Myslowice, Poland
Volumetric modular construction offers a promising solution to the energy and housing crisis. We are glad to provide effective solutions that address the needs of communities, and we are proud to offer sustainable and affordable housing modular solutions that can positively impact people’s lives.
The project is a result of a collaboration between a team of modular technology specialists, designers, and scientists, brought together by the DMD-M research and development consortium, led by DMDmodular. Our partners in the consortium include the Cracow University of Technology and the Lightoffo company. Together, we have created a multi-family house on Karola Miarki Street in Mysłowice, featuring 29 apartments ranging in size from 45 m2 to over 60 m2.
The building’s load-bearing structure is based on steel profiles, and it will be constructed from 56 fully finished and equipped modules, produced in a controlled factory environment. This approach ensures both efficiency and quality, as the modules are transported from the factory to the site and assembled into a single unit. We are proud to be at the forefront of modular construction technology and to offer our clients innovative, sustainable, and affordable housing solutions.
















Modular construction for real estate developers
Maximizing ROI through faster project delivery, predictable costs, and scalable modular building systems for residential, hotel, and student accommodation developments.
Prefabricated modular solutions for general contractors
Providing fully prefabricated volumetric modules that simplify on-site coordination, reduce construction risk, and accelerate project timelines.
Design-to-manufacture support for architects and design studios
Transforming architectural concepts into manufacturable modular buildings through early-stage collaboration, BIM coordination, and DfMA-based design.
Delivering scalable, high-quality assets. Scalable modular assets for investors and asset managers
Delivering high-quality, repeatable modular real estate assets optimized for long-term value, portfolio scalability, and operational efficiency.
Energy-efficient affordable housing reduces long-term operating costs through better insulation, airtight construction, and optimized building systems. Modular steel-frame structures minimize material waste and improve thermal performance, lowering heating and cooling expenses over the building’s lifetime.
Steel-frame modular housing enables precise factory-built components that reduce thermal bridges and air leakage. This controlled production process results in consistent insulation quality, better airtightness, and higher overall energy performance compared to traditional on-site construction.
Yes. Affordable modular housing is well suited for energy-efficient residential projects because it combines standardized design with high-performance materials. This approach delivers predictable costs, faster construction timelines, and lower energy consumption without compromising comfort or durability.
Energy-efficient housing significantly reduces long-term living costs by lowering energy bills and maintenance requirements. Improved insulation, efficient building envelopes, and durable steel-frame structures contribute to stable performance and reduced operating expenses over time.
Modular construction allows buildings to be produced in controlled factory conditions, improving quality and energy performance while keeping costs predictable. Combined with steel-frame technology, it delivers affordable housing solutions that meet modern energy efficiency standards and scalability requirements.
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