Edited By Barani Krishnan
Review & Contribution By Amanda Montell
Embark on a virtual journey into the cosmos. Elevate your career with a cutting-edge Online Aerospace Engineering Master’s program. Reach for the stars today!
Aerospace Engineering is the field of engineering dedicated to designing, testing, producing, and advancing aircraft and related systems capable of flight within Earth’s atmosphere (aeronautics), as well as spacecraft, rocket propulsion systems, equipment for operations beyond Earth (astronautics), and missiles. Pursuing an aerospace engineering master’s online program provides a comprehensive understanding of structural mechanics, controls, autonomous systems, and fluid dynamics. Students acquire knowledge and technical skills essential for practical fieldwork and enhance their ability for strategic decision-making, preparing them for complex engineering projects involving considerations such as material limitations, budget constraints, design parameters, environmental impacts, and more. According to projections, employment opportunities for graduates with a master’s in aerospace engineering master’s online are expected to increase by six percent from 2022 to 2032. Potential career paths for graduates encompass roles such as Head of Research and Development, Engineering Consultant, Engineering Department Supervisor, Senior Project Engineer, and others.
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Find the Best Online Aerospace Engineering Master’s Programs
There are many factors prospective graduates should consider when choosing a graduate program, including resources for support, location, cost of living, tuition and financial aid, quality of instructors, and faculty, program requirements and qualifications, program format and lifestyles, etc. A good college education can greatly impact a student’s academic or career choices. FBD teams have evaluated colleges and programs from all over the U.S. Using a proprietary methodology and have prepared a list of institutions offering the best online aerospace engineering master’s degrees:
| Univ | Address | Tuition | Grad Rate |
| University of California | 405 Hilgard Ave, Los Angeles, California 90095 | $12,264 | 92% |
Universities and programs are ranked by various factors, such as affordability, curriculum and coursework, reputation and availability, program length, statistics, the potential of employment, and return on investment for the students. For a more in-depth analysis, please read about our rankings methodology page.
What to Expect from an Online Aerospace Engineering Master’s Program
An online master’s in aerospace engineering program generally requires an average of 30-45 credit hours, including graded coursework and credit for thesis research. This program benefits recent graduates as well as those who are working professionals. Students can complete it in full-time, part-time, and hybrid learning modes. The coursework focuses on building applied skills and experiences necessary in the aerospace industry. Students are generally required to complete a comprehensive thesis or research work in a specific study area that can lead to further advanced study, such as a doctorate or other career opportunities. Most institutions require graduate school applicants to take comprehensive final examinations if they have opted for non-thesis options. Graduates of this program can primarily work in the design, development, production, testing, and more of spacecraft, aircraft, or related equipment and systems.
Curriculum and Coursework
The Aerospace Engineering master’s program typically provides students with a comprehensive curriculum that establishes a strong fundamental background and practical abilities, making them employment-ready. It balances the strong theoretical background of aerospace engineering with practical skills relevant to the industry. Most colleges also require students to take relevant courses from other departments like mechanical engineering, computational science, mathematics, etc. The coursework may differ depending on whether students have taken up a non-thesis or thesis degree, requiring the completion of an average of 33 credit hours of research and coursework. Many colleges also require them to take up research projects and relevant practice-based hands-on workshops in classroom settings that involve systems and concepts focusing on topics like aerodynamics, combustion, propulsion, aerospace structures, flight mechanics, and more.
Many institutions mandate prospective graduates to take up internships and assistantships in government laboratories and aerospace companies in fluid dynamics, aerodynamics, aerospace materials and structures, space flight controls and dynamics, and propulsion and combustion. The curriculum may vary from school to school; however, there are some standard courses students can find across aerospace engineering master’s programs online, including:
Introduction to Aerospace Engineering
The introductory course helps students develop their knowledge on the design, production, testing, development, and maintenance of spacecraft, aircraft, and other related systems. It aims to provide an overview of the domain of aerospace engineering. They also learn about foundational subjects like mechanics, fluid mechanics, solid mechanism, thermodynamics, materials science, and heat transfer.
Aerospace Propulsion
The learning objective of this course is to obtain a working knowledge of rocket propulsion systems and gas turbines, components, and applications. It helps students get an overview of propulsion applications, review the thermodynamics and mechanics of fluid flow, gas turbine engine inlets and cycles, nozzles, combustors, rocket equations, rocket design, rocket performance parameters, solid rocket motors, and much more.
