At DeSalvo Construction, we embrace a good challenge.

See how our experience and ingenuity has led to fantastic outcomes for our clients. Click to view other industries.

Highlighted Case Studies

Warren Fabricating and Machining


Warren, Ohio

Project Description:

Construction of a two-story, 11,000-sq.-ft. corporate office building.


Design-Build, Masonry and Carpentry Services

Benefit/Value to Client:

Despite initial construction cost concerns and inclement weather during the build, DeSalvo Construction utilized various value engineering and project sequencing solutions to maintain the owner’s originally desired completion date and budget.

Covelli Enterprises Headquarters


Warren, Ohio

Project Description:

Renovation of Covelli Enterprises worldwide headquarters building.


General Contractor

Benefit/Value to Client:

DeSalvo Construction’s skills in planning, scheduling and phasing were integral to bringing this project to successful completion while allowing operations and employees to continue without interruption.

Cafaro Corporate Headquarters


Niles, Ohio

Project Description:

Construction of the Cafaro Corporate Headquarters Building.


Metal Framing, Drywall, Acoustical Ceilings, Exterior Panel Systems, Masonry

Benefit/Value to Client:

DeSalvo Construction recognized early on that the long lead time for the exterior building components could pose a future scheduling challenge. To combat this, DeSalvo Construction utilized 3D laser scanners to decrease the impact of required field dimensions and quickly release the materials for production and delivery to the site. This method enabled the meticulous installation of the exterior veneer system.

Who we are

Since 1984, we’ve collaborated with many architect and engineering firms to complete a wide range of commercial and industrial projects. Thanks to our vast experience, we are able to offer the following services to benefit our clients financially and logistically:


General Contracting


Construction Management




Value Engineering


Cash Flow Projections


Self-Performing Capabilities