Sustainable Aviation: Challenges, Design Implications, Recent Advancements, Noise, Emissions, Alternative Fuels, Electric Aircraft, and Emerging Technologies

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Sustainable Aviation: Challenges, Design Implications, Recent Advancements, Noise, Emissions, Alternative Fuels, Electric Aircraft, and Emerging Technologies - On-Demand Short Course

Instructed by Dr. Marty Bradley

ü 5 recorded Lectures, approximately 2 hours each; 10 Total Hours

ü New expanded course covers all of the most important and relevant topics in Sustainable Aviation

ü All students will receive an AIAA Certificate of Completion after viewing all lectures.

OVERVIEW
In this course, participants learn about the history and current developments in sustainable aviation. Participants learn the about the various topics related to sustainable aviation that include noise, alternative fuels (biofuels, synthetic fuels, methane, alcohols, and hydrogen), and lifecycle environmental impact and analysis. The possible advantages and challenges of each type of alternative fuel will be discussed. A practical overview of Electric Aircraft Design is also be presented.

(Course recorded live in Spring 2023)

Tag(s) Aeronautics, Aerospace R&D, On-Demand Short Course

Sustainable Aviation: Challenges, Design Implications, Recent Advancements, Noise, Emissions, Alternative Fuels, Electric Aircraft, and Emerging Technologies - On-Demand Short Course

Description

LEARNING OBJECTIVES

Identify the definition and key elements of Sustainable Aviation
Identify noise sources and aircraft noise requirements
Understand the promises and challenges of different types of alternative fuels and electric aircraft
Understand the concept of environment lifecycle assessment and how it can be applied to aircraft systems
Know about recent developments in Sustainable Aviation

AUDIENCE
This course is intended for engineers with a background in aerospace engineering who are interested in learning about key aspects of Sustainable Aviation.

MATERIALS: All course slides and additional references will be available for immediate download. Stream the 10-hours of video recordings anytime, 24/7. No part of these materials may be reproduced, distributed, or transmitted, unless for course participants. All rights reserved.

COURSE FEES (Sign-In To Register)
- AIAA Member Price: $595 USD
- Non-Member Price: $795 USD
- AIAA Student Member Price: $295 USD

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OUTLINE

Introduction

Benefits of aviation
What is sustainable aviation?
Challenges

Noise

Noise requirements
Noise sources and mitigation

Emissions

Climate and energy
Contrails
CO₂
Air Pollution
Advanced Technologies

Fuels

Chemistry
Biofuels and synthetic jet fuel
Ethanol
Methane / natural gas
Hydrogen
Sample Exercises

Electric Aircraft

Benefits and challenges
Electric and hybrid electric propulsion architectures
Batteries
Performance example
Infrastructure

Wrap Up

Recent developments and advancements
Technology matrix comparisons

INSTRUCTOR

Dr. Marty Bradley is an AIAA Fellow and recently retired Technical Fellow for The Boeing Company. He has 38 years of aerospace experience and is now a consultant and instructor focused on sustainable aviation and electric aircraft. Marty has led projects related to electric and hybrid electric aircraft, advanced concepts and technologies, propulsion integration for advanced technologies, alternative fuels, and aviation environmental life cycle analysis. He was the Principal Investigator for the NASA-funded SUGAR study looking at advanced technologies for future commercial aircraft in the 2030-2050 timeframe. He has been working on Sustainable Aviation for more than 20 years, long before it was popular. He has a B.S., M.S., & Ph.D. from the University of Southern California and teaches their Aircraft Design capstone engineering course.

Classroom hours / CEUs: 10 classroom hours / 1.0 CEU/PDH

Contact: Please contact Lisa Le or Customer Service if you have questions about the course or group discounts (for 5+ participants).

Courses in package:

Results 1 - 10 of 16

	Title	Credit(s)
1	Section-1-Course-Notes-Sustainable-Aviation-Spring-2023-Introduction-Update View Details
2	Section-2-Course-Notes-Sustainable-Aviation-Spring-2023-Noise View Details
3	Section-3-Course-Notes-Sustainable-Aviation-Spring-2023-Energy-Update View Details
4	Section-4-Course-Notes-Sustainable-Aviation-Spring-2023-Contrails View Details
5	Section-5-Course-Notes-Sustainable-Aviation-Spring-2023-SAF View Details
6	Section-6-Course-Notes-Sustainable-Aviation-Spring-2023-Alcohol View Details
7	Section-7-Course-Notes-Sustainable-Aviation-Spring-2023-Methane View Details
8	Section-8-Course-Notes-Sustainable-Aviation-Spring-2023-Nuclear View Details
9	Section-9-Course-Notes-Sustainable-Aviation-Spring-2023-Hydrogen View Details
10	Section-10-Course-Notes-Sustainable-Aviation-Spring-2023-Electric View Details

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