Concrete foundations are the most important part of a structure as they dictate how long it will last, how well it performs, and ultimately, if it will be stable. The engineers at Fort Lauderdale Concrete Solutions design and install customized concrete foundations to support all types of structures in South Florida due to the high water table and limestone substrates found within the area, as well as the extreme forces generated by hurricanes.
We have installed our concrete foundations on residential homes, commercial buildings, sheds, and additions located throughout Fort Lauderdale and Broward County. Our installations meet or exceed local building codes while taking into consideration each site’s unique soil conditions and structural requirements.

An engineered concrete foundation is responsible for distributing a structure’s weight to the earth via specialized engineered footing & structural load-bearing elements, as well as providing a flat surface for building while preventing excessive settlement and moisture penetration (as well as lateral movement) into the foundation.
Due to Fort Lauderdale’s geological characteristics, there are several issues we will need to contend with when designing an engineered concrete foundation system; our limestone subsurface has a favorable bearing capacity, but can be variable as it relates to depth and quality of limestone present at a given location. Additionally, our high water table creates additional engineering requirements relative to waterproofing and drainage design. Due to hurricane building code requirements, we will design an engineered concrete foundation system that is capable of resisting extreme wind-induced uplift and lateral loads.
When we design an engineered concrete foundation system, we take into account all of the above factors by designing the appropriate depth, reinforcing, and waterproofing components specific to the site conditions of your project.
The purpose of a concrete foundation for a shed is to create a solid base that will support the structure without sagging or causing the doors to become out of alignment. A small shed used for minimal storage can be built with a simple slab foundation, while larger, heavier sheds, such as workshops, require a thicker slab or pier system due to the additional weight from equipment.
When we design foundations for sheds, we also take into consideration proper drainage around the perimeter of the structure, since standing water will accelerate the deterioration of wood-based structures.
Homeowners are responsible for paying for the entire weight of their home, including all furniture, clothing, and personal items, and all occupants and other external forces (such as wind and rain) that impact the structure of the house. We meet with the homeowner’s architect and/or structural engineer to verify that the designed foundation meets the structural requirements of the overall structure of the home.
A house foundation should include:
Buildings that are commercial in nature and multi-unit residential buildings place much greater pressure and have much more stringent code requirements than single-family homes. Our concrete foundations for buildings address this added pressure by utilizing stronger concrete, heavier reinforcement, and engineered bearing systems.
We work closely with general contractors, structural engineers, and building inspectors to ensure that construction moves forward according to schedule.

Fort Lauderdale has the largest amount of slab-on-grade foundations compared to other types of foundations. They are economical, fast to construct, and a good option for Florida’s climate. The concrete floor is the same as the foundation and therefore does not require an elevated system for floors.
When we construct a slab-on-grade foundation, we pour it over compacted fill and include a vapor barrier and reinforcement to prevent cracks caused by settling or thermal stress. All plumbing and electrical conduit will be either embedded into or under the slab, and therefore requires great coordination between tradesmen and the contractor during the construction process.
A slab-on-grade can function as long as the water table is low enough so that there is enough elevation between the high water mark and the grade level at which the building sits.
Systems using piers and beams elevate the structure off the ground with concrete piers supporting wooden or steel beams. There are many advantages of using this method in Fort Lauderdale:
Our company spaces the piers appropriately based on the structural loads and soil bearing capacities. The piers must extend far enough down to find solid bearing rock or obtain sufficient frictional resistance in the sand.
Stem wall foundations consist of perimeter concrete walls and interior slabs. The walls bear the weight of the structure, while the slab bears the weight of people and objects on the floor. A combination of perimeter walls and interior slabs is the best option for homes that have some elevation requirements and/or specific drainage requirements.
We base our designs on the height of the stem walls on the required flood elevation of the property and on what the finished floor height will be above the grade level.
Although rare in Fort Lauderdale, basement foundations may be beneficial to specific properties or their intended use. Basement foundations will require extensive waterproofing, drainage systems, and dewatering during construction.
The cost of constructing a basement foundation will be substantially greater than the other methods of constructing a foundation. Therefore, we work with structural engineers to develop a design for the basement foundation that meets the site-specific groundwater conditions.



Installation of a foundation is typically executed in a specific order as outlined below.
The timeline can vary greatly depending on the type of foundation being installed and the size of the building. For example, installing a simple shed foundation can be completed in one week, while residential house foundations usually take two to three weeks to install. Commercial foundation installations can take weeks to months to complete.
Local knowledge: In our history of installing foundations in Fort Lauderdale, we have learned about local soil conditions, local fluctuations in the water table, and local requirements of Broward County for foundations.
Coordination with Engineers: The quality of service that we provide is achieved by coordinating services with structural engineers, architects, and building departments so that the foundations are designed and constructed as required by their respective designs and regulations.
Use of Quality Materials: We produce concrete mixes with the strength as called out in the specifications; we purchase reinforcing steel that meets structural grade requirements.
Compliance with Building Codes: Because we do what the plans say and comply with the building codes, we pass during the building inspection of our installations.
Reliable Scheduling: When you construct a building, you need to complete the foundation to start constructing the rest of the building. Therefore, we make sure that we can deliver the foundation when needed by providing an adequate number of personnel and resources to perform the construction of the foundation.
Protection of Your Investment Through Comprehensive Insurance: Throughout the construction process of your project, your investment is protected by comprehensive insurance.

Whether you’re planning a new home, adding to an existing structure, or building commercial space, your project’s success begins with a properly engineered and installed foundation.
Contact Fort Lauderdale Concrete Solutions today to discuss your foundation requirements and receive a detailed quote.
Phone: (754) 354-4465
Email: [email protected]
Fort Lauderdale Concrete Solutions—engineering concrete foundations that support your vision and withstand South Florida’s challenges.