OUR PROCESS

Our process begins with a design consultation with Patrick.

• After the initial meeting, a scope of work is formed, associated with the construction project at hand.

• Once the proposal is accepted, we develop a 3D digital rendering design of our client’s project.

• After the client approves the digital design, we procure stamped engineered plans, matching up with our 3D design.

• Once the engineered plans are complete, they are submitted, along with the 3D digital design, to the local homeowners association. As well as the county for permitting.

• After the necessary permits and approvals are received, we move into the demolition and excavation phase of the project.

• From here, we manage our construction crews and the flow of materials until completion.
3D Design--pool with arch

A 3D design (pictured above) is placed in a digital replica of your space for optimal visualization and planning to yield results (pictured below)

Finished project--pool with arch

AUGMENTED REALITY IN DIGITAL DESIGN

The potential for AR to enhance the processes in the Architectural industry is immense:

  • Allows to project digital information onto architectural drawings.

  • It solves the problem of getting a project from the screen to a physical space.

  • Visualizing design data in the context of the real environment. 

  • Allows for problem solving remotely with all data in front of you.

  • It offers a sense of scale, portion, and form.

  • See the volume you are in and start to make decisions about how to design it.

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  • Great tool for design--it locks digital content to scale models.

  • It will change the way that architects work and it will change their role.

  • Provide design solutions for architects and structural engineers. 

  • Vision facilitation for clients and prospective clients.

  • Holograms with the flexibility of quick iterations.

  • Has the ability to both animate models with the simulated flow of equipment and people, as well as call up more detailed digital content on the actual model space

  • Hundreds of enterprises can be represented on a job site. Today, the best ways for those companies to interact with each other is paper/screen.

  • AR with holographic technology allows you to collaborate with partners regardless of distance like they are right there with you. 

  • Higher confidence in decision-making.

The possibilities for the Engineering and Construction industries are just as expansive:

  • Streamline the construction process

  • Fabricators and builders with AR holographic technology could replace rolls of drawings with digital and physical components located in a physical space.

  • Assist engineers, contractors, construction managers, and craftsmen on implementing the project.

  • Making sure the design is implemented correctly on site.

  • Assist workers in the field. 

  • Following the life cycle of the building from inception to completion in operation.

  • It will revolutionize construction as it is much more intuitive and easy to adopt than digital drawings that many trades have difficulty integrating into their workflow. 

  • It will change the methods of communicating design through construction.

  • Powerful tool--to be used for savings in time, money, errors, and omissions.

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