Overview

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This course introduces the fundamentals of Electronic Low Voltage (ELV) systems with a focus on surveillance and access control in modern buildings. It begins with an overview of ELV systems to establish how security, communication, and monitoring systems are integrated within building infrastructure. Learners will then explore both analogue and IP-based CCTV systems, understanding their architecture, components, advantages, and appropriate use cases. The course also covers the basics of access control systems, including identification methods, control logic, and system components used to manage and restrict entry to secure areas. By the end of the course, learners will be able to differentiate between analogue and IP surveillance systems, select suitable technologies based on project requirements, and understand how access control systems are designed and integrated with CCTV. What makes this course unique is its practical and comparative approach, helping learners make informed technology choices rather than just understanding concepts. It equips learners with essential skills for roles in security system design, smart buildings, and integrated infrastructure planning. 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

Overview of ELV System

This module introduces the fundamentals of Extra Low Voltage (ELV) systems used in modern building infrastructure. It provides an overview of key ELV technologies such as Building Management Systems (BMS), Fire Alarm Systems, Intrusion Detection Systems, Access Control Systems, and CCTV surveillance. Learners will also understand the role of network infrastructure in enabling communication between different ELV systems. The module further covers perimeter protection and Public Address systems, highlighting how integrated ELV solutions enhance building safety, security, and operational efficiency.

Overview of Analogue Based CCTV System

This module provides an introduction to CCTV surveillance systems and video monitoring technologies used in modern security infrastructure. It covers the basic concepts of CCTV systems, including camera types, lens selection, system architecture, and factors affecting surveillance performance. Learners will understand analog CCTV systems, DVR operation, video compression, storage technologies, and monitoring systems used in video surveillance. The module also introduces hybrid and IP-based CCTV systems, PoE architectures, video encoders, and cabling methods used in modern surveillance installations.

Overview of IP Based CCTV System

This module provides comprehensive knowledge of IP-based CCTV surveillance systems, focusing on system design, equipment selection, installation, and commissioning practices. It covers IP CCTV architecture, including network cameras, servers, storage devices, and monitoring systems used in modern surveillance networks. Learners will understand camera technologies, lens selection, field-of-view considerations, image resolution, bandwidth, and storage planning for reliable system design. The module also highlights regulatory compliance, network security, equipment selection, and practical installation practices using CAT6 and fiber optic cabling.

Basics of Access Control System

This module provides an introduction to Access Control Systems (ACS) used in modern security infrastructure. It covers the evolution of access control technologies and key components used to manage and restrict entry to secured areas. Learners will understand identity verification methods including badges, magnetic stripe cards, proximity cards, RFID cards, and biometric authentication along with reader and electronic locking technologies. The module also explains ACS architecture, controllers, software management, system design principles, and practical installation and commissioning practices for building security systems.