About

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RevitX, LLC. Founder Joseph Fontana built the foundation of the earliest RevX® high-performance templates in 2010.  However, the digital design principles were developed over two decades and have evolved into an elegant solution that produces the most valuable commodity… Time.  RevX® is an idea… developed to reduce liability through clash coordination, create precise documentation, and execute BIM production in 1/10th the time of standard BIM protocols.

What is a RevX® project template?

RevX® is actually… not a template at all.  It is a project RVT file that has been developed by identifying the maximum scope of requirements for client and DOB deliverables.  RevX® is a project developed to 93% completion of logistics by identifying and documenting redundant startup BIM requirements.  This methodology eliminates the need to ever replicate the information that exists similarly in all CD sets.  More specifically, RevX® is a project facilitating the command and control of 901 sheets, 77 RSVP (Revit Synchronized Viewport) DWG files, 82 view templates, 97 custom duct and pipe system families, 32 worksets, and 101 shared parameters.

Why RevX®?

90% of a RevX® project that is not needed can be deleted in 1/100th of the time it takes to create the required 10% from scratch.  RevX® generates quantifiable profit that grows exponentially in time over the life of a project and multiplies by the projects produced annually throughout the life of a firm. RevX® offers the options of developing 2D production 100% in Revit via 385 synchronized drafting boundaries or 100% in AutoCAD via 77 synchronized viewport DWG files.  Both options are aligned with those 901 sheets.  It orchestrates the collaboration of a MEP engineering team, facilitates a ballet of design between the trades, and simplifies control of document logistics.

Why not just use a Revit template? 

In short… Time.  You either waste yours… or pay someone to waste theirs.

In detail, MEP setup requires BIM technicians to review and adjust over 18,000 view graphic overrides when linking in other consultant models for optimal performance and critical construction documentation graphic standards.  This process must be repeated for every newly linked model at the beginning of every new project.  The process also must be adjusted per floor and again for the specific requirements of… E-LIGHT, E-POWER, FA FIRE ALARM, M-DUCT, M-PIPE, P-PIPE, SP-PIPE.   

How much control is built into RevX®?  What does that control mean?

1.5 million lines of code control a F-22 Raptor fighter jet; 3.5 million lines fly a U.S. military drone; 5.2 million lines navigate the Mars Curiosity Rover; 12.6 million executed commands spanning over 8 years of development to build RevX® and establish control over procedural protocols.  That control determines the predictable results produced by RevX®.  8 years of evolutionary development to adjust and perfect the process, 3 skyscrapers at a time.  11 years to build a ballet of 610 keyboard commands so they do not step on each other’s toes. 

What are the challenges BIM leads face when developing a similar RevX® concept? 

• Establish essential dialog with engineers to determine their needs and the best tools for the tasks.
• Evaluate the firm’s alignment with the latest workflow techniques.
• Research new software solutions to create better workflows.
• Identify practices that produce results in the shortest time possible.
• Eliminate inefficient procedures.
• Review firm standards and reveal areas that can be improved upon.
• Prepare recommendations to confirm they are aligned with the direction of the firm.
• Modify standards for migration if applicable.
• Implement newly developed concepts into established firm standards.
• Beta test approved procedures and verify deliverables for quality control.
• Collect data from design teams for further analysis and assess the operational performance of the template.
• Refine preliminary test results and optimize to finalize procedural protocols.
• Document the process to be replicated by other technicians and improved on by future BIM leads.

These operations must be executed while maintaining client deliverables and are responsible for the protocols that direct BIM operations.

What are the cost analysis variables to develop a similar RevX® concept… and the impacts on annual profit for a firm?

Cost analysis variables  =  Total hours of development  +  total hours of implementation and or integration  +  total hours lost to correct procedures that are inefficient  +  total hours of manual documentation  x  a firm’s hourly rate billed to a client  x  total hours billed by a Revit specialist at their rate  =  Cost estimate to develop a similar RevX® concept.

Annual profit  =  Total hours of current BIM production for an average project  –  time spent to produce that same project with RevX®  x  a firm’s hourly rate billed to a client  x  the projects billed for a quarter  x  4  =  Annual profit estimate when using RevX®.
 

For scope of capabilities… please request the RevX® - H3O® PowerPoint.ppsx.