Perimeter Fence Construction

A comprehensive security infrastructure project involving design, planning, and implementation of a perimeter fence system.

Client KFSH&RC
Duration 2018-2021
Role Project Manager/Civil Engineer

Project Overview

The Perimeter Fence Construction project at King Faisal Specialist Hospital & Research Centre (KFSH&RC) was a critical security infrastructure initiative designed to enhance the facility's physical security while maintaining aesthetic harmony with the surrounding architecture.

As the Project Manager and Civil Engineer, I led all aspects of this extensive construction project, from initial design and planning to foundation work, structural implementation, and finishing details.

The project required careful coordination with security consultants, architectural teams, and construction crews to ensure the fence met both security requirements and design standards while minimizing disruption to hospital operations.

Perimeter Fence Project Rendering

Project Details

Design & Planning

Collaborated with security consultants and architects to develop a fence design that balanced security requirements with aesthetic considerations, ensuring compatibility with the hospital's architectural style.

Foundation Work

Supervised the excavation and construction of continuous reinforced concrete foundations along the perimeter, ensuring proper depth, reinforcement, and alignment to support the fence structure.

Structural Implementation

Managed the construction of reinforced concrete columns and wall panels, ensuring proper alignment, structural integrity, and finish quality according to design specifications.

Security Integration

Coordinated with security systems contractors to integrate electronic security elements, including CCTV mounting points, intrusion detection systems, and access control infrastructure.

Phased Implementation

Developed and executed a phased construction approach to maintain security integrity throughout the project, ensuring no compromises to facility security during the construction process.

Finishing & Aesthetics

Supervised the application of architectural finishes, including textured concrete surfaces, decorative elements, and landscaping integration to ensure the fence complemented the hospital's visual identity.

Technical Specifications

Fence Specifications

Total Length: 3,200 meters

Height: 3.5 meters

Foundation Depth: 1.2 meters

Column Spacing: 3 meters

Material: Reinforced concrete with decorative panels

Security Features: Anti-climb design, CCTV integration

Access Points: 6 vehicular, 8 pedestrian

Concrete Volume: 1,450 cubic meters

Reinforcement: 175 tons of steel

Construction Duration: 18 months

Key Challenges & Solutions

The project presented several significant challenges:

  • Maintaining security during construction phases
  • Working around existing utilities and infrastructure
  • Adapting to varying terrain conditions
  • Minimizing disruption to hospital operations
  • Balancing security requirements with aesthetic considerations

Solutions implemented:

  • Developed a phased construction approach with temporary security measures
  • Conducted comprehensive utility mapping and protection
  • Created custom foundation designs for different terrain sections
  • Implemented strict noise control and dust mitigation measures
  • Collaborated with architects on decorative elements that maintained security integrity

Project Gallery

Perimeter Fence Rendering
3D Rendering of Perimeter Fence Design

Project Outcomes

The Perimeter Fence Construction project was successfully completed on schedule and within budget, delivering significant improvements to the hospital's security infrastructure while maintaining aesthetic harmony with the surrounding architecture.

Key Achievements:

  • Enhanced perimeter security with modern anti-intrusion features
  • Seamless integration with electronic security systems
  • Improved traffic flow through strategically placed access points
  • Architectural design that complemented the hospital's visual identity
  • Zero security incidents during the construction process
  • Minimal disruption to hospital operations throughout implementation

The project received recognition for its successful balance of security requirements with architectural considerations, serving as a model for similar healthcare facility security upgrades in the region.