About this Program
In this three-course certificate program, we’ll undertake an in-depth study of aircraft design and analysis. You’ll strengthen your core structures competencies and explore the technology of advanced materials, rapidly evolving manufacturing technologies, modern design and analysis trends.
We’ll study the field's most important aspects and the latest developments in areas like evolution of design philosophy, design drivers, trade studies, external and internal loads. You’ll also learn about material selection, design values, static strength of tension, compression and shear structures, joints, fatigue, fracture and repairs. By the end of the program, you’ll have a solid understanding of the ins and outs of the structure of modern aircraft.
DESIGNED FOR
This program is open to Boeing employees only. It is geared to those involved in a range of disciplines, including structures, flight science, loads, manufacturing, liaison and fleet support. Applicants should have a bachelor’s degree in engineering with a background in mechanics of materials.
See Requirements
ADMISSION REQUIREMENTS
To apply, you must:
- Have a B.S. in aerospace engineering, mechanical engineering or civil engineering
- Be a Boeing employee
- Be a U.S. or Canadian citizen or have U.S. Person Status
English Proficiency
If you're not a native English speaker, you’ll need to have at least basic English language skills to enroll. To learn more, see English Language Proficiency Requirements.
International Students
Because this offering is 100 percent online, no visa is required and international students are welcome to apply. For more information, see Admission Requirements for International Students.
Technology Requirements
You must have access to a computer, and we recommend a high-speed internet connection.
Earning the Certificate
You earn the certificate by adhering to the program's attendance policy and successfully completing all required courses. For more information, see Earning the Certificate.
what you'll learn
- Design philosophy, criteria and its evolution
- Fundamentals of thin-wall structural analysis and design
- Classical, empirical and computational methods
- How to create aircraft structures and joints
- Best practices for durability, fail safety and damage tolerance
GET HANDS-ON EXPERIENCE
You’ll expand your practical skills in modern aircraft structural design through individual and team design projects.