10416 W. McNab Road, Tamarac, FL 33321
CONTACT US: (954) 749-0016 
Las Olas Marina
Full Marina Wiring Of 88 Floating Dock Slips For Mega Yacht Shore Power
This project involved a comprehensive electrical installation at Las Olas Marina to support 88 floating dock slips designed for high-capacity mega-yacht shore power.
The scope of work included the installation and coordination of marina-grade electrical systems engineered to perform in harsh marine environments while meeting the significant power demands of large vessels. All wiring, equipment, and infrastructure were selected and installed in accordance with applicable NEC and marine electrical code requirements to ensure long-term safety, durability, and reliability.
Work was performed in close coordination with marina operators and other trades to minimize disruption to active dock areas while maintaining strict quality and safety standards. The completed installation delivers a fully integrated shore power system capable of providing dependable electrical service in a demanding waterfront setting.
Las Olas Marina
Full Marina Wiring Of 88 Floating Dock Slips For Mega Yacht Shore Power
This project involved a comprehensive electrical installation at Las Olas Marina to support 88 floating dock slips designed for high-capacity mega-yacht shore power.
The scope of work included the installation and coordination of marina-grade electrical systems engineered to perform in harsh marine environments while meeting the significant power demands of large vessels. All wiring, equipment, and infrastructure were selected and installed in accordance with applicable NEC and marine electrical code requirements to ensure long-term safety, durability, and reliability.
Work was performed in close coordination with marina operators and other trades to minimize disruption to active dock areas while maintaining strict quality and safety standards. The completed installation delivers a fully integrated shore power system capable of providing dependable electrical service in a demanding waterfront setting.
Memorial Hospital West
New Maternity Ward Renovation
This healthcare renovation focused on delivering safe, reliable electrical systems for a new maternity ward at Memorial Hospital West, supporting both patient-centered care and clinical operations.
The project included upgrades to electrical infrastructure serving patient rooms, nursing stations, staff support areas, and specialized medical equipment. All work was completed in compliance with NEC, NFPA 99, and healthcare facility standards, with careful attention to redundancy, life-safety systems, and long-term performance.
Installation was executed within an active hospital environment, requiring detailed coordination and phased scheduling to avoid disruption to surrounding occupied areas. The result is a modern maternity ward with electrical systems designed to support comfort, safety, and uninterrupted care for patients, families, and medical staff.
Memorial Hospital West
New Maternity Ward Renovation
This healthcare renovation focused on delivering safe, reliable electrical systems for a new maternity ward at Memorial Hospital West, supporting both patient-centered care and clinical operations.
The project included upgrades to electrical infrastructure serving patient rooms, nursing stations, staff support areas, and specialized medical equipment. All work was completed in compliance with NEC, NFPA 99, and healthcare facility standards, with careful attention to redundancy, life-safety systems, and long-term performance.
Installation was executed within an active hospital environment, requiring detailed coordination and phased scheduling to avoid disruption to surrounding occupied areas. The result is a modern maternity ward with electrical systems designed to support comfort, safety, and uninterrupted care for patients, families, and medical staff.
Fort Lauderdale International airport
Terminal 1 Departure Arrival Lighting
Lighting upgrades at Terminal 1 focused on improving visibility, safety, and passenger flow within one of South Florida’s busiest transportation hubs.
The project involved the installation and enhancement of lighting systems serving both departure and arrival areas, ensuring consistent illumination across key passenger circulation zones. All systems were installed to meet applicable electrical codes, airport authority standards, and project specifications, with a strong emphasis on reliability and long-term performance.
Work was carefully scheduled and phased to align with airport operations, security protocols, and peak travel periods. The completed improvements support efficient wayfinding and a safer, more functional environment for travelers and airport personnel while maintaining uninterrupted terminal operations.
Fort Lauderdale International airport
Terminal 1 Departure Arrival Lighting
Lighting upgrades at Terminal 1 focused on improving visibility, safety, and passenger flow within one of South Florida’s busiest transportation hubs.
The project involved the installation and enhancement of lighting systems serving both departure and arrival areas, ensuring consistent illumination across key passenger circulation zones. All systems were installed to meet applicable electrical codes, airport authority standards, and project specifications, with a strong emphasis on reliability and long-term performance.
Work was carefully scheduled and phased to align with airport operations, security protocols, and peak travel periods. The completed improvements support efficient wayfinding and a safer, more functional environment for travelers and airport personnel while maintaining uninterrupted terminal operations.
Cleveland Clinic FL
Network Upgrade & UPS Critical Power
This project centered on strengthening electrical infrastructure to support a network upgrade and critical power reliability at Cleveland Clinic Florida.
The scope of work included the installation and coordination of UPS-backed electrical systems designed to provide continuous, stable power for IT and network operations. All work was performed in compliance with NEC, NFPA 99, and healthcare facility standards, with an emphasis on redundancy, system integrity, and protection of mission-critical equipment.
