Aerospace Engineering Aircraft Electrical Systems
 

What you'll learn
Master the basics of Aircraft Electrical Systems
Identify the components of Electrical Systems, how they work, and their purpose
Understand how aircraft are powered by electrical systems and how they work
Comprehend the role of electrical components in modern aviation
Requirements
Basic Physics knowledge
Interest in Aerospace Engineering
Description
The Aerospace Engineering: Aircraft Electrical Systems Course is a multidisciplinary course where you will learn many topics regarding the fundamentals and advanced of aircraft electrical systems. This course is aimed at everyone who is interested in the aerospace sector, as well as those of you who might be considering working in the industry. My name is Lluís Foreman and I am an Aerospace Engineer having developed more than 15 courses for the aerospace and automotive industries here on Udemy, Coursera, and ValueKnow. ValueKnow is our dedicated webpage for professional courses with relevant information on industrial trends, companies of the sector, additional resources, and more. In this Course, you will learn the following topics, among many more: Electrical Systems in AircraftSystem ArchitectureElectrical Power Generation and DistributionPower Conversion DC vs. AC ComponentsPrimary and Secundary BusesAdvanced Components and SubsystemsLightning and Other Aircraft Electrical UsageThis is an engineering course where you will learn the fundamentals of aerospace electrical systems, as well as getting you motivated to learn more in the future. Aerospace is an incredible topic, and I hope you enjoy the course. As always, feel free to contact for any inquiries. Best, Lluís Foreman - ValueKnow Founder
Overview
Section 1: Course Introduction
Lecture 1 Course Introduction
Section 2: Introduction and Basic Aircraft Power Principles
Lecture 2 Power Evolution and Requirements
Lecture 3 System Architecture Overview
Lecture 4 Safety and Redundancy Principles
Section 3: Aircraft Electrical Generation and Distribution Systems
Lecture 5 Generator Fundamentals
Lecture 6 Integrated Drive Generators
Lecture 7 Generator Control Units
Lecture 8 Variable Frequency Generators
Lecture 9 Power Conversion and Conditioning
Lecture 10 DC vs. AC in Aircraft
Lecture 11 Primary Distribution Buses
Lecture 12 Secondary Power Distribution
Lecture 13 Load Management Strategies
Lecture 14 Auxiliary Power Unit
Lecture 15 Ram Air Turbine
Section 4: Advanced Components and Subsystems
Lecture 16 Advanced Power Electronics
Lecture 17 Circuit Protection, Monitoring and Control
Lecture 18 Wiring and Harnesses
Lecture 19 Electrical Bonding and Grounding
Lecture 20 Battery Systems and Energy Storage
Lecture 21 Exterior Lighting Systems
Lecture 22 Interior and Emergency Lighting
Lecture 23 Passenger Electrical Services
Lecture 24 Electromagnetic Interference and Electromagnetic Compatibility
Lecture 25 AC vs. DC Motors
Lecture 26 Environmental Control System Electrical Loads
Lecture 27 Electrical Hydraulics and Fuel Pump Systems
Lecture 28 Avionics Power Supply and Interfaces
Lecture 29 Electrical Loads in Landing GEar and Braking Systems
Section 5: Specialized Operational Concepts and Future Directions
Lecture 30 Starter-Generator Systems
Lecture 31 Power Management during Flight Phases
Lecture 32 High-Voltage DC Systems in More Electric Aircraft
Lecture 33 Electrical System Fault Analysis and Protection
Lecture 34 Lightning Protection and Susceptibility
Lecture 35 Integration with Hybrid-Electric Propulsion
Those who are looking to know more about regarding Aerospace Engineering,People interested in Aircraft Systems Engineering,People who want to understand how electrical systems in aircraft work and their components,Those who want to work in Aerospace Electrical Systems related projects in the future confidently
Screenshot