Most Affordable Online Aerospace Engineering Degree Programs for 2025

Co-Founder and Chief Data Scientist

Educational institutions and industry stakeholders are implementing targeted solutions for the challenges faced by aspiring aerospace engineers. Online aerospace engineering programs are evolving to incorporate practical, industry-relevant skills, often developed in collaboration with aerospace firms. Furthermore, initiatives are underway to enhance diversity within the field, addressing the current gender disparity where only 18% of aerospace engineers are women.

For those considering a career in aerospace engineering or seeking to understand the evolving educational landscape, this article offers valuable insights. Continue reading to explore how online programs are transforming the field and preparing the next generation of aerospace professionals.

What are the benefits of getting an online aerospace engineering degree?

Graduates can pursue roles such as aerospace engineer, systems engineer, propulsion engineer, flight test engineer, or spacecraft designer in sectors like defense, commercial aviation, or space exploration.
2025 data suggests that the median annual wage for aerospace engineers was $128,540, well above the national average for all occupations.
Online learning removes geographic barriers, giving access to top programs without needing to move.

What can I expect from an affordable online aerospace engineering degree?

An affordable online aerospace engineering degree typically covers essential subjects like aerodynamics, propulsion, fluid dynamics, structures, and control systems. Students also learn computer-aided design (CAD), MATLAB simulations, and modeling tools widely used in the industry.

You can expect a flexible learning experience that accommodates both full-time students and working professionals. Most affordable online programs are asynchronous, meaning you can complete coursework on your own schedule. Some may offer virtual labs or remote access to campus facilities. Programs often include hands-on projects, capstone design courses, and internships coordinated with local aerospace companies or through remote arrangements. While some online degrees are fully remote, others may require occasional campus visits or in-person testing.

Finally, affordable online aerospace engineering degrees often prioritize career readiness. Many institutions collaborate with industry partners to align their curriculum with workforce needs, ensuring graduates are well-prepared for roles in aircraft design, spacecraft systems, and defense engineering. Some programs offer career services, alumni mentorship, and access to job boards specifically for STEM graduates. This support helps students enter a growing field that the Bureau of Labor Statistics projects will add over 3,800 aerospace engineering jobs by 2033.

Where can I work with an affordable online aerospace engineering degree?

With an affordable online aerospace engineering degree, you can work in a wide range of industries that demand technical expertise in flight systems, propulsion, and structural design. Most commonly, graduates find employment with major aerospace companies such as Boeing, Lockheed Martin, Northrop Grumman, and SpaceX. These firms hire engineers to design, test, and manufacture aircraft, spacecraft, missiles, and satellites. Government agencies like NASA and the U.S. Department of Defense also employ aerospace engineers to support national space initiatives and military programs.

Beyond traditional aerospace firms, degree holders are also sought after in industries like automotive engineering, energy, and telecommunications. Many engineers work for consulting firms, research laboratories, or private contractors, helping clients develop or test high-performance systems. The skills gained from an aerospace engineering program—such as fluid dynamics, thermodynamics, and control systems—are highly transferable to fields like mechanical engineering, systems engineering, and robotics.

Graduates may also pursue careers in academia, regulatory agencies, or policy organizations. For example, the Federal Aviation Administration (FAA) and the National Transportation Safety Board (NTSB) hire engineers to analyze air traffic systems, ensure safety compliance, and investigate technical failures. With experience and additional certification, aerospace engineers can move into leadership, project management, or advanced research roles, shaping the future of aviation and space technology.

How much I can make with an affordable online aerospace engineering degree?

Aerospace engineers can earn a competitive salary that rivals that of graduates from traditional programs. Based on the 2025 figures from the U.S. Bureau of Labor Statistics (BLS), aerospace engineers earned a median annual salary of $128,540 in 2023, with the top 10% making over $170,000. Entry-level positions typically start around $75,000–$85,000, depending on your location, employer, and prior experience.

