Overview

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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.

Syllabus

Overview of Electrical System Design

This course provides a foundational understanding of building electrical system design, introducing learners to key components such as equipment selection, lighting systems (both internal and external), earthing, lightning protection, and building power distribution schemes. It highlights electrical design requirements along with relevant codes and international standards, enabling learners to interpret and apply these guidelines in practical scenarios. Through real-world examples, participants develop the skills needed to implement effective electrical services design. The program is well suited for entry-level engineers, site engineers, and professionals seeking structured knowledge in building electrical systems.

Introduction & Intent of Building Design

This course provides comprehensive knowledge of electrical equipment and system integration in building design, beginning with the intent and philosophy of building electrical design and progressing through key infrastructure components such as switchgear (AIS/GIS), transformers, DG sets, unitized substations, HV/MV panels, and APFC systems. Learners will develop an understanding of power distribution architecture including busducts, cables, distribution boards, and backup systems such as UPS and batteries, along with earthing, lightning protection, lighting systems, cable management, and building electrical accessories. The course emphasizes practical design calculations, power supply regulations, and statutory compliance requirements to support safe, efficient, and regulation-compliant electrical system design, making it ideal for graduate engineers, site engineers, design engineers, and professionals seeking structured knowledge in building electrical services and infrastructure design.

Load estimation & Master Single Line Diagram

This module introduces the fundamental and practical aspects of electrical load estimation and Master Single Line Diagram (SLD) development for building projects. Learners explore structured methods for calculating electrical loads using both area-based statements and discipline-specific actual loads, highlighting the importance of accurate early-stage estimation. The module also covers equipment configurations, diversity considerations, and key design basis indices essential for effective electrical planning. Participants gain insights into power distribution schemes, including single and double busbar arrangements, and learn how to integrate major equipment into a comprehensive Master SLD. Emphasis is placed on planning methodologies that ensure reliability, scalability, regulatory compliance, and operational efficiency in building electrical systems, making the module suitable for design engineers, electrical planners, and professionals involved in conceptual and detailed engineering of building power infrastructure.