Mechanics of Materials
This course helps students understand yield strength, fatigue strength, crack resistance, tensile strength, and many other characteristics. The course also helps them learn about the material’s strength and ability to withstand applied load along with components of failure or plastic deformation. The methods and tools explored through this course are used to predict the response of various engineering structures to varied types of loading and analyze the vulnerability of these structures to different failure modes.
Fluid Mechanics
This course helps students learn about fluids’ responses to forces exerted upon them. It deals with the study of fluids that are at rest and understanding the various properties of fluids. They can learn about pressure variation with depth, buoyancy, Pascal’s law, Bernoulli’s theorem, stoke’s law, capillary action, etc.
Structural Dynamics
This course helps students learn about the behavior of structures subjected to loading dynamics, including people, wind, traffic, earthquakes, blasts, and waves. The principles learned from this course can be applied to sustainability and planning restrictions. It is concerned with finding out the behavior of physical structure when subjected to force.
Some of the other standard courses students can find across programs include:
- Dynamics, Stability, and Control of Vehicles
- Classical Control Theory
- Rocket Propulsions
- Aircraft Noise
- Linear Systems Theory
- Analytical Methods for Aerospace Engineering
- Mechanics of Solids
- Fatigue and Fractures in Aerospace Structures
- Aerospace Composite Design
- Manufacture of Aerospace Composites
Learning Outcomes and Skills Gained
The Aerospace Engineering program equips students with advanced competence in engineering science, engineering design, and current technologies. By participating in the program, students develop the skills necessary for successful careers in the aerospace industry. The curriculum prepares students in various specializations, including propulsion, space robotics, spacecraft guidance, dynamics and control, computational fluid dynamics, and orbital mechanics. Graduates of the aerospace engineering master’s program develop a variety of skills, including:
- Demonstrating fundamental knowledge to develop a curriculum encompassing topics such as aerodynamics, aerodynamic systems, biomedical mechanics, materials and structures, propulsion, and more.
- Applying scientific principles to design, develop, and service technologically advanced engineering products globally, from commercial airplanes to helicopters.
- Formulating problems and planning solutions while employing collaborative problem-solving methods.
- Communicating aerospace engineering knowledge, reasoning, and technical learning effectively to various practice areas within the field.
- Utilizing field-specific knowledge to address future challenges in aerospace or related industries, particularly those related to sustainability and environmental concerns.
- Applying research in various aerospace specialties, including advanced materials and aerospace vehicle design, aerodynamics, airworthiness, airframe systems, and aviation technology.
- Employing computational and theoretical skills to solve complex, real-world aerospace engineering challenges.
- Communicating current developments and advanced issues in aerospace engineering to individuals from non-engineering backgrounds.
Types of Master’s Degrees Aerospace Engineering Students Can Obtain
Generally, in the United States, there are two types of master’s in aerospace engineering online that students take up, including online MS aerospace engineering and M.Eng. in aerospace engineering. Both programs require students to complete common requirements like aerospace engineering fundamentals, research, and more. The programs provide graduates with the opportunity to examine, discuss, and evaluate ethical challenges that are relevant to their respective domains.
Master of Science or MS in Aerospace Engineering
The Master of Science or MS in Aerospace Engineering has a comprehensive research component. Students need an average of 30 credits for this program, which they can complete in two years. It is apt for those who want to conduct deep research in unique areas of interest. This program will benefit individuals pursuing research-related occupations or gaining knowledge for a Ph.D. degree.
Master of Engineering or M.Eng. in Aerospace Engineering
Master of Engineering or M.Eng. is a non-thesis professional graduate degree. It is typically a one-year program that requires one to complete a capstone project. It benefits those who want to explore more career possibilities in aerospace or related domains. Most students pursuing this program are pursued by highly qualified students who want to accelerate their progress to take up advanced degrees like doctoral programs.
