Overview

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This course provides a comprehensive foundation in networking and structured cabling systems for modern buildings. It covers both passive infrastructure (cabling, pathways, and layout design) and active networking components (switches, routing, and data communication systems). Through a structured progression from Passive Cabling Part 1 & 2 to Active Networking Part 1 & 2, learners will understand how data networks are designed, installed, and integrated within building environments. Learners will develop the ability to design structured cabling systems, select appropriate cable types (copper and fiber), and understand backbone and horizontal distribution. They will also gain insights into network devices, data flow, bandwidth considerations, and system scalability. By the end of the course, learners will be able to plan reliable and efficient network infrastructure aligned with building requirements and future expansion needs. What makes this course unique is its practical, system-level approach, connecting passive and active components into a unified design perspective. It emphasizes real-world applications and decision-making, enabling learners to confidently contribute to ICT infrastructure design, smart buildings, and integrated systems engineering. Target learners: • Graduate engineers seeking practical knowledge in Smart Building Electrical & ELV systems. • Design consultants and project engineers working on building and infrastructure projects. • Commissioning, maintenance, and facility professionals involved in smart building technologies.

Syllabus

Networking Passive Cabling Part 1

This module provides an introduction to network passive components and structured cabling systems used in modern communication infrastructure. It covers the fundamentals of network cabling, including copper cables, Ethernet categories, and structured cabling standards used in data and voice networks. Learners will understand key components such as patch panels, connectors, backbone connectivity, and distribution systems within buildings. The module also introduces emerging IP-based technologies and explains how structured cabling supports scalable, reliable, and integrated smart building communication systems.

Networking Passive Cabling Part 2

This module provides a comprehensive understanding of fiber optic communication and network infrastructure used in buildings and data centers. It covers the fundamentals of fiber optic technology, including single-mode and multi-mode fiber types, construction, and performance characteristics. Learners will also explore building network design, structured cabling systems, backbone connectivity, wireless network deployment, and power delivery for access points. In addition, the module introduces data center infrastructure concepts such as cabling hierarchy, tier classification, racks, cable management, and practical installation and testing for reliable network performance.

Networking Active Part 1

This module provides an introduction to active networking components and their role in modern communication systems. It covers the fundamentals of Local Area Networks (LAN), including various LAN topologies and the operation of networking devices such as hubs, bridges, and switches with Layer 2 and Layer 3 switching concepts. Learners will understand network segmentation, switching domains, and how switching enhances network performance. The module also introduces converged networks, tiered and borderless network architectures, and key network planning principles for scalable and reliable enterprise and building communication infrastructures.

Networking Active Part 2

This module provides advanced knowledge of active networking systems and their role in designing modern communication infrastructures. It covers network design methodologies for enterprise networks and data centers, including capacity planning, redundancy, performance optimization, and Wide Area Network (WAN) connectivity. Learners will also explore wireless roaming technologies, networking standards, and security principles such as authentication, data privacy, and integrity. The module further introduces key hardware and software components used in active networking systems to support scalable, secure, and high-performance network infrastructures.