Salaries can also vary based on industry and specialization. Engineers working in the federal government or defense manufacturing often earn higher-than-average wages, while those in research and development or commercial aviation also report strong income levels. Over time, your earnings can increase substantially with experience, certifications, or a graduate degree. Choosing an affordable online program means you can enter this high-paying field with less student debt, giving you a better return on investment as your career progresses.

List of Most Affordable Online Aerospace Engineering Degree Programs for 2025
How long does it take to complete an aerospace engineering program?
How does an online aerospace engineering compare to an on-campus program?
What is the average cost of an aerospace engineering program?
What are the financial aid options for students enrolling in an aerospace engineering program?
What are the prerequisites for enrolling in an aerospace engineering program?
What courses are typically in an aerospace engineering program?
What types of specializations are available in aerospace engineering programs?
How to choose the best aerospace engineering program?
What career paths are available for graduates of aerospace engineering programs?
What is the job market for graduates with an aerospace engineering degree?
Are online aerospace engineering programs accredited and industry-validated?
How do online aerospace engineering programs integrate emerging interdisciplinary technologies?
Can advanced computer science skills boost aerospace engineering innovation?
Other Things You Should Know About Online Aerospace Engineering Degrees

List of Most Affordable Online Aerospace Engineering Degree Programs for 2025

How do we rank schools?

We recognize that a college degree is a significant investment; therefore, we have created this ranking to provide students with access to the most affordable online aerospace engineering programs, based on comprehensive, transparent data. Our research methodology relied on trusted sources, including the IPEDS database, Peterson’s database (which includes their Distance Learning Licensed Data Set), the College Scorecard database, and the National Center for Education Statistics.

1. University of Alabama Online MS in Aerospace Engineering

This fully online master’s program at UA is designed for working professionals and offers both thesis and non‑thesis tracks. The program has been offered for over 20 years, and degrees awarded mirror the on-campus equivalent. It includes live, in-person proctoring for exams.

Cost Per Credit: $440 per credit
Credits Required to Graduate: 30 credits
Program Length: 2-3 years

2. Mississippi State University Online MS in Aerospace Engineering

Mississippi State offers a robust MS with both thesis and non‑thesis options grounded in long-standing faculty The curriculum focuses on fluid dynamics, structural mechanics, controls, propulsion, and autonomous systems. Graduate students have access to on‑campus facilities and support while all instruction is delivered fully online.

Cost Per Credit: $558.50 per credit + $25 support fee
Credits Required to Graduate: 30 credits
Program Length: 2 years

3. Missouri University of Science & Technology Online MS in Aerospace Engineering

Missouri University of Science & Technology offers a fully online MS in Aerospace Engineering with both thesis and non‑thesis options. The program covers aerodynamics, propulsion, controls, dynamics, and materials, with at least 24 credit hours from the MAE department. It is delivered 100% online via asynchronous courses, allowing completion in about one to two courses per semester.

Cost Per Credit: No information available
Credits Required to Graduate: 30 credits
Program Length: -3 years

4. University of Missouri Online MS in Mechanical Aerospace Engineering

Mizzou’s online MS blends mechanical and aerospace topics, offering a 100% online format tailored for professionals. The ABET‑accredited program emphasizes dynamics and control, thermal/fluids, materials and solids, and design/manufacturing. Faculty members are active in research and guide students toward advanced technical leadership roles.

Cost Per Credit: $682.50 (for 30 credits)
Credits Required to Graduate: 30 credits
Program Length: 3 years

5. Embry-Riddle Aeronautical University – Worldwide Campus Online MS in Aerospace Engineering

Embry-Riddle Aeronautical University – Worldwide Campus offers online MS and BS programs in aerospace engineering with full ABET accreditation. Known as the "Harvard of the skies," ERAU maintains high educational quality with extensive online support and optional in-person components. The MS program reflects Daytona Beach campus standards, and coursework is self-paced with weekly modules to accommodate working professionals.