Areas of Specialization for Aerospace Engineering Students
When taking up specializations, students focus on a specific aspect of a subject. The specializations available in aerospace engineering programs usually relate to jobs, skills, products, or tasks. Individuals greatly benefit from taking up such specializations, making learning more efficient. Here are some specializations available to master’s in aerospace engineering online students :
| Area of Specialization | Description | Career Options |
|---|---|---|
| Aircraft Design and Structures | Specializing in Aircraft Design and Structures entails advanced study of aerodynamics, structural mechanics, and materials science. Students delve into designing, analyzing, and optimizing aircraft components, from wings to fuselages, ensuring safety, efficiency, and performance. This specialization equips graduates with the skills needed for aircraft manufacturing, research, and development roles. | • Aeronautical Engineer • Structural Analyst • Aircraft Design Engineer • Aerospace Researcher |
| Propulsion Systems | Specializing in Propulsion Systems involves in-depth exploration of jet engines, rockets, and alternative propulsion technologies. Students study combustion processes, thermodynamics, and fluid dynamics to optimize engine performance and fuel efficiency. This specialization prepares graduates for aerospace propulsion research, development, and innovation careers, shaping the future of air and space travel. | • Aerospace Propulsion Engineer • Rocket Engineer • Thermodynamics Specialist • Combustion Engineer |
| Avionics and Control Systems | This specialization in Aerospace Engineering with a focus on Avionics and Control Systems delves into the intricate design, implementation, and optimization of electronics and software for aircraft control. It combines advanced engineering principles with cutting-edge technology to ensure efficient and safe flight operations. Graduates possess expertise in navigation systems, autopilot algorithms, and flight control mechanisms essential for the aerospace industry. | • Avionics Engineer • Flight Control Systems Engineer • Navigation Systems Engineer • Autopilot Software Developer |
| Spacecraft Systems and Design | This specialization equips students with expertise in conceptualizing, designing, and operating spacecraft for various missions. It includes spacecraft subsystems such as propulsion, power, communication, and thermal control, preparing graduates for roles in space exploration, satellite deployment, and interplanetary missions, driving innovation in the space industry. | • Spacecraft Design Engineer • Mission Planner • Spacecraft Systems Integration Engineer • Satellite Systems Engineer |
| Aerodynamics and Fluid Dynamics | This specialization explores the fundamental principles governing airflow around aircraft and spacecraft. Students delve into computational modeling, experimental analysis, and design optimization to enhance performance and efficiency. Graduates are equipped to tackle challenges in aircraft design, propulsion systems, and atmospheric flight, advancing the boundaries of aerospace technology. | • Aerodynamics Engineer • Computational Fluid Dynamics Analyst • Aerospace Fluid Systems Engineer • Wind Tunnel Technician |
Full-Time and Part-Time Programs
Most online aerospace engineering master’s take about two years to complete if a student finishes their course in the full-time mode of learning. If the candidate opts for a master’s in part-time mode, it will take longer to finish their curriculum- it could take them more than two years to complete the curriculum at the least. The duration of completion of the program could also depend on the electives chosen and the number of credits completed in a particular semester. The area of concentration and synchronous and asynchronous modes of learning affect the duration of the program. Here is a summary of the amount of time it would take for graduates to complete the program:
- Time to complete a part-time online master’s in aerospace engineering: more than two years
- Time to complete a full-time master’s in aerospace engineering: 2 years or less
Accelerated Aerospace Engineering Programs
Accelerated degrees allow students to complete their program and enter the workforce faster by condensing the curriculum into a shorter timeframe. This can save on tuition and other expenses like housing and materials. However, the workload is often more demanding. There are ways to accelerate further by transferring or taking additional credits per term. Requirements vary by university, so research options carefully. Some institutions offering online master’s in aerospace engineering accelerated programs are:
Requirements for Getting into an Online Aerospace Engineering Master’s Program
There are various entry requirements for the master’s program in aerospace engineering. Some colleges may request academic writing samples, evidence of volunteering experiences, supervised internship experience, and other similar prerequisites. While specific requirements may vary between institutions, fundamental criteria such as transcripts and bachelor’s degrees remain consistent across universities. Some of the common admission requirements for online aerospace engineering master’s are:
- Application form with the required fee
- All previous academic transcripts
- Bachelor’s degree from an accredited institution
- Grade point average of 3.0 or more (some institutions accept a lower score)
- Statement of purpose of around 500-1000 words highlighting the reason for applying to the program
- 2-3 reference letters, out of which at least one should be an academic reference
- Resume
- Graduate record examination or GRE scores
No GRE Online Aerospace Engineering Master’s Programs
The GRE, Graduate Record Examination, is a standardized test often required for admission to graduate programs. Colleges may waive the GRE requirement for students with high GPAs or those applying to accelerated programs to attract more applicants. Some institutions prioritize holistic evaluations, focusing on experience and skills rather than GRE scores. Here are a few colleges that offer an online aerospace engineering master’s no GRE:
How to Ensure an Online Aerospace Engineering Master’s Program Is Accredited
Accreditation is a quality assessment process that helps regulate the education quality institutions provide. The specific program or degrees could have their programmatic and institutional accreditation. To determine if an online master’s aerospace engineering program has sufficient accreditation, individuals should verify if it adheres to the Council for Higher Education Accreditation 7 guidelines. They could also verify if the accrediting agency is listed under the Database of Accredited Postsecondary Institutions and Programs 8, regulated by the U.S. Department of Education. Some aerospace engineering master’s programs are accredited by regional organizations, such as:
- New England Commission of Higher Education (NECHE)
- Middle States Commission on Higher Education (MSCHE)
- Higher Learning Commission (HLC)
- Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
- Northwest Commission on Colleges and Universities (NWCCU)
- Western Association of Schools and Colleges (WASC) Senior College and University Commission (WSCUC)
The Accreditation Board For Engineering And Technology 9 generally sets accreditation standards for specific programs like the Master’s in Aerospace Engineering program. The Engineering Accreditation Commission typically accredits the engineering degree at the graduate level.
