Smart Building Systems- Electrical and ELV

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.

This course provides a comprehensive introduction to Building Management Systems (BMS), focusing on how modern buildings achieve efficient, automated, and centralized control of critical services. Across two modules, learners will explore the architecture of BMS, including field devices, controllers, and supervisory systems, as well as how different building services—such as HVAC, lighting, power monitoring, and utilities—are integrated into a unified platform. Learners will develop the ability to understand data flow, control strategies, and communication protocols, enabling effective monitoring and optimization of building performance. The course also emphasizes how BMS contributes to energy efficiency, fault detection, and operational reliability. By the end of the course, learners will be able to identify key components of a BMS, understand system integration, and apply control logic to improve building operations. What makes this course unique is its system-level, integration-focused approach, moving beyond theory to demonstrate how multiple building systems work together through automation. It equips learners with practical knowledge relevant to smart buildings, energy management, and modern infrastructure design. 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.

This course provides a comprehensive understanding of key building services essential for safe and efficient electrical design, focusing on illumination systems, earthing, lightning protection, and backup power solutions. Learners will begin with fundamental electrical calculations and progress to designing UPS and battery systems that ensure continuity of supply for critical loads. The course also covers earthing systems, lightning and surge protection, emphasizing safety, fault management, and equipment protection. In addition, learners will explore the principles of lighting design, including illumination calculations, fixture selection, and control strategies for energy-efficient buildings. By the end of the course, learners will be able to design lighting systems based on lux requirements, develop effective earthing and protection schemes, and size UPS systems for reliable operation. They will also understand how these systems integrate within a building’s overall electrical infrastructure. What makes this course unique is its practical, design-oriented approach, combining core theory with real-world applications and decision-making scenarios. Completing this course equips learners with critical skills for roles in electrical design, building services, and smart infrastructure 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.

This course provides a practical and structured introduction to the design of electrical power distribution systems in high-rise buildings. Starting with the overview and intent of building electrical design, learners will understand how engineering decisions are aligned with safety, reliability, and operational requirements. The course then focuses on load estimation techniques and the development of a Master Single Line Diagram (SLD)—a critical step in visualizing and planning the entire electrical network. By the end of this course, learners will be able to estimate connected loads, classify building services, and design a coherent power distribution scheme using industry-relevant practices. They will also gain the ability to interpret and create SLDs that reflect real-world system architecture. This course stands out by emphasizing applied engineering thinking through scenario-based learning and guided dialogues, rather than purely theoretical concepts. It bridges the gap between fundamentals and real-world design, enabling learners to think like practicing engineers. Completing this course will equip learners with essential skills for roles in electrical design, building services engineering, and 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.

This course provides a comprehensive understanding of fire detection, alarm, and public address systems used in modern buildings. It begins with the selection of fire detection systems based on hazard type, enabling learners to match appropriate detectors (smoke, heat, aspirating, etc.) to different environments. The course then explores fire alarm notification devices, focusing on their location, coverage, and integration with other building systems for effective emergency response. Learners will also be introduced to advanced technologies such as fire trace systems and aspirating smoke detection, which provide early and specialized detection in critical areas. The course concludes with the design and role of public address (PA) systems for emergency communication and evacuation. By the end of the course, learners will be able to design fire detection and alarm systems tailored to building risks, ensure proper placement of notification devices, and integrate PA systems for coordinated safety response. What makes this course unique is its hazard-based and application-driven approach, combining safety principles with real-world design scenarios. It prepares learners to contribute effectively to fire safety engineering, building services design, and integrated emergency systems. 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.