Full Service Structural Concrete

CORE - Structural Concrete - Formwork - Post Tension - Rebar - Place & Finish - Masonry - Shotcrete - Value Engineering 

MIA Constructure Inc. is a full-service structural concrete contractor specializing in the turnkey delivery of reinforced and post-tensioned concrete structural systems for low-, mid-, and high-rise residential, mixed-use, hospitality, and commercial developments throughout the State of Florida. The firm provides complete in-house execution from initial structural excavation through final concrete placement and finishing, ensuring schedule control, cost certainty, and consistent quality across all structural phases of construction.

Core self-performed capabilities include structural excavation; furnishing and installation of reinforcing steel; procurement and installation of post-tension systems; preparation and coordination of engineered shop drawings for reinforcement placement and formwork surface contact areas; and full construction of primary load-bearing structural components, including foundations, columns, shear walls, beams, elevated slabs, decks, and podium structures. These services are delivered by experienced field supervision and skilled craft labor with strict adherence to OSHA, state, and project-specific safety and quality control requirements.

MIA Constructure Inc. further provides comprehensive structural support operations necessary for high-density urban construction, including tower crane hoisting services, certified crane rigging, Maintenance of Traffic (MOT) implementation, and precision project layout utilizing total station technology. Integration of these critical services within a single contracting entity reduces interface risk, improves sequencing efficiency, and enhances overall project constructability—key considerations for lender risk evaluation and schedule reliability.

Structural concrete systems constructed by MIA Constructure Inc.—whether conventionally reinforced or post-tensioned—form the primary load-bearing framework of a building and are engineered to resist gravity, lateral, and seismic forces. Proper execution of these systems is fundamental to long-term structural performance, durability, and service life. The company’s disciplined construction management practices, engineered coordination, and multigenerational concrete construction expertise position MIA Constructure Inc. as a reliable structural partner capable of delivering complex concrete structures in accordance with lender expectations for safety, quality assurance, financial responsibility, and timely project completion.

CORE & SHELL

MIA Constructure Inc provides specialized expertise in Type 1A reinforced concrete core-and-shell construction for high-rise, mid-rise, and mixed-use developments throughout South Florida and the Greater Miami region.

Core-and-shell construction establishes the permanent structural framework and exterior building envelope, forming the essential backbone of a tower structure before interior build-out begins. This delivery method is widely utilized for multifamily residential towers, hospitality projects, commercial buildings, and mixed-use developments, where reinforced concrete provides the strength, durability, and hurricane resistance required for coastal construction.

At the heart of this approach is the structural concrete core, which houses elevators, stairs, and building services while acting as the building’s primary lateral force-resisting system. Constructed with reinforced concrete shear walls, columns, and post-tensioned floor slabs, the core structure provides stability against gravity loads and extreme wind forces common to South Florida’s hurricane-prone environment. Foundations typically consist of large reinforced mat foundations or deep foundation systems, engineered to distribute loads efficiently across coastal soils and high water table conditions.

Once the structural frame rises, the building’s exterior shell is installed to create a weather-tight envelope. This façade system typically consists of window wall or curtain wall assemblies integrated with the concrete slab edges, forming a high-performance building envelope that protects the interior from moisture, wind, and thermal exposure. Window wall systems are commonly used in residential towers due to their efficiency and cost effectiveness, while curtain wall systems provide enhanced architectural flexibility and continuous façade performance for commercial or luxury developments.

Successful integration of the façade with the concrete structure requires careful coordination between the structural frame and envelope systems. Slab edges are engineered to incorporate embedded anchors and attachment points for façade installation, while movement joints, waterproofing systems, and insulated glazing assemblies ensure long-term building performance in the region’s demanding climate.

A critical advantage of working with MIA Constructure Inc is the firm’s involvement during the early design and permitting stages, where structural engineering coordination and constructability review can significantly improve project outcomes. Through collaboration with architects and structural engineers, the team provides value engineering and design-assist services that optimize structural systems, rationalize column grids, refine slab thickness and post-tension layouts, and improve construction sequencing. These early interventions often reduce structural material quantities, shorten construction schedules, and improve overall project economics while maintaining structural integrity and architectural intent.

During construction, MIA Constructure delivers the Division 3 structural concrete scope, including foundations, shear cores, columns, structural walls, post-tension slabs, and transfer structures. The company coordinates tower crane logistics, concrete placement operations, reinforcing steel installation, post-tension systems, and façade embed installation to ensure efficient vertical construction cycles.

This integrated core-and-shell delivery method provides developers with a highly durable structural system, superior fire resistance associated with Type 1A construction, and the flexibility to complete interior spaces once the structural shell is in place. The result is a resilient concrete tower capable of withstanding South Florida’s environmental conditions while delivering long-term performance and asset value.

Through a combination of structural expertise, early engineering collaboration, and experienced field execution, MIA Constructure Inc supports developers, architects, and ownership teams in delivering efficient, high-quality concrete structures that shape the evolving skyline of South Florida.

