Online Degrees by Program Level Aerospace Engineering
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, Posted by AME at 9:15 AM
Online Aerospace Engineering Degrees
Aerospace engineering degree programs are offered online at the master's level only. Undergraduate programs normally require on-campus participation. A master's degree program prepares aerospace engineers for advanced and research-related employment opportunities in the field.
Overview of an Online Aerospace Engineering Master's Degree Program
Graduate-level aerospace engineering programs teach advanced skills in the design, development and testing of technologies and manufacturing used for aircraft or spacecraft. Graduates are awarded a Master of Science (MS), Master of Engineering (ME) or Master of Science in Aeronautics and Astronautics (MSAE). Some schools also offer specializations in navigation and control, instrumentation and communication, astrodynamics and satellite navigation systems, remote sensing, bioastronautics, structural design and computational engineering. Typical prerequisites include a bachelor's degree in engineering, math or science and Graduation Record Examination (GRE) scores.
Aerospace Engineering Program Information and Requirements
Online aerospace engineering master's degree programs typically require approximately 30 credit hours of coursework. These programs take from 18-24 months to complete, depending on part-time or full-time scheduling. Most schools do not have a thesis or any on-campus requirement; however, some require completion of a specialized project before graduation. Also, some schools allow students to take prerequisite coursework before formally applying to the master's degree program.
Program registration and class participation are completed through the Internet. Delivery may be in the form of streamlined, digitized lectures using interactive learning applications. Also, some programs offer the option of attending classes on-campus for those in close proximity to the school.
List of Common Aerospace Engineers Courses
Graduate-level coursework in aerospace engineering typically includes studies in design, mechanics, dynamics, navigation, controls, variables and processing. Curriculum varies by school and specialty; however, some of the requirements are common to every program.
Spacecraft Attitude Dynamics Course
In this course, students learn to predict and stabilize dynamics of spacecraft, and determine impact using numerical simulations. The class emphasizes rotational motion, attitude parameters, spacecraft torques and equations of motion in terms of quaternions. Euler equation application in attitude motions is also covered.
Design Optimization Course
This class teaches students the techniques used in multidisciplinary design. Students learn to develop engineering design problem statements, select the best method to use in design optimization, solve optimization problems using available computer technologies and interpret solutions generated through implementation of the optimization strategy.
Optimization and Dynamics of Aerospace Engineering Structures Course
Students learn to apply basic theory and numerical calculations to formulate and solve problems in aerospace engineering throughout this course. The class also covers topics of structures and math, vibrational characteristics and measurements, space trajectory design and optimization, methods of dynamic analysis and undergraduate dynamics.
Career Information for Graduates Aerospace Engineers
According to the U.S. Bureau of Labor Statistics (BLS), aerospace engineers earned a median annual wage of $94,780 in May of 2009 (www.bls.gov). The BLS also reported an expected ten percent job growth in aerospace engineering from 2008 to 2018, largely due to new design and technology production in military and commercial aircraft.
Aerospace engineering degree programs are offered online at the master's level only. Undergraduate programs normally require on-campus participation. A master's degree program prepares aerospace engineers for advanced and research-related employment opportunities in the field.
Overview of an Online Aerospace Engineering Master's Degree Program
Graduate-level aerospace engineering programs teach advanced skills in the design, development and testing of technologies and manufacturing used for aircraft or spacecraft. Graduates are awarded a Master of Science (MS), Master of Engineering (ME) or Master of Science in Aeronautics and Astronautics (MSAE). Some schools also offer specializations in navigation and control, instrumentation and communication, astrodynamics and satellite navigation systems, remote sensing, bioastronautics, structural design and computational engineering. Typical prerequisites include a bachelor's degree in engineering, math or science and Graduation Record Examination (GRE) scores.
Aerospace Engineering Program Information and Requirements
Online aerospace engineering master's degree programs typically require approximately 30 credit hours of coursework. These programs take from 18-24 months to complete, depending on part-time or full-time scheduling. Most schools do not have a thesis or any on-campus requirement; however, some require completion of a specialized project before graduation. Also, some schools allow students to take prerequisite coursework before formally applying to the master's degree program.
Program registration and class participation are completed through the Internet. Delivery may be in the form of streamlined, digitized lectures using interactive learning applications. Also, some programs offer the option of attending classes on-campus for those in close proximity to the school.
List of Common Aerospace Engineers Courses
Graduate-level coursework in aerospace engineering typically includes studies in design, mechanics, dynamics, navigation, controls, variables and processing. Curriculum varies by school and specialty; however, some of the requirements are common to every program.
Spacecraft Attitude Dynamics Course
In this course, students learn to predict and stabilize dynamics of spacecraft, and determine impact using numerical simulations. The class emphasizes rotational motion, attitude parameters, spacecraft torques and equations of motion in terms of quaternions. Euler equation application in attitude motions is also covered.
Design Optimization Course
This class teaches students the techniques used in multidisciplinary design. Students learn to develop engineering design problem statements, select the best method to use in design optimization, solve optimization problems using available computer technologies and interpret solutions generated through implementation of the optimization strategy.
Optimization and Dynamics of Aerospace Engineering Structures Course
Students learn to apply basic theory and numerical calculations to formulate and solve problems in aerospace engineering throughout this course. The class also covers topics of structures and math, vibrational characteristics and measurements, space trajectory design and optimization, methods of dynamic analysis and undergraduate dynamics.
Career Information for Graduates Aerospace Engineers
According to the U.S. Bureau of Labor Statistics (BLS), aerospace engineers earned a median annual wage of $94,780 in May of 2009 (www.bls.gov). The BLS also reported an expected ten percent job growth in aerospace engineering from 2008 to 2018, largely due to new design and technology production in military and commercial aircraft.
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