Coordination with facility teams and project stakeholders was essential to maintain uninterrupted operations throughout construction. The completed upgrades enhance network resilience and ensure dependable backup power for critical systems within an active medical campus.
Cleveland Clinic FL
Network Upgrade & UPS Critical Power
This project centered on strengthening electrical infrastructure to support a network upgrade and critical power reliability at Cleveland Clinic Florida.
The scope of work included the installation and coordination of UPS-backed electrical systems designed to provide continuous, stable power for IT and network operations. All work was performed in compliance with NEC, NFPA 99, and healthcare facility standards, with an emphasis on redundancy, system integrity, and protection of mission-critical equipment.
Coordination with facility teams and project stakeholders was essential to maintain uninterrupted operations throughout construction. The completed upgrades enhance network resilience and ensure dependable backup power for critical systems within an active medical campus.
WESTSIDE REGIONAL
Setup & Installation Of CT Scan & PET Scan equipment
The installation of advanced diagnostic imaging equipment at Westside Regional Medical Center required highly specialized electrical coordination to support CT scan and PET scan systems within an active hospital setting.
The project included dedicated electrical infrastructure for imaging equipment, control rooms, and supporting systems, with close attention to power capacity, grounding, and system stability. All installations were completed in accordance with NEC, NFPA 99, manufacturer specifications, and hospital electrical standards to ensure reliable and safe equipment operation.
Work was carefully sequenced alongside hospital staff, equipment vendors, and other trades to maintain clinical operations during installation. The completed systems provide dependable electrical support for critical imaging technology essential to accurate diagnosis and patient care.
WESTSIDE REGIONAL
Setup & Installation Of CT Scan & PET Scan equipment
The installation of advanced diagnostic imaging equipment at Westside Regional Medical Center required highly specialized electrical coordination to support CT scan and PET scan systems within an active hospital setting.
The project included dedicated electrical infrastructure for imaging equipment, control rooms, and supporting systems, with close attention to power capacity, grounding, and system stability. All installations were completed in accordance with NEC, NFPA 99, manufacturer specifications, and hospital electrical standards to ensure reliable and safe equipment operation.
Work was carefully sequenced alongside hospital staff, equipment vendors, and other trades to maintain clinical operations during installation. The completed systems provide dependable electrical support for critical imaging technology essential to accurate diagnosis and patient care.
pier 66 marina
Wiring Installation For New Fuel Dock With Mega Yacht Power Stations
A new fuel dock at Pier 66 Marina required robust electrical infrastructure capable of supporting both fueling operations and high-capacity mega-yacht shore power.
The project involved the installation of marina-grade electrical systems engineered for performance in demanding waterfront conditions. All wiring and equipment were selected to safely accommodate significant power loads and were installed in accordance with applicable NEC requirements and marina electrical standards to ensure durability and long-term reliability.
Installation was performed in coordination with marina operations and other trades to maintain safety and continuity within an active dock environment. The completed electrical systems provide dependable power distribution to support efficient fueling and shore power service for large vessels.
pier 66 marina
Wiring Installation For New Fuel Dock With Mega Yacht Power Stations
A new fuel dock at Pier 66 Marina required robust electrical infrastructure capable of supporting both fueling operations and high-capacity mega-yacht shore power.
The project involved the installation of marina-grade electrical systems engineered for performance in demanding waterfront conditions. All wiring and equipment were selected to safely accommodate significant power loads and were installed in accordance with applicable NEC requirements and marina electrical standards to ensure durability and long-term reliability.
Installation was performed in coordination with marina operations and other trades to maintain safety and continuity within an active dock environment. The completed electrical systems provide dependable power distribution to support efficient fueling and shore power service for large vessels.
baptist health
ct scan wiring
Electrical upgrades at Baptist Health Tamiami enabled the safe and reliable installation of CT imaging equipment essential to diagnostic care.
The scope included electrical wiring and infrastructure necessary to serve CT imaging equipment and associated systems, completed in accordance with NEC, NFPA 99, manufacturer specifications, and Baptist Health facility standards.
Work was coordinated with hospital staff, equipment vendors, and other trades to ensure proper sequencing and minimize disruption to ongoing clinical operations. The completed electrical systems support the safe, reliable operation of critical imaging technology essential to patient care.
baptist health
ct scan wiring
Electrical upgrades at Baptist Health Tamiami enabled the safe and reliable installation of CT imaging equipment essential to diagnostic care.
The scope included electrical wiring and infrastructure necessary to serve CT imaging equipment and associated systems, completed in accordance with NEC, NFPA 99, manufacturer specifications, and Baptist Health facility standards.
Work was coordinated with hospital staff, equipment vendors, and other trades to ensure proper sequencing and minimize disruption to ongoing clinical operations. The completed electrical systems support the safe, reliable operation of critical imaging technology essential to patient care.