Aerospace engineering online degree programs

Upon earning their degrees, graduates may find entry-level positions working on the design of different types of aircraft. Such entry-level job experiences also provide the background necessary to succeed in graduate school. To be admitted to an online bachelor's degree program. Depending on the college or university, additional requirements may include letters of recommendation, an admissions essay, AP test scores, or SAT or ACT scores. Prospective online aerospace engineering students should keep accreditation in mind when deciding on a degree program.

Regional accreditation is important because it means that an independent organization has evaluated a school as a whole and determined that it meets certain educational standards. Regional accreditation is also crucial because it helps to ensure that students qualify for federal financial aid, such as student loans and the Pell Grant, and that the credits they earn are transferable to other regionally accredited aerospace engineering programs.

Another important type of accreditation is programmatic accreditation. Different independent organizations specialize in accrediting certain types of programs. For example, ABET is the primary organization that accredits engineering programs, as well as other computer and applied science programs.

Students should strive to attend an ABET-accredited program, as this will help to ensure that the program meets a rigorous set of standards, and that they are learning the skills they will need to succeed in their career. Additionally, employers may prefer to hire individuals from ABET-accredited programs, and graduate programs may require applicants to have an ABET-accredited bachelor's degree.

People with online degrees in aerospace engineering who pursue careers in the field may seek jobs at companies specializing in design and manufacture of aircraft and space craft. They are likely to specialize in either astronautical or aeronautical engineering. Astronautical engineers work on spacecraft while aeronautical engineers work with traditional aircraft.

Aerospace engineers can find work in government and private-sector businesses. Aerospace engineers spend their days evaluating aircraft designs, working with existing technologies and creating new ones, and making sure that aircraft projects meet certain safety and quality standards. Most of their work is performed in laboratory environments. As members of large teams, they also spend time building the aircraft they help design, which may or may not include the task of assembling aircraft.

Aerospace engineers specialize in certain areas based on their expertise, such as structural design, propulsion and combustion, or fluid flow. In some cases they also work on airborne weaponry. Within the field of aerospace engineering are two broad specializations. Aeronautical engineers work on aircraft. Astronautical engineers work on spacecraft.

The field further breaks down into even finer levels of specialization. Some engineers focus on aerodynamics, acoustics, propulsion, celestial mechanics, thermodynamics, or one of many other possibilities.

Common studies in an aerospace engineering online degree include physics, chemistry, calculus, and the basic fundamentals of engineering principals. Coursework will also include studies of stuff specific to aerospace engineering. In this camp are things such as aerodynamics and propulsion.

Undergraduate engineering degrees have long been considered the best of all undergrad degrees for quick job placement after graduation. Engineering degree programs are rigorous.

The math alone is prohibitive for a good deal of potential students. Aerospace engineering degrees may also qualify you for work in other engineering disciplines. Electrical engineering, mechanical engineering, and civil engineering are just a few possibilities. A bachelors in aerospace engineering can also qualify you to work as a flight engineer.

In the cockpits of aircrafts both military and civilian are people doing the piloting and people monitoring the instrumentation. People in the latter group are called flight engineers. The Bureau of Labor Statistics projects that jobs in aerospace engineering will grow about three percent for the next ten years, which is about as fast as the average for all jobs. Aerospace engineering degrees earn a lot of prestige and teach skills that can be applied to a wide range of engineering careers.

You may find yourself designing spacecraft, researching aerodynamics, or building new weapons systems for the Air Force. Or, you might yourself doing something only loosely related to those fields, like software engineering or civil engineering.

You may even end up in the cockpit of an airplane as a flight engineer. Some of those variables are universal to everyone and some of them are specific to you and your circumstances. Aerospace engineering studies include advanced mathematics, engineering basics, aerodynamics, and chemistry.

Here are some typical classes you may take:. If you find yourself intrigued by the idea of studying these subjects, then a degree in aerospace engineering may indeed be for you. The Professional MS is suitable for both currently employed engineers, as well as those looking for a pathway into the field. The program does not require a thesis or concentration. Many students come to the program with experience in engineering or the military. Out of the 30 credits required, 12 can be taken in other areas throughout the College of Engineering.

The Master of Science program also requires 30 credits, but students choose a concentration in one of the above focus areas, complete research projects, and defend a thesis. To apply, students must submit an online application form with a fee, transcripts, a personal statement, GRE scores, and four letters of recommendation.

The Master of Engineering in Aerospace Engineering program at Iowa State University is a highly customizable program for students looking to enter or advance in the field. There are 30 credits required for the program; however, there are no specific requirements on which courses to take, and there is a non-thesis option.

This gives students the freedom to design a program that is in line with their personal and professional goals and interests. This online aerospace engineering degree program features coursework in materials systems, aerodynamics, combustion and aero-structural interaction, aviation biofuels, systems and optimization, and astrodynamics.

Online students have access to a variety of campus resources, including academic and career advising, library resources, counseling, and veteran's support. Prospective students have the option of filling out a pre-application for an initial review of their credentials and a tentative decision by the admissions committee. The full application requires students to submit transcripts, GRE scores, letters of recommendation, a personal statement, and a resume. The Master of Science in Aerospace Engineering at Auburn University is a flexible online program that allows students to work full-time as they advance their education in the field.

The credit program includes coursework in dynamics, computational fluid dynamics, flight dynamics and control, orbital mechanics, propulsion, and structural dynamics. Students can take classes in related areas, including physics, math, and computer science. Graduates of this online aerospace engineering degree program may seek employment in both industry and government agencies. It does not require a thesis, although students who wish to complete one can do so with permission from the department.