DESIGN BUILD

Integrated Planning, Engineering, and Construction Delivery

MIA Constructure Inc (“MIA”) provides fully integrated design-build structural concrete construction services for high-rise, mid-rise, podium, parking structure, and mixed-use developments throughout South Florida and the Greater Miami region. Our design-build approach brings together planning, engineering coordination, value engineering, and field construction execution under a single team, allowing developers to streamline the delivery of complex concrete structures while improving cost control, constructability, and schedule performance.

By engaging early in the project lifecycle, MIA works directly with developers, architects, and structural engineers during the planning and permit stages to evaluate structural systems, optimize building layouts, and refine construction methods before final design is completed. This early collaboration allows our team to identify opportunities to improve structural efficiency, reduce material quantities, simplify construction sequencing, and accelerate project schedules, ultimately creating a more predictable and economically efficient construction process.

MIA specializes in Type 1A reinforced concrete construction, the preferred structural system for high-rise buildings throughout South Florida due to its strength, durability, fire resistance, and ability to withstand extreme wind loads associated with hurricane-prone coastal environments. Our expertise includes the construction of mat foundations, deep foundations, reinforced shear wall cores, columns, transfer structures, post-tension floor slabs, and structural podium systems, forming the backbone of modern multifamily, hospitality, and mixed-use towers.

Through our design-build delivery model, MIA integrates structural engineering coordination with real-world construction expertise, ensuring that the building’s structural system is designed with constructability in mind. Our team works closely with engineering partners to optimize column spacing, slab thickness, post-tension layouts, and reinforcement strategies, while coordinating structural elements with architectural systems such as window wall and curtain wall building envelopes commonly used in South Florida high-rise construction.

Once construction begins, MIA manages the Division 3 structural concrete scope from foundation to roof, including concrete placement operations, reinforcing steel installation, post-tension systems, tower crane logistics, and formwork cycle management. Our experienced field leadership ensures efficient vertical construction sequencing, enabling rapid floor-to-floor cycles while maintaining strict safety, quality control, and inspection compliance standards.

This integrated approach allows MIA to deliver core-and-shell structural concrete buildings with exceptional efficiency and durability, providing developers with a streamlined path from early design through completed structural frame. By combining engineering insight, constructability expertise, and proven field execution, MIA helps clients reduce risk, control costs, and deliver resilient concrete structures that perform reliably in South Florida’s demanding coastal environment.

Through collaborative design-build partnerships, MIA Constructure Inc supports the development of modern urban communities, delivering structurally sound, efficient, and architecturally adaptable concrete buildings that contribute to the evolving skyline of Miami and the broader South Florida region.

Window Wall

A window wall panel assembly is a prefabricated façade system installed between floor slabs rather than spanning multiple stories like a curtain wall. It integrates glazing, framing, insulation, air/water barriers, and structural attachment into a coordinated exterior enclosure.

Key Components

Structural frame or GFRC panel – Provides rigidity and transfers loads to slab-edge anchors.

Window/glazing unit – Thermally broken aluminum or steel framing with insulated glass.

Anchorage system – Bearing and lateral push-pull connections accommodating vertical deflection and story drift.

Air / water / vapor control layers – Sealants, gaskets, and membranes maintaining enclosure continuity.

Thermal insulation – Continuous insulation within the panel to meet energy code performance.

Interior finish interface – Drywall or trim tying the façade to interior construction.

Performance Objectives

Structural: Resist wind, seismic drift, and slab deflection without glass stress or sealant failure.

Envelope integrity: Maintain continuous air and water barrier across slab edges and joints.

Thermal efficiency: Limit thermal bridging at anchors and frame transitions.

Constructability: Enable rapid floor-by-floor installation for high-rise schedules.

EFFICIENCY

In-Duct Slab 

Florida-Specific Benefits

Hurricane / Wind Resilience

Florida Building Code emphasizes:

Minimal suspended systems that could fail in vibration or pressure events.

Concrete-encased utilities provide:

Better impact resistance

Reduced maintenance from moisture or salt air exposure.

Moisture & Corrosion Resistance

Critical in coastal environments:

Encased conduit/ducts are shielded from:

Humidity migration

Chloride intrusion

Condensation in ceiling plenums.

Parking & Podium Efficiency

Common in South Florida podium construction:

Eliminates hanging piping below slabs in garages.

Improves:

Clearance heights

Aesthetic soffits

Lighting uniformity

Cost Implications

Upfront

Higher coordination and BIM modeling cost.

Precise layout required before pour.

Net Result

Typically cost-neutral to cost-saving due to:

Reduced ceiling framing and finishes

Shorter building height

Faster schedule

Lower long-term maintenance

Best-Fit Project Types

Most effective for:

High-rise residential towers

Mixed-use podium developments

Parking structures

Hospitals / labs (with careful routing)

Type I concrete construction

Contact us!

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Address

Telephone: +1 310.691.4011
E-mail: benjamin@constructure.team
Address: 382 NE 191st, Miami, FL 33179

CGC 1539280 Certified General Contractor 

 

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