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MHS Building Systems Structural Aluminum Framing Design

A' Design Award 2023 Iron Winner in Building Materials and Construction Components Design

20 April 2023

MHS Building Systems Structural Aluminum Framing Design by Tim Siahatgar
MHS Building Systems Structural Aluminum Framing Design by Tim Siahatgar
MHS Building Systems Structural Aluminum Framing Design by Tim Siahatgar
MHS Building Systems Structural Aluminum Framing Design by Tim Siahatgar
MHS Building Systems Structural Aluminum Framing Design by Tim Siahatgar

Tim Siahatgar · CLIENT: MHS Building Systems

MHS Building Systems, designed, patented and developed by Tim M Siahatgar, Architectural Engineer located in Irvine California. A strong, yet lightweight, Aluminum Construction Systems, it's the perfect solution to meet the creative demands of modular unique projects, with endless possibilities, designer and contractors work together, to deliver sustainable prefabricated projects using MHS Structural Aluminum Framing and paneling systems. Almost any architectural residential and commercial buildings design up to 3 stories can be built with this certified method of modular prefab construction.

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Unique Properties
MHS Building Systems, designed, patented, and developed by Architectural Engineer. A strong, yet lightweight, Aluminum Construction System, it's the perfect solution to meet the creative demands of modular unique projects, with endless possibilities, designers & contractors work together, to deliver sustainable prefabricated projects using MHS Structural Aluminum Framing and paneling systems. Almost any architectural residential and commercial buildings design up to 3 stories can be built with this certified method of modular prefab construction.
Dimensions & Packaging
The MHS Prefab Aluminum Post and Beam Framing can remain exposed to the interior and exterior of the building or covered with any enclosure building systems based on the architectural design. The Size of MHS-170 extrusion section is 170 mm x 170 mm.
Tags
#prefab #modulardesign #sustainable #aluminumstructure #building #prefabricated #adu #architecture #modern #mhs #designbuild #structure #modularhome
Production Technology
Research and Evaluation Report: LARR: 25703 (CSI # 06 12 00)
Department of Building and Safety – Los Angeles, CA, USA
General Building Codes Approval with Technical Modification for use of MHS building systems at Seismic Design categories A-F (LARR 25703) https://www.ladbsservices2.lacity.org/ResearchReport/reports/25703
Design Challenge
The unique simplicity and flexibility of this structure truly allows it to sit lightly on land and adapt to the nature of its environment as an optimal example of sustainability.
Project Duration
MHS's designer, inventor office located in Irvine, California,
Fabricator licensee: Los Angeles, Sacramento and Long Beach
Research
After many years study and research start designing and manufacturing the actual structural extrusions and interlocking clamp by design. Next step to start testing the framing sections, wall and roof diaphragm at a professional certified laboratory in Los Angeles for many years based on California and international building codes. The testing result analyses and calculated by expert Structural Engineers to make sure the MHS structures meeting the Seismic Design categories A-F.
Inspiration
With my many years of research, knowledge and experience in the design and building industries, I was able to come up with an invention of durable interlocking connectors and the design of extrusion sections programming to create a unique Structural Aluminum Framing for architectural modular prefab design.
Image Credits
All system development, products and materials protected under international and U.S. Patent, China Patent and Copyright Law.
© Tim M. Siahatgar, Architectural engineer is the original inventor of MHS Building Systems, Structural Aluminum Framing design.
Patents
Tim holds a USA and China patents (200610127616.0) of his invention. Modular aluminum systems with interlocking mechanism for prefab housing aluminum construction that used in conjunction with both EPS sandwich panel assembly and conventional materials for building industry.

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