Prospective students should have a college degree in aerospace or mechanical engineering; STEM-related majors can apply, though prerequisite classes must be completed. Applicants should have at least a 3. Enrolled students are connected with a graduate program officer to formulate a study plan. Online students have access to academic advisors and all other campus services and resources. These programs are suitable for individuals who wish to pursue careers in the design, analysis, and manufacture of aircraft and space systems.

The Master of Science is a credit program that can be completed in 12 months. There is no thesis or comprehensive exam requirement. A BS in mechanical engineering or aerospace engineering is preferred, though other STEM-related majors can enroll after completing prerequisites. The online aerospace engineering degree program includes six core classes, three electives, and one project-based class. For the Master of Engineering program, which also does not require a thesis, students must choose courses from at least two disciplines from among ten offered, including aerospace engineering.

Students may enroll in the fall, spring, or summer. Accepted students must create a study plan with a program advisor. To apply, students must submit transcripts with at least a 3. Enrolled students meet with an academic advisor to create a study plan. The Master of Engineering in Space Operations at the University of Colorado Colorado Springs is designed for working professionals with at least two years of experience in the civil, military, or commercial sector.

This is a technical program that concentrates on the application of engineering in space operations, space systems design, payload and mission support, and space systems analysis. The credit program consists of eight core and two elective courses that can be finished within 2. Enrolled students must have a program director-approved study plan. There is no thesis required for this online aerospace engineering degree program, but a capstone class is needed to graduate.

Online students have access to campus resources like academic and career advising and library resources. To apply, students must submit an online application and fee, transcripts, and a personal statement. The Master of Science in Aerospace Engineering degree at Missouri University of Science and Technology is a credit online program that offers the same curriculum and faculty as its on-campus version.

Classes are recorded live and are then made available in an asynchronous format so that students can study on their own schedules. Students may choose the thesis option, which includes at least six credits of research. Non-thesis track students can complete six credits outside of the aerospace engineering discipline.

Remote students have access to on-campus services, including academic and career advising. Applicants must submit a transcript from their undergraduate engineering or STEM-related program, GRE scores, and a statement of purpose. Another pathway to admission is to complete a graduate certificate program in one of the following areas: composite materials and structures, control systems, energy conversion and transport, engineering mechanics, or manufacturing automation.

Upon certificate completion, students can transfer credit into the MS program and waive the GRE requirement. Classes are offered by video streaming as well as audio downloads. Students connect with an advisor to create a study plan. The online aerospace engineering degree programs are flexible; students can take only one course per term and can pause studies if necessary. Online students have access to online resources, including academic advising, a writing lab, library tools, and disability services.

To apply, students must submit an online application along with a personal statement, transcripts, a resume, GRE scores, and three letters of recommendation. The Master of Science in Aerospace Engineering degree at the University of Florida offers a flexible way for students to enhance their technical knowledge for careers in engineering and technology.

The school encourages an interdisciplinary approach to study and research. The credit program includes 18 credits of engineering classes; the remaining 12 credits can be taken in other graduate-level technology classes so students can customize their academic experience to meet their personal and professional interests and goals.

Students in the thesis track must complete six credits of research. Non-thesis students must pass a comprehensive exam in one of the three areas of concentration to earn the degree. Online students have access to the Career Resources Center, the University Writing Studio, libraries, and other campus services and resources.

Applicants must apply online and submit their GRE scores and transcripts. The Master of Science in Engineering - Aerospace Engineering at the Samueli School of Engineering at the University of California Los Angeles is a flexible online graduate program designed for working engineers to enhance their professional skills.

The credit degree consists of nine four-credit courses. Students must complete six core classes plus department electives. To customize their program of study, students may take courses in other disciplines with direct program approval. A project-based capstone course is required to graduate. Students are assigned a faculty advisor for support throughout their studies. Classes in this online aerospace engineering degree program are offered in quarters; the degree can be completed in nine quarters, or seven quarters plus two summer terms.

Students may enroll in the fall or spring. Online students are welcome to use campus services, including academic and career advising. The Master of Science in Aerospace Engineering degree at Embry-Riddle Aeronautical University-Worldwide is an online program designed for working professionals who wish to advance their careers in the design and manufacture of air, spacecraft, and satellites.

This program is suited for individuals who have already earned an undergraduate degree in aerospace engineering or another engineering discipline. Students can build on their STEM skills by taking coursework in computational fluid dynamics, aeroacoustics, flow control, and unmanned air and ground vehicles. Students and faculty all over the world come together in the virtual classroom environment. The program is offered in an asynchronous format so that students have the flexibility to continue working as they advance their education.

The classes in this online aerospace engineering degree program are nine to 12 weeks long; the degree can be completed in ten terms. Students with military service can earn credits for their experience.

Applicants must apply online and submit transcripts; prospective students should have at least a 2. The programs are suited for working professionals and are the same as the on-campus versions. The credit Master of Science program comprises 24 credits of aerospace and elective courses and six credits for thesis work under the supervision of a faculty advisor.

It is research-focused and places emphasis on presentations and publications; students are required to submit at least one conference paper, journal article, or abstract with a presentation before graduation. The Master of Engineering program does not require a thesis; instead, students must pass a comprehensive exam in order to graduate. Both programs cover course topics, including the mechanics of solids and structures, thermofluids, and design and control. Online students have access to campus services, including library resources and academic and career advising.

To apply to the University of South Carolina-Columbia, students must submit an online form along with their transcripts, letters of recommendation, and GRE scores.