Level Headed Holdings, LLC has secured a major milestone in architecture with a newly patented method for modular building fabrication. This innovation focuses on a modern construction technique, titled ‘Method for fabrication of modular buildings’. The patent describes a hybrid construction process designed to integrate prefabricated core modules with on-site living space expansion to improve efficiency and structural integrity.

Revolutionizing Modular Construction

Company Name: Level Headed Holdings, LLC

Patent Title: Method for fabrication of modular buildings

Patent Abstract: A method for the construction of a habitable structure. The method including the receiving of a module consisting of four walls, a ceiling, and a floor. Next the method requires the reviewing of a set of shop drawings to determine the required modifications to the module to fabricate at least one bathroom and a kitchen within the interior of the module. The method requires installing framing, plumbing and electrical consistent with the shop drawings and then transferring the module to a job site where it is attached to a pad or a foundation. Next the method requires the constructing of additional living space around the footprint of the module and within the perimeter of the at least one of the pad or the foundation.

Level Headed Holdings, LLC has earned the prestigious Swanson Reed patent of the month award for May 2026 within the Architecture, Building & Construction industry due to its revolutionary approach to blending off-site prefabrication with traditional on-site construction. By centering the complex utilities like kitchens and bathrooms within a controlled factory-built module, the invention drastically reduces standard construction timelines and mitigates common on-site delays. This hybrid methodology addresses a long-standing inefficiency in the construction sector by optimizing labor and resource allocation.

The technical distinction of this patent lies in its structured sequence that bridges geometric precision with architectural flexibility. Standard modular buildings often suffer from design rigidity and transport limitations, but this method overcomes those barriers by using the core module as an anchor for customized on-site expansions. Building additional living space around the perimeter of the foundation allows developers to maximize spatial design while retaining the cost benefits of prefabricated volumetric units.

Furthermore, this process introduces enhanced quality control and structural synergy between the factory-fabricated core and the field-constructed envelope. Winning this accolade highlights how the method advances sustainable building practices by minimizing material waste and optimizing thermal efficiency across the connected structures. It represents an outstanding advancement that paves the way for scalable, affordable, and high-quality residential development globally.

United States Research and Development Tax Credit Eligibility

To qualify for the Research and Development tax credit in the United States, an innovation must satisfy the specific criteria established by the Internal Revenue Service. This invention directly aligns with the fundamental pillars of the four part test required for eligibility.

• Permitted Purpose: The project must aim to create a new or improved product or process that improves performance, reliability, quality, or durability. This system introduces a completely new framework for hybrid modular construction.
• Elimination of Uncertainty: The development must involve solving technical uncertainties regarding the capability, method, or appropriate design of the system. Finding the correct configuration to join site-built and factory-built elements requires substantial technical trial.
• Process of Experimentation: The engineering team must evaluate alternatives through modeling, simulation, or systematic trial and error. Determining the optimal integration points for electrical and plumbing lines necessitates rigorous experimental testing.
• Technological in Nature: The research must rely on principles of physical science, engineering, or architecture science. This patent heavily utilizes structural engineering, fluid dynamics, and materials science.

Practical Applications Meeting Research and Development Tax Credit Criteria

1. Designing and testing novel structural anchoring mechanisms to securely attach the prefabricated core module to various foundation types under fluctuating environmental loads.
2. Engineering and prototyping specialized quick-connect plumbing and electrical interfaces that bridge the factory-built kitchen and bathroom utilities with local municipal infrastructure.
3. Simulating and evaluating the thermal boundary layer and insulation continuity between the module walls and the newly constructed perimeter living spaces to eliminate thermal bridging.