Cost Per Credit: $1,400
Online Aerospace Engineering Programs: 30 credits
Program Length: 2 years

6. University of Florida Online MS in Aerospace Engineering

UF’s online MS in Aerospace Engineering is designed for engineers with non‑aerospace backgrounds, offering core coursework in dynamics, fluids, and control systems. The program balances rigorous technical instruction with flexibility suited to working professionals. Students report manageable workloads and a reputable industry standing upon completion.

Cost Per Credit: approximately $1,000
Online Aerospace Engineering Programs: 30 credits
Program Length: 2 years

7. American Public University System Bachelor of Science in Space Studies

American Public University System delivers a fully online Bachelor of Science in Space Studies covering astronomy, planetary science, and spacecraft operations. The program includes virtual labs, telescope-based research, and opportunities to join analog astronaut missions. Graduates gain skills applicable to industries like aerospace, research, and defense.

Cost Per Credit: $265 per quarter-credit (approximately $795 per semester-credit)
Credits Required to Graduate: 120 credits
Program Length: 4 years

8. Capitol Technology University Bachelor’s in Astronautical and Space Engineering

Capitol Technology University’s ABET-accredited Bachelor’s in Astronautical and Space Engineering prepares students in spacecraft design, operations, and orbital dynamics through hands-on labs and proximity to NASA Goddard. Undergraduates participate in virtual satellite control, high-altitude balloon builds, student-led suborbital payloads, and 3D printing projects. The curriculum spans engineering, computer science, and sciences, supporting mission-oriented careers.

Tuition: $13,175 per semester (full-time, undergraduate)
Credits Required to Graduate: 120 credits
Program Length: 4 years

9. Old Dominion University Master of Science/Master of Engineering in Aerospace Engineering

Old Dominion University offers fully online Master of Science and Master of Engineering in Aerospace Engineering, with thesis (MS) or comprehensive exam (ME) options. The ODU engineering department has close partnerships with NASA Langley, Air Force Research Lab, and industry, supporting applied research and projects. Graduates are prepared for careers in aircraft, spacecraft, UAV systems, or continued doctoral study.

Cost Per Credit: $620 per credit (in-state); $642 per credit (out-of-state)
Credits Required to Graduate: 30 credits
Program Length: 2-3 years

10. University of Kansas MS in Aerospace Engineering

The University of Kansas offers a fully online MS (thesis or project) and ME (non-thesis) in Aerospace Engineering through Jayhawk Global. The program prepares students in aircraft/spacecraft systems, structures, propulsion, and management. The total cost applies equally to in-state and out-of-state students.

Cost Per Credit: $795
Credits Required to Graduate: 30 credits
Program Length: 2 years

11. Auburn University MS in Aerospace Engineering

Auburn University offers a fully online MS in Aerospace Engineering with no thesis option for distance learners. The curriculum includes orbital mechanics, propulsion, structural dynamics, supersonic aerodynamics, and legal aspects of engineering. Delivered through ten-week terms, with courses via streaming video and self-paced study, online students earn the same degrees as on-campus peers.

Cost Per Credit: $949
Credits Required to Graduate: 30 credits
Program Length: 2 years

12. Colorado State University MS in Aerospace Engineering

Colorado State University offers a fully online MS in Aerospace Engineering, taught asynchronously by on-campus faculty. The program allows specialization in propulsion, fluid mechanics, laser diagnostics, and orbital mechanics. CSU also offers an optional 9-credit Aerospace Graduate Certificate, which may be applied toward the MS degree later.

Cost Per Credit: $650 per credit (est.)
Credits Required to Graduate: 30 credits
Program Length: 2-3 years

13. University of Central Florida MS in Aerospace Engineering

University of Central Florida’s fully online MSAE is a flexible master’s program offering thesis and non‑thesis options across three specialized tracks: Space Systems Design, Thermofluid Aerodynamics, and Guidance & Control. The program is designed to meet engineering licensure requirements and serve as a gateway to defense, commercial space, or advanced research careers. UCF is a leading producer of aerospace engineering talent, with graduates often employed by NASA, Boeing, Lockheed Martin, and SpaceX.

