Structural plans in Florida are the PE-sealed engineering documents that define the load-bearing framework of a building — foundations, columns, beams, slabs, walls, and connections. Every building permit in Florida requires structural plans prepared by a licensed Professional Engineer registered with the Florida Board of Professional Engineers (FBPE). The Florida Building Code (FBC 8th Edition), which adopts the International Building Code with Florida-specific amendments for wind and flood, governs every structural design in the state.
Paul Pineda, PE has produced structural plans for residential, commercial, and institutional projects across South Florida for over 20 years. His recent work includes the Historic Fire Station No. 2 rehabilitation in Coral Gables (525 S Dixie Hwy) with ICORE/Shell Contractor Master Construction, and the Instituto Marangoni buildout in Miami (3704 NE 2 Ave) with ICORE Construction and J&M Scaffolding.
This guide explains what structural plans include, how the Florida permit process works, and what to expect in terms of timeline and cost. Whether you are a developer starting a new project, a contractor needing plans for a renovation, or a property owner dealing with structural damage, the information below covers your key questions.
Table of Contents
What Are Structural Plans in Florida?
Step 1: Foundation and Floor Plans
The foundation plan is the starting point of every structural plan set. It shows the type, size, depth, and location of all footings, piles, or mat foundations, along with the reinforcing steel details. In Florida, foundation design must account for the state’s unique soil conditions — from the limestone bedrock in Miami-Dade to the loose sandy soils in Palm Beach County. The Florida Building Code requires geotechnical investigations for most commercial and multi-family projects, and the structural plans reference the geotechnical report for bearing capacity and settlement limits.
Floor plans show the layout of structural slabs, beams, and columns at each level. For concrete buildings (the dominant structural system in South Florida), the floor plans specify slab thickness, reinforcing bar sizes and spacing, post-tensioning tendon profiles, beam dimensions, and column sizes. Each floor plan includes a load table showing the design loads — dead load, live load, and any special loads from equipment or storage areas.
For the Historic Fire Station No. 2 rehabilitation in Coral Gables, Paul Pineda produced structural plans that had to integrate new structural elements with the existing 1926 masonry building. The plans included selective demolition drawings, new reinforced concrete framing plans, and connection details between old and new construction — a level of complexity that required both structural analysis expertise and an understanding of historic construction methods. ICORE/Shell Contractor Master Construction executed the work using the sealed plans without requiring a single structural field revision.
Step 2: Load Calculations and Engineering Analysis
Behind every set of structural plans in Florida is a comprehensive engineering analysis. The calculation package documents the design loads per FBC Chapter 16, the structural analysis (typically performed using finite element software for complex structures), and the member design checks for every beam, column, slab, wall, and connection. Florida’s wind load requirements are among the most stringent in the nation — design wind speeds in Miami-Dade County reach 195 mph (ultimate) for Risk Category II buildings, which means structural plans must demonstrate adequate lateral resistance under extreme hurricane conditions.
The calculation package also addresses serviceability requirements: deflection limits, vibration control, and crack width control for reinforced concrete. These criteria affect the day-to-day performance of the building and are particularly important for structures with long spans or sensitive occupancies. For the Instituto Marangoni project in Miami, the structural plans had to satisfy strict deflection limits to support high-end interior finishes — a fashion institute requires floors that do not bounce or crack under normal use.
Florida’s flood zone requirements add another analysis layer. Buildings in FEMA flood zones must be designed with the lowest structural member at or above the base flood elevation, and the structural plans must show how flood loads (hydrostatic, hydrodynamic, and wave action) are resisted by the foundation and lower-story framing. Paul Pineda’s structural plans include these flood load calculations where applicable, ensuring the building meets both FBC and FEMA requirements.
Step 3: Florida Building Code Compliance and Permit Submission
All structural plans in Florida must comply with the FBC, which incorporates ACI 318 (concrete), AISC 360 (steel), ACI 530/ASCE 5 (masonry), and NDS (wood). The engineer must verify compliance with each applicable standard and document the compliance path in the calculation package. The plans themselves must include a code compliance table on the cover sheet listing the applicable codes, design loads, exposure categories, and wind speed.
