Aeronautical engineers are in growing demand as air travel becomes faster, safer, and more environmentally friendly. Increased competition in the commercial aircraft industry, new initiatives in space exploration, the evolution of smaller aircraft and airports as alternatives to traditional airline travel, including the expanding market for personal jet aircraft known as very light jets or VLJs, are also fueling this trend. With our world becoming smaller by the day, the aeronautics industry relies on highly skilled aeronautical engineers to help meet the demands of business and pleasure travelers alike.
Aeronautical engineering is one of the fastest-growing engineering fields in the United States today and demands engineers with specialized skills. Lawrence Technological University’s programs offer you a strong foundation with which to enter the industry, featuring a comprehensive curriculum focused on the fundamentals of aeronautical engineering necessary for aircraft design, analysis, and testing. Designed for mechanical engineering students or graduates, the aeronautical engineering program at Lawrence Tech provides you with a deeper understanding of this broad field – beyond what is covered in the mechanical engineering program. The minor is geared toward students pursuing a Bachelor of Science in Mechanical Engineering, and the certificate is geared toward graduates of a mechanical engineering (or comparable) program. Both options require 18 credit hours – three core courses and three electives – all built around theory and practice. Throughout your studies, you will explore fluid dynamics, propulsion sources, aerodynamics, structural mechanics, control systems, noise and vibration, and engineering materials.
Lawrence Tech has a long history of aeronautics education and research:
Today, aeronautical engineering at Lawrence Tech continues to thrive. Each year, students successfully compete in SAE Aero Design® competitions and are active on campus in the student branch of the American Institute of Aeronautics and Astronautics. In recent years, graduates have been hired by major aeronautical and aerospace companies including NASA, Cessna, Boeing, and Goodrich Aerostructures.
If you are earning a Bachelor of Science in Mechanical Engineering, you are eligible to declare a minor in aeronautical engineering. If you have already completed a Bachelor of Science in Mechanical Engineering, or a comparable degree, you may pursue a certificate in aeronautical engineering.
Both the minor and certificate programs require 18 credit hours and consist of:
|EME 4163||Aeronautical Engineering Fundamentals|
|EME 4323||Applied Fluid Mechanics|
|EME 5223||Advanced Mechanics of Materials|
|Electives (select three)
|EME 4243||Finite Element Analysis I|
|EME 4273||Micromechanics of Materials|
|EME 5103||Fasteners and Bolted Joints|
|EME 5133||Advanced Fluid Mechanics|
|EME 5153||Applied Thermodynamics|
|EME 5173||Transport Phenomena|
|EME 5203||Design of Mechanical Joints|
|EME 5213||Mechanical Vibrations|
|EME 5323||Modern Control Systems|
|EME 5333||Advanced Dynamics|
|EME 6103||Engineering Materials|
|EME 6113||Fatigue Analysis|
|EME 6213||Fundamentals of Acoustics|
|EME 6153||Incompressible Flow|
|EME 6133||Viscous Flow|
|EME 6393||Compressible Flow I|
|EME 6553||Structural Stability|
|EME 6543||Computational Fluid Dynamics|
|MSE 5143||Aerospace Systems Engineering|
You may apply up to six credits from Lawrence Tech’s undergraduate or graduate mechanical engineering program toward your minor or certificate.
Graduates with a minor or certificate in aeronautical engineering have many career options:
For more information, contact Lawrence Tech’s Office of Admissions at 800.CALL.LTU or email@example.com.
For specific questions about the minor or certificate in aeronautical engineering, call 248.204.2574.