University campuses are complex ecosystems that demand extremely high-density, wide-coverage connectivity infrastructure. The current academic environment requires a digital mesh capable of simultaneously supporting thousands of mobile devices, high-performance laboratories and building infrastructure management systems (BMS). The resilience of backbone networks is fundamental to maintain the continuity of teaching and research activities, integrating multiple buildings in a redundant and scalable topology.

The management of technological infrastructure in these environments focuses on the convergence of services over an IP base, enabling centralized monitoring of utilities, perimeter security and collaborative learning systems. The infrastructure must be prepared for demand peaks and for the integration of emerging technologies in academic IoT, ensuring that connectivity is a constant facilitator of innovation and efficient campus operation.

Scope of Work

Telecommunications infrastructure

  • High-capacity inter-building optical backbones (10Gbps+)
  • Structured cabling for multimedia auditoriums and classrooms
  • Deployment of distributed technical rooms (MDF/IDF) across campus
  • Video and audio distribution systems via IP network

Network and connectivity infrastructure

  • Wi-Fi 6/6E high-density for common areas and classrooms
  • Interconnection of remote laboratories and technology centers
  • Network management systems with federated segmentation (eduroam)
  • Connectivity infrastructure for libraries and common spaces

Operational monitoring and security

  • Perimeter IP CCTV and circulation area monitoring
  • Access control systems for laboratories and critical areas
  • Remote monitoring of power and HVAC systems
  • Public address and emergency alert systems for open campus

Technology infrastructure for operations

  • Building management systems integration for energy efficiency
  • Distributed technology asset management platforms
  • Infrastructure support for backup and technical storage systems
  • Connectivity for academic data center support infrastructure

Physical telecommunications infrastructure

  • Underground conduit and passage chamber network dimensioning
  • Grounding and surge protection systems for inter-building network
  • Modular UPS for critical network asset protection
  • Technical organization and certification of fiber and copper patches

Standards and Compliance

  • ANSI/TIA-4966 (Telecommunications Infrastructure Standard for Educational Facilities)
  • ANSI/TIA-568 (Generic Cabling)
  • ABNT NBR 14565 (Structured Cabling)
  • ISO/IEC 11801 (Distributed Building Services)
  • ANSI/TIA-606 (Standard for Telecommunications Administration)
  • NR-10 (Safety in Electrical Installations and Services)