Permit submission requirements vary by jurisdiction. Miami-Dade County has the most rigorous review process in Florida, with peer review requirements for buildings over four stories. Broward County uses a private provider inspection system. Smaller municipalities may contract their plan review to third-party firms. In all cases, the structural plans must be submitted with the PE’s original seal and signature (or digital equivalent), the calculation report, and any referenced reports (geotechnical, wind tunnel studies, etc.).
Studio A Engineering maintains relationships with the plan review departments in Miami-Dade, Broward, and Palm Beach counties. Paul Pineda understands the specific requirements and common review comments from each jurisdiction, which means his structural plans are formatted and detailed to minimize review cycles. For the Crescent Heights / Baptist Health project in Miami Beach (709 Alton Road), Paul worked with PRA and Micon Scaffolding to produce structural plans that cleared the Miami Beach Building Department review on the first submission — saving the client approximately three weeks compared to the typical two-cycle review process.
Why Hire a Licensed Structural PE for Plans in Florida?
Florida law requires that structural plans be sealed by a licensed PE, but not all PEs have the same expertise. A structural PE — one whose education, examination, and career focus on structural analysis and design — provides deeper expertise than a civil or mechanical engineer who occasionally does structural work. The FBPE does not restrict structural plan sealing to structural-discipline PEs, which means the responsibility falls on the building owner and contractor to verify the engineer’s qualifications.
Paul Pineda is a Registered Structural Engineer with credentials in multiple states: FL PE #61808, TX PE #116762, TN PE #124078, and FHA roster #A0939. He graduated from the National University of Engineering in Lima, Peru, and has practiced structural engineering for over 20 years. His Doral, FL office provides direct access to projects throughout South Florida, and his multi-state licensure allows him to handle projects that span jurisdictions.
Studio A Engineering’s structural plans cover the full range of building types: reinforced concrete, post-tensioned concrete, structural steel, masonry, and wood-frame construction. Paul’s experience with shoring design and threshold inspections means his structural plans are designed with constructability in mind — he knows how the building will be built because he has inspected the construction process on hundreds of projects.
Unlike large engineering firms where your project gets handed to a junior engineer, Studio A Engineering is a principal-directed firm. Paul reviews every calculation and seals every plan set personally. This direct involvement reduces errors and provides accountability — you know exactly who is responsible for your structural plans.
How Much Do Structural Plans Cost in Florida?
Structural plan costs in Florida vary widely based on project type and complexity. For a single-family home addition or renovation, expect $2,000-$8,000. For a mid-rise commercial or residential building (5-15 stories), fees typically range from $25,000-$100,000. High-rise projects with complex lateral systems can exceed $200,000 for structural engineering alone. These fees include the complete plan set, calculation report, and coordination through permit approval.
Key cost factors include: building height and footprint, structural system type (concrete, steel, or hybrid), wind speed and exposure category (higher in coastal zones), flood zone requirements, soil conditions (which affect foundation complexity), and the specific jurisdiction’s review requirements. Rush timelines add a premium, as do projects requiring multiple revision cycles due to architectural changes during design.
Studio A Engineering provides fixed-fee proposals for structural plan projects. The proposal breaks down what is included at each phase — schematic design, design development, construction documents, and permit coordination — so there are no billing surprises. For renovation and rehabilitation projects where the existing conditions may require field investigation, Paul provides a two-phase proposal: Phase 1 for investigation and conceptual design, Phase 2 for construction documents based on confirmed conditions.
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Studio A Engineering produces PE-sealed structural plans for projects throughout Florida. Paul Pineda, PE (FL PE #61808, Threshold Inspector #7026221, TX PE #116762, TN PE #124078, FHA #A0939) delivers complete structural plan sets with calculations, permit coordination, and construction administration.
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