The R&E Tax Credit (or “R&D” or “Research” Tax Credit) rewards taxpayers for the development and/or improvement of a product, process, formula, invention, technique or software.
The R&E Tax Credit (or “R&D” or “Research” Tax Credit) rewards taxpayers for the development and/or improvement of a product, process, formula, invention, technique or software.
The R&E Tax Credit (or “R&D” or “Research” Tax Credit) rewards taxpayers for the development and/or improvement of a product, process, formula, invention, technique or software. The credit has been in existence since the early 1980s and was created to incentivize companies to invest in technologies that facilitate product and process development, leading to growth in productivity, profitability, investment in equipment, and job creation.Although originally intended for companies within industries that fit the more traditional definition of research such as pharmaceutical and defense, recent changes in the regulations have opened up the credit to a wider variety of manufacturing, engineering and professional services companies.
RubinBrown’s Research & Experimentation Tax Credit Service Group specializes in helping companies take advantage of R&E Tax Credits and developing the processes to continue doing so in the future.
The R&E Tax Credit is utilized in various industries including:
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Additionally, the R&E tax credit is also utilized in the contracting and professional services fields including construction firms, mechanical, electrical, and plumbing (MEP) contractors, and architectural and Engineering companies.
For an activity to be qualified for the Research & Experimentation (R&E) Tax Credit under Internal Revenue Code(IRC) Section (§) 41, the activity must pass all the elements of what is commonly referred to as the ‘four part test.’ This test consists of the following:
Business component test: new or improved product, process, formula, technique, invention, or software
The objective must be to improve the function, performance, quality, or reliability of the business component
Technological uncertainty in:
Capability (can we do it?)
Method (how do we do it?)
Design (what will it look like?)
The project must be technological in nature; fundamentally based in the physical, biological, engineering or computer sciences
There must be a process of experimentation; examples include:
Modeling (such as CAD design activities)
Simulation (such as Building Information Modeling (BIM) in the construction and contracting industries)
Systematic trial and error (this is where obstacles and even failures are good!)
There are three types of eligible expenditures for the Research & Experimentation (R&E) tax credit. They are qualified wages, supply costs and contract research. The following describes each of these categories.