To understand more about accreditation, read the guide to college accreditation.
Where to Find Free Online Courses for Aerospace Engineering Master’s Students
Free courses offer students valuable opportunities to explore diverse subjects, enhance skills, and expand knowledge without financial burden. They provide flexibility and accessibility, allowing learners to study at their own pace and convenience. However, it’s important to note that while these courses offer educational benefits, they may not always come with accreditation or official recognition. Here are a few examples of free aerospace engineering courses:
| Course | Description | Provided by |
|---|---|---|
| Fundamentals of Flight Mechanics10 | In this course, students learn about concepts like kinetic energy, potential energy, and more and how they apply these concepts to understand the workings of planes, flying, or flight mechanics. It is especially beneficial for those training to be aerospace engineers, senior pilots, and other professionals in the aeronautics domain. | Coursera |
| Introduction to Aircraft Design11 | This free course explores the fundamental procedures and mechanisms of aircraft design. Exploring principles of aerospace science and engineering, it covers aircraft layout, configuration, component specifications, airworthiness regulations, and other crucial technical aspects, providing a comprehensive foundation in aircraft design. | Alison |
| The Conquest of Space: Space Exploration and Rocket Science12 | This course explores the current trends in space exploration that have been explored recently and can arise in future projects. It includes critical aspects of the space environment and space systems. Students learn about the fundamentals of aerospace engineering, including how rockets work and move in space. | edx |
Ways to Pay for an Online Aerospace Engineering Master’s Program
Students may find themselves burdened by the escalating costs of pursuing a degree in aerospace engineering. The average tuition for a master’s program in this field continues to rise annually in the United States. Students would need to understand the different options to pay for college. Students must explore various avenues to finance their education, including grants, scholarships, and both federal and private loans. Online aerospace engineering master’s students can conside the following financial aid options:
Scholarships
Scholarships are financial awards granted to students based on academic achievement, merit, talent, or other criteria. They help cover educational expenses and do not require repayment, making them valuable resources for students seeking to fund their education.
Grants
Grants are financial awards from individuals or organizations for specific purposes, such as education, research, or community development. Unlike loans, grants do not require repayment, making them valuable resources for funding various projects and initiatives. They are typically awarded based on merit, need, or specific criteria set by the grantor.
Federal Work-Study
This option is given to those who want to work part-time while still in school. Both full-time and part-time students can avail of it. It is also managed by colleges that are part of the program of Federal Work Study.
Private student loans
Private student loans provide financial assistance for education-related expenses beyond what federal loans cover. Offered by banks, credit unions, and other private lenders, they often require a credit check and may have higher interest rates than federal loans.
FAFSA
The Free Application for Federal Student Aid or FAFSA is an application that candidates and their parents fill out to understand what type of federal aid they will qualify for. This includes information like investments, personal income, savings, and more.
Federal Direct Loans
These are low-interest loans for which students who are pursuing their master’s degree can apply. Applicants will not need to prove any financial need for such loans. Applicants can pay the interest on these loans since the disbursement of the loans.
