Electrical Design For Building Services

Mastering Electrical Design for Building Services – Where Theory Meets Practical Brilliance with Projects

What you'll learn

You can accurately perform electrical load calculations for a building, considering diverse factors such as appliances, lighting, and HVAC systems

You will be able to select and size cables based on load, distance, and environmental conditions, adhering to industry standards and regulations.

You will be proficient in sizing conduits & designing cable trays to ensure efficient cable management, considering factors like fill capacity and organization

You will acquire the skills to design panel boards for optimal distribution and control of electrical power, adhering to safety standards and regulations

You will be capable of evaluating and selecting solar panels for integration into electrical designs, promoting sustainability and energy efficiency

You will possess the knowledge and skills to design and implement effective earthing systems for electrical safety

Requirements

No prior experience required

Description

Learn electrical design excellence with our comprehensive "Electrical Design for Building Services" course. This program is meticulously crafted to empower professionals in the construction and engineering sectors with the specific skills and knowledge required to excel in the dynamic realm of building services.What you'll learn:Fundamentals of Electrical Design: Lay a strong foundation in electrical design principles.Building Services: Explore how to design electrical services for diverse building types.Exhaust Fan Selection: Master the selection process for efficient ventilation.Ceiling Fan Selection: Learn to optimize comfort and energy efficiency.Illumination: Illuminate spaces with flair and energy efficiency.Power Outlets & Switches: The essentials for user-friendly electrical systems.Electrical Load Calculation: Ensure systems can handle the demand.Cable Selection: Choose the right cables for seamless connectivity.Conduit Sizing for Cables or Wires: Optimize cable management.Cable Trunking Sizing: Streamline wiring with expert insights.Cable Tray Selection: Perfect your cable organization skills.Panel Board: Master the heart of electrical distribution.Solar Panel Selection: Embrace sustainable energy solutions.UPS Selection: Ensure uninterrupted power supply.Diesel Generator Selection: Strategically plan for backup power.Transformer Selection: Safeguard power distribution efficiency.PA System & Open Area Calculation: Enhance communication systems.Lightning Arrestors: Protect against electrical surges.Earthing: Safeguard against electrical faults.Capacitor Bank: Improve power factor and efficiency.Key Highlights:Practical Focus: Gain hands-on experience in electrical load calculations, cable selection, and conduit sizing, ensuring a mastery of real-world applications.In-Depth Modules: Delve into critical areas such as lighting design, power outlets, and renewable energy integration, providing a holistic understanding of electrical systems within building infrastructure.Expert Instructors: Learn from industry experts with extensive experience, ensuring that you receive insights and guidance that go beyond theoretical concepts.Project-Based Learning: Apply your knowledge to practical scenarios through project-based learning, fostering a deep understanding of electrical design principles and their application.Sustainable Solutions: Explore the integration of solar panels, energy-efficient lighting, and power factor correction, aligning your skills with the latest trends in sustainable building practices.Industry-Relevant Skills: Acquire skills directly applicable to various professions, including electrical engineering, architecture, project management, and facility maintenance.Flexible Learning: Access course materials at your convenience with our online platform, accommodating busy schedules while promoting an interactive and engaging learning experience.Certification: Receive a recognized certification upon course completion, validating your expertise in electrical design for building services and enhancing your professional credibility.Accelerate your career by enrolling in the "Electrical Design for Building Services" course. Whether you're a seasoned professional or just starting in the field, this program is designed to equip you with the tools and knowledge needed to thrive in the ever-evolving landscape of electrical design within building services. Join us in mastering precision and shaping the future of electrical systems in construction.

Overview

Section 1: Introduction to Electrical Design

Lecture 1 Electricity: Basics, Advantages, Fundamentals and Important Formula

Section 2: Building Services

Lecture 2 Project Requirements, Types of False Ceilings, Representation of Room

Section 3: Ceiling Fan Selection

Lecture 3 Introduction, Advantages & Disadvantages, Design Criteria, Mounting Height

Section 4: Lighting Selection

Lecture 4 Calculation of Number of Lighting Fixtures

Lecture 5 Lighting Selection By using DiaLux Software

Section 5: Illumination

Lecture 6 Introduction to Illumination and Types of Lights

Section 6: Power Outlets & Switches

Lecture 7 Switches & their types, Sockets, Electrical Plugs and Appliance Inlets

Section 7: Electrical Load Calculation

Lecture 8 Load Scheduling, Creating Lighting & Power Circuit and Phase Distribution

Section 8: Cable Selection

Lecture 9 Cables & their types, Strands & their types, Insulation for Cables

Lecture 10 Cables Armoured & their types, Cable Sizing & Voltage Drop Calculation

Lecture 11 Cable Sizing & Voltage Drop Calculation, Cable Sizing for Single Motor or Group

Section 9: Conduit Sizing for Cables or Wires

Lecture 12 Conduit & it’s types, Advantages & Disadvantages of Conduit and Conduit Sizing

Section 10: Cable Trunking Sizing

Lecture 13 Cable Trunking and Cable Trunking Sizing Calculation

Section 11: Cable Tray Selection

Lecture 14 Cable Tray & it’s types, Advantages of Cable Tray and Cable Tray Sizing Calculat

Section 12: Panel Board

Lecture 15 Distribution Board, Components of Distribution Board, Safety Tips

Lecture 16 Types of Breaker based on the number of poles, Standard Size of MCB/MCCB/ELCB/RC

Section 13: Solar Panel Selection

Lecture 17 Solar Panel & it’s Working, Advantages & Disadvantages of Solar Panel and Solar

Section 14: UPS Selection

Lecture 18 UPS & it’s Components and Inverter & Battery Capacity Calculation

Section 15: Diesel Generator Selection

Lecture 19 Diesel Generator & it’s Parts and Diesel Engine Generator Sizing Calculation

Section 16: Transformer Selection

Lecture 20 Transformer & it’s parts, Safety Clearance for Transformer

Section 17: PA System & Open Area Calculation

Lecture 21 Open Area Calculation, Public addressable system & it’s Components

Section 18: Lightning Arrestors

Lecture 22 Lighting arrestors, Advantages & Disadvantages of Lighting Arrestors

Section 19: Earthing

Lecture 23 What is Earthing? Purpose of Earthing, Conventional methods of Earthing

Section 20: Capacitor Bank

Lecture 24 Applications of Capacitor Bank, Capacitor Size Calculation

Electrical Engineers,Building Services Engineers,Project Managers,Facility Managers,Electrical Contractor,Energy Consultants,Government Inspectors and Regulators