MMC Integration Services

Supporting Modern Methods of Construction (MMC) for Efficient, Sustainable Project Delivery

At ALS Projects, we are committed to helping clients and architects explore the advantages of Modern Methods of Construction (MMC) and integrate them into both commercial and residential projects. From the earliest stages of planning and design, we provide expert guidance on the feasibility of MMC systems, helping you assess which approach best aligns with your project’s goals in terms of cost-efficiency, sustainability, and build speed.

Our in-depth knowledge of SIPS (Structural Insulated Panels), Timber Frame, SFS (Steel Framing Systems), Volumetric Modular, and other MMC systems allows us to offer comprehensive advice on each method, ensuring you can make informed decisions on how best to integrate MMC into your development.

How We Support MMC Integration

1. Early-Stage Assessments & Feasibility Studies

We engage with your project from the outset, working closely with the client, architect, and key stakeholders to assess the viability of MMC for your project. Our team conducts detailed feasibility studies to determine how various MMC systems can benefit your development—whether that’s reducing construction time, lowering costs, improving sustainability, or enhancing quality control.

2. Tailored MMC Solutions for Each Project

No two projects are the same, which is why we provide tailored recommendations based on the unique requirements of your development. Whether you’re working on a large-scale commercial project, a residential development, or a self-build residence, we evaluate the potential of MMC to meet your specific goals, considering factors like speed of delivery, build quality, and environmental impact.

MMC Systems We Work With:

SIPS (Structural Insulated Panels)

SIPS offer a highly energy-efficient and fast construction method. These panels, consisting of an insulating foam core sandwiched between structural boards, are ideal for projects where thermal performance is a key consideration. We can advise on their suitability for residential and commercial builds, helping to balance speed with sustainability.

Advantages:

Excellent thermal performance, reducing long-term energy costs.
Pre-manufactured for rapid on-site assembly.

Considerations:

May require specialist contractors for installation.
Design flexibility may be more limited compared to other systems.

Timber Frame

Timber Frame construction is a popular MMC option for residential and commercial projects, offering a versatile, sustainable, and cost-effective solution. We support the integration of timber frame systems, reviewing their suitability based on project size, complexity, and environmental goals.

Advantages:

Environmentally friendly and renewable material.
Lightweight and adaptable to various designs.

Considerations:

Fire resistance measures may need to be incorporated.
On-site weather conditions can affect build times.

SFS (Steel Framing Systems)

SFS is a lightweight, flexible framing system commonly used in high-rise buildings and large-scale developments. We help clients assess the benefits of using SFS in projects requiring robust structural performance, especially where speed and durability are key.

Advantages:

Lightweight yet strong, ideal for larger structures.
Non-combustible material with high durability.

Considerations:

Requires precise installation to avoid thermal bridging.
May be more costly than some other framing systems.

Volumetric Modular Construction

Volumetric Modular systems are pre-manufactured, 3D units assembled off-site, then transported and installed on-site. These systems are ideal for projects that require rapid delivery, high precision, and reduced on-site labor. We work with clients to assess the suitability of modular systems, ensuring seamless integration with the overall project design.

Advantages:

Significantly reduces on-site construction time.
High precision and quality control due to factory assembly.

Considerations:

Transportation and craning logistics need careful planning.
May limit design flexibility in complex architectural build

Balancing the Benefits & Considerations of MMC

At ALS Projects, we provide a balanced assessment of the advantages and considerations of each MMC system, helping you make informed choices that align with your project’s objectives. Whether it’s energy efficiency, speed of construction, cost savings, or sustainability, we ensure that all technical, financial, and logistical aspects are considered.

Benefits of MMC:

Speed of Delivery: Pre-manufactured components and off-site construction reduce overall project timelines.
Quality Control: Factory settings ensure high levels of precision and consistency, reducing errors and defects.
Sustainability: Many MMC systems offer significant environmental benefits, from reduced material waste to enhanced energy performance.
Cost-Efficiency: MMC can reduce labor costs and material waste, making projects more cost-effective over time.

Challenges to Consider:

Logistics: Transportation and on-site assembly require detailed planning and coordination.
Specialist Contractors: Some systems may require experienced contractors, which could affect cost and availability.
Design Flexibility: Certain MMC systems may limit bespoke or highly complex designs.

Our Collaborative Approach

We collaborate closely with architects, engineers, and clients to ensure the smooth integration of MMC into your project. From concept design to supply chain coordination, we act as your MMC partner, helping to unlock the full potential of these innovative systems.

Our team supports the entire MMC process, from technical reviews and design coordination to managing the practicalities of logistics and on-site installation. By ensuring early engagement with suppliers and contractors, we help optimize your project for MMC, delivering maximum value.

Get in touch today to discover how ALS Projects can help you integrate MMC into your next project, maximising efficiency, sustainability, and value.