The Loop Apartments will provide 195 multi-family units across 2 four-story buildings with 2 levels of below-grade parking. 87 units are designated as affordable workforce housing for residents in the community.

Sitting on 2.09 acres, the project utilizes prefabricated volumetric wood-framed modules that will be delivered to the site to expedite construction and reduce onsite costs. Retained by FFKR Architects, RDH is providing building enclosure design review and construction phase services. The project is currently in the design phase with trade contractor selection and design-build efforts for the modular construction underway.

Our Denver team is leveraging our expertise in modular construction and knowledge of high elevation mountain climates to support the design and constructability of this project. Acting in a Peer Review capacity to FFKR, our team is collaborating with the designers to produce high-quality building enclosure assemblies, focusing on control of water penetration, air leakage, water vapor diffusion, and thermal continuity.

Throughout the design phases, RDH works with the design team to see that the drawing details reflect a high-performance, durable build. During construction, RDH will work closely with the modular manufacturer to review and provide input on the modular design-build shop drawings to ensure the implementation of FFKR’s design into constructible modules. We will review offsite modular unit fabrication, while also performing field review, water penetration testing, and contract administration support.

Date:

February 28, 2024

Client:

FFKR Architects

Developer:

Mogul Capital

Our Role:

Building Enclosure Consultant

Renderings By:

FFKR Architects

Key Services

Design Assistance
Field Review
Testing

One of the main goals of our energy performance services is to inform the design in terms of energy efficiency and sustainability aspects. This can include providing early stage concept design input, completing model iterations to assess the impact of potential design strategies, comparing energy savings against costs, and modeling potential cost savings measures to optimize the design while ensuring performance requirements are met.

Andrew Dillenbeck | M.S., PE

Principal, Senior Project Manager
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Colin Shane | M.Eng., P.Eng., PE

Regional Director – US West, Building Science Specialist
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