Scholarships for Online Aerospace Engineering Master’s Degree Students
Online aerospace engineering master’s degree students can access various scholarship opportunities. These scholarships alleviate financial burdens, supporting students’ academic pursuits. Eligibility criteria often consider academic merit, financial need, and specific program requirements. Scholarships empower students to focus on their studies and excel in their chosen fields. Here are a few online aerospace engineering master’s scholarships:
| Scholarship | Description | Award/Amount | Application Deadline |
|---|---|---|---|
| Vertical Flight Foundation Scholarships13 | This scholarship is awarded solely on merit and is open to full-time students attending accredited engineering colleges. The scholarship applicant should demonstrate their interest in pursuing engineering and related careers in vertical flight technology. | $1000-$6000 | Feb annually |
| Virginia Space Grant Consortium14 | The Virginia Space Grant Consortium Graduate Research STEM program provides fellowships to graduates who enhance and supplement fundamental research support. Applicants must be enrolled in a full-time science, engineering, technology, or math program and display interest in NASA-related projects or research relevant to aerospace. | $6000 | February annually |
Career Opportunities and Salaries After Graduating with an Online Aerospace Engineering Master’s
After graduating with a master’s in aerospace engineering, career opportunities abound in various sectors. Salaries vary based on industry, location, and experience. Graduates can explore roles in research, development, and consultancy, with potential for high earning potential and career advancement in the dynamic aerospace industry. Here are a few career opportunities for graduates who have completed an online master’s in aerospace engineering program:
- Engineering Consultant
- Engineering Department Supervisor
- Head of Research and Development
- Head or Senior Project Engineer
- Lead Aerospace Engineer
- Associate Research Engineer
- Advanced Manufacturing Engineer
A few other job roles are expanded below:
| Occupation | Skills Required | Median Annual Salary | Job Growth (up to 2031) | Job Description |
|---|---|---|---|---|
| Aerospace Engineers[1] | Analytical, business, critical-thinking, math, problem-solving, and writing skills | $126,880 | 6% (faster than average) | Aerospace engineers assess project proposals to determine if they are financially and technically feasible. They should choose the proposed projects resulting in safe operations meeting specific goals and evaluate different designs to see if products meet customer requirements, environmental regulations, and engineering principles. |
| Aircraft and Avionics Equipment Mechanics and Technicians15 | Detail-oriented, agility, strength, and observational skills | $70,740 | 4% (as fast as average) | Aircraft mechanics and avionics technicians typically test electronic instruments, oscilloscopes, voltmeters, circuit testers, etc. They also diagnose electrical or mechanical problems, keep maintenance work records, and replace malfunctioning components. |
| Aeronautical Engineering Director16 | Critical thinking, interpersonal, resourcefulness, speaking, writing, and more skills. | $215,828 | No Data Available | The Aeronautical Engineering Director leads aircraft and helicopter part design and propulsion system development, emphasizing aerodynamic efficiency and safety. They institute protocols for workflow improvement and regulatory compliance. Remaining updated on technology, they drive innovation to refine aeronautical product designs and ensure competitiveness in the industry. |
| Mechanical Engineers17 | Creativity, listening, math, problem-solving, and mechanical skills | $96,310 | 10% (much faster than average) | Mechanical Engineers design or redesign thermal and mechanical subsystems or devices using computer-aided design and analysis. Professionals also investigate equipment difficulties or failures to diagnose faulty operations and commend remedies. |
Certifications and Licensing for Online Aerospace Engineering Master’s Graduates
Professional certifications demonstrate an individual’s competency for a specific skill to their employer. Generally, individuals receive certification stating that they have the requisite training, preparation, and education to meet a unique set of criteria demanded of a professional employee. Graduates of aerospace engineering master’s programs online can take up the following certifications:
Certified Professional in Aerospace Quality (CPAQ) 18
The CPAQ certification assures employers that the individuals they hire meet rigorous standards in aerospace quality management. This certification requires candidates to pass an examination of 150 multiple-choice questions covering auditing, inspection, reliability engineering, corrective action, and quality systems.
IRCA Aerospace Certification Scheme19
The certification helps individuals demonstrate competence and knowledge in aerospace requirements. They can become aware of regulatory, legal, aerospace, airworthiness, and more specific requirements. Individuals availing of this certification also learn about variation management of key characteristics, usage of customer-supplied products, airworthiness, safety requirements, etc.
A Certified Flight Test Engineer (CFTE) 20
The CFTE certifies Individuals who have completed their approved course in flight engineering test or have related experience. They must also pass a written examination covering instrumentation, flight dynamics, operational safety, aircraft performance, and more. Individuals also need to pass a practical exam testing their ability to execute and devise effective and safe flight tests.
