery
Up to0%Carbon Reduction
Up to0%Greater Cost Efficiency
Core Advantages
Our Five Key Benefits of Modern Methods of Construction
2
Quality
Highest quality finishes installed and tested in factory-controlled environment, certified to ISO14001.
ISO14001 Certified
3
Economical
Cost efficiencies maximised and secured in the factory then delivered on site.
Up to 30%
More cost effective than traditional
4
Reduce Risk
Increase capital efficiency and reduce construction risk through engineered, factory-controlled building systems.
100% Recyclable & Relocatable
5
Environmental
Smaller carbon footprint with latest energy-saving technologies and sustainable practices.
BREEAM Accreditable
NHBC Accreditation Compliant
Value Proposition
Our Six Pillars of Partnership Value
Precision-EngineeredConstruction
PEC of Next Generation Building Systems developed in controlled manufacturing environment with internationally accredited quality standards
Factory-Controlled Quality
Design&Manufacturing
In-house capabilities to provide bespoke, innovative and fully fitted spatial solutions tailored to project requirements
Bespoke Solutions
ESGPerformance
Sustainable practices reducing embodied carbon and environmental impact
EnvironmentalSocialGovernance
ProjectRiskMitigation
Comprehensive risk assessment and management protocols to identify, evaluate and minimize project uncertainties
Proactive Management
Cost&ProgrammeCertainty
Fixed pricing models and guaranteed delivery schedules providing complete financial and timeline predictability
Fixed-Price Commitment
QualityAssurance
Rigorous QA processes with continuous monitoring, testing and verification at every stage of production
Zero Defect Target
Competitive Edge
Our Competitive Advantage
01
Precision-Engineered Construction
Bespoke space creation using Precision-Engineered MMC techniques that accelerate delivery while maintaining precision and quality standards
02
Design Efficiency
Maximize engineering and construction profitability through optimised design workflows and value engineering principles
03
Locked-In Fixed Price Commitment
Unwavering commitment to delivering projects at the agreed fixed price, eliminating budget overruns and financial uncertainty
04
Quality Control
Precision engineered construction leading to significant project risk reduction
05
Project Certainty
Project cost and programme certainty for all stakeholders
Traditional vs. Optimo Approach
Traditional Construction Optimo International
- Time Efficiency
- 50%
- Cost Predictability
- 95%+
- Quality Consistency
- 100%
Competitive Edge
Traditional vs Optimo approach
Across the metrics that determine whether a scheme delivers on time, on budget and on quality, the offsite model performs at a higher band — measurably and repeatably.
Traditional Risk vs Optimo Certainty
- Time efficiencyVariable, weather and trade exposedUp to 50% improvement
- Cost predictabilityRoutine over-runs and variations95%+ predictability
- Quality consistencySite-condition dependent100% factory-controlled
- Risk exposureHigh site & interface riskMaterially reduced
- SustainabilityMaterial waste, embodied carbon−40% carbon, recyclable
Core Capabilities
Five core strengths.
A vertically integrated manufacturing capability paired with disciplined design and delivery.
01
Next-Generation Building Solutions
Redefining how real estate assets are delivered through innovative modular approaches and factory quality-controlled production methodologies.
02
Precision-Engineered Construction
Controlled high-manufacturing standards applied to the built environment with millimetre-level accuracy and consistency.
03
Volumetric Construction
Fully fitted spatial requirements integrated into bespoke solutions manufactured under high quality-controlled conditions.
04
Smart Manufacturing
Automation, BIM integration and high-performance materials combined for unparalleled production efficiency.
05
High-Performance Solutions
Reduced embodied carbon and improved delivery certainty through sustainable manufacturing and optimised logistics.
100%
Project certainty & predictability
100%
Factory quality consistency
Up to50%
Faster project delivery
Up to40%
Carbon reduction
Up to30%
Greater cost efficiency
our solutions
Our SolutionsThree building systems. One delivery model.
LightSteelFrame
2D structural panel system in cold-formed C-section members. Suited to 2–10 storey schemes and hybrid infill applications.
2–10 storeys
VolumetricConstruction
3D fully-fitted modules manufactured offsite. Suited to 4–30 storey schemes including hotel & leisure, student accommodation and healthcare.
4–30 storeys
InfillPanels&Pods
Non-loadbearing panels and pods — bathrooms, plant rooms and toilet facilities — delivered fully fitted to reduce trade coordination.
All scales
Our Solutions
DfMA discipline. Evidence-pack rigour.
Our Design for Manufacturing and Assembly (DfMA) model ensures Fire, acoustic, airtightness and thermal continuity are coordinated from concept. RIBA-stage hold points and full traceability give technical decision makers a complete audit trail.
- 01DfMA coordination from RIBA Stage 2
- 02Interface geometry and tolerance management
- 03Fire, acoustic, airtightness and thermal continuity
- 04Factory & site QA with traceability
- 05Full handover documentation
- 0650% Faster completion delivering faster returns
Sectors
Our SectorsBuilt for sectors that demand certainty.
Healthcare
Hospitals, imaging, transplant centres and clinical extensions delivered with minimal disruption.
Explore sector
Education
Schools, campuses and student accommodation delivered around tight academic calendars.
Explore sector
Sports&PublicAssembly
Stadia, arenas, conference and civic venues drawing on extensive prior experience.
Explore sector
Commercial
Offices, innovation buildings, exhibition and conference environments.
Explore sector
Residential
Modular housing, student living and relocatable expandable solutions.
Explore sector
Hotel&Leisure
Hotels, resorts and branded leisure schemes delivered with speed-to-opening and brand-standard finishes.
Explore sector
Sustainability
Engineered for Net Zero outcomes.
High-performance offsite solutions reduce embodied carbon by up to 40% while accelerating delivery by up to 50%. Every scheme is engineered for EPC A and BREEAM-accreditable performance.
−40%
Embodied carbon
+50%
Delivery speed
EPC A
Performance baseline
- Solar panels
- Air source heat pumps
- Part L insulation
- Heat recovery ventilation
- LED lighting
- Water-saving fixtures
- Rainwater harvesting
- Biodiverse roofs
Net Zero
Direction
Evidenced — not asserted
The Optimo delivery model
Engineered offsite. Assembled with certainty.
How it works
From digital model to handover — on a documented programme.
Every Optimo scheme runs on the same five-stage discipline: technical design and BIM, factory production, quality assurance, site assembly and handover. Each stage is instrumented, evidenced and signed off against an auditable hold-point sequence.
The result is a building delivered with the predictability of a product — not the variance of a traditional construction process.
Explore How It Works
Engagement Process
Four steps to a fixed offer.
- 01
Initial Precision-Engineered Alignment
Confirm scheme objectives, scale, programme drivers and commercial constraints.
- 02
Initial Project Optimisation
Test the brief against modular feasibility, system selection and phasing logic.
- 03
Net Zero Strategy
Set carbon, energy and BREEAM/Passive House targets aligned with delivery.
- 04
Cost & Programme Offer Finalisation
Lock the commercial proposal: fixed price, programme, scope and risk allocation.
Next Steps
Discuss your scheme with Optimo.
Share the brief — we'll respond with an initial alignment view, feasibility study and an indicative programme.