Aerospace engineers can acquire professional engineering licenses through their specific state licensure bodies[24]. They typically require a passing score on the fundamentals of engineering examination, relevant professional experience, a passing score on the professional engineering exam, and a passing score on the fundamental engineering exam.
Additional Resources for Online Aerospace Engineering Master’s Graduates
There are many organizations that those pursuing a master’s degree in aerospace engineering online can join to access many resources related to their domain of study. Such resources increase individuals’ understanding of the subject and may help in selecting their specializations or professional fields of specialty. Here are a few resources to get started:
| Title/Resource | Description |
|---|---|
| American Institute of Aeronautics and Astronautics | American Institute of Aeronautics and Astronautics provides opportunities for growth and access to a global network of fellow scientists, engineers, and more. They provide leadership, networking, and other professional opportunities essential to individuals’ professional and academic growth. |
| Aerospace Industries Association | The AIA provides resources on defense and aerospace news, publications, and events according to the current industry sector and the challenges important in the field. Their members often advocate for different policies and investments, building the capacity to innovate and enhance economic growth. |
| International Astronautical Federation | The International Astronautical Federation encourages the development of the astronautics profession to support the dissemination of technical and scientific information and other purposes related to space. They also provide specialized recommendations and advice, partnering across different organizations. |
| The Vertical Flight Society | The Vertical Flight Society provides opportunities to educate, engage, and motivate students and educators to apply knowledge and gain interest in different topics related to vertical flight technology. They provide around two dozen scholarships of around $100,000 to those pursuing engineering-related careers. |
| IEEE Aerospace and Electronic Systems Society | AESS contributes to developing a global technical community and makes outstanding contributions to electronics and aerospace systems. They conduct conferences on aerospace, integrated communication, surveillance, radar, information fusion, etc. |
FAQs About Online Aerospace Engineering Master’s Programs
Why should you do a master’s in aerospace engineering degree online?
Many colleges across the U.S. provide master’s in aerospace engineering degrees online. Online programs are very flexible and provide similar coursework as the traditional program. Such degrees can cost less and are preferred by those with other priorities, including housework, work, and other responsibilities.
Is a master’s in Aerospace Engineering worth it?
What can graduates do after a master’s in Aerospace Engineering?
Is a master’s in Aerospace Engineering hard?
Are Aerospace Engineering professionals in demand?
How is aerospace engineering different from aeronautical engineering?
Citations:
U.S. Bureau of Labor Statistics: Occupational Outlook for Aerospace Engineers
North Carolina State University
Rutgers School of Graduate Studies
Embry-Riddle Aeronautical University
Council for Higher Education Accreditation
Database of Accredited Postsecondary Institutions and Programs
Accreditation Board for Engineering and Technology
Coursera-Fundamentals of Flight Mechanics
Alison- Introduction to Aircraft Design
edX- The Conquest of Space: Space Exploration and Rocket Science
Vertical Flight Foundation Scholarships
Virginia Space Grant Consortium
Salary.com- Aeronautical Engineering Director
U.S. Bureau of Labor Statistics: Occupational Outlook for Mechanical Engineers
Certified Professional in Aerospace Quality (CPAQ)
Disclaimer:
The average tuition (based on degree type for in-state students), average graduation rates, and rankings are based on data from various sources, including the Integrated Postsecondary Education Data System (IPEDS), and are variable over time. All rankings and statistics are subject to change. The rankings are solely the opinion of Find Best Degrees (FBD) and are based on our proprietary methodology. They do not represent the views of the institutions or organizations mentioned, nor do they represent any official government census or survey. Furthermore, any views or opinions expressed on this page are of FBD’s researchers and teams. Unless otherwise specified, they do not represent the thoughts and opinions of the individuals, institutions, or organizations mentioned. This page’s content is provided solely for informational purposes, with data drawn from various sources, including IPEDS. FBD and its employees make no guarantees regarding the accuracy or completeness of any information found on this page or by following any link. FBD will not be held liable for any errors or omissions in this material nor any losses, injuries, or damages resulting from the exposure or use of this information. Although the information on this page is/was correct at the time of publication, readers should exercise caution because some or all of the provided information may have changed over time, potentially resulting in inaccuracies. For more information, please read our Terms of Service. Trademarks and logos are the property of their registered owners.