Cost Per Credit: $369.65 per credit (in-state); $1,194.05 per credit (out-of-state)
Credits Required to Graduate: 30 credits
Program Length: 2 years

15. University of Washington – Seattle Master of Aerospace Engineering

University of Washington – Seattle offers a professional Master of Aerospace Engineering (MAE), with live evening classes once per week and similar online engagement via live webcast or recorded sessions. The multidisciplinary curriculum allows students to specialize in areas like Controls, Fluids, Structures, or Composites, making it highly customizable. The non‑thesis, coursework‑only format blends academic theory with practical industry insights from faculty and professionals.

Cost Per Credit: $337.93 per credit for 45 credits
Credits Required to Graduate: 45 credits
Program Length: 3 years part‑time

How long does it take to complete an online aerospace engineering program?

An online aerospace engineering bachelor’s degree takes about four years to complete for full-time students, covering around 120–130 credit hours. Nevertheless, part-time learners or those with transfer credits may finish sooner or extend their studies over five to six years. Some programs offer accelerated tracks, like 2 year Ed.D. programs online, which can be completed in as fast as 24 months.

Program length depends on factors like course load, prior college experience, and whether the institution follows a semester or quarter system.

How does an online aerospace engineering compare to an on-campus program?

Online aerospace engineering programs offer comparable academic quality to on-campus programs, especially when accredited by ABET. The main differences lie in learning format, access to facilities, and student interaction.

Curriculum and Accreditation: Online and on-campus programs follow the same curriculum and are accredited by the same bodies for consistent academic standards. Both prepare students for the same career paths and licensure opportunities.
Flexibility and Scheduling: Online degree programs for seniors offer greater flexibility with asynchronous coursework, ideal for working students. On-campus programs follow fixed schedules and require in-person attendance.
Hands-On Learning and Labs: On-campus students benefit from direct access to engineering labs, wind tunnels, and research equipment. Online learners may complete virtual labs or attend occasional on-site residencies to meet practical requirements.
Interaction and Networking: Campus-based programs offer more opportunities for face-to-face collaboration, clubs, and networking events. Online students may rely on discussion boards, video calls, and virtual group projects to build connections.

What is the average cost of an aerospace engineering program?

The following figures underscore the importance of considering both tuition and living expenses when evaluating the total cost of an aerospace engineering program. Additionally, online programs can offer significant savings, especially for students who can manage the self-discipline required for remote learning.

Undergraduate Programs

In-State Public Universities: The average annual tuition and fees for in-state students at public universities offering aerospace engineering programs are approximately $13,713. Including living expenses, the total cost of attendance averages around $46,210 per year.
Out-of-State Public Universities: For out-of-state students, the average annual tuition and fees increase to about $46,210, with total annual costs reaching approximately $66,207 when factoring in living expenses.
Private Universities: Private institutions tend to have higher tuition rates, with average annual tuition and fees around $50,664, and total costs averaging $70,153 per year.

Graduate Programs

In-State Public Universities: Graduate tuition and fees at in-state public universities offering aerospace engineering programs average $16,292 annually. Including living expenses, the total annual cost is approximately $39,875.
Out-of-State Public Universities: For out-of-state graduate students, tuition and fees average $39,875, with total annual costs reaching around $59,750 when including living expenses.
Private Universities: Graduate programs at private institutions can be more expensive, with average annual tuition and fees around $44,364, and total costs averaging $64,000 per year.

What are the financial aid options for students enrolling in an aerospace engineering program?

Students enrolling in an aerospace engineering program have access to various financial aid options to help manage the cost of their education. These include scholarships, grants, loans, and work-study opportunities specifically tailored to engineering students.

AIAA Foundation Undergraduate Scholarship: This scholarship supports undergraduate students pursuing degrees in aerospace engineering or related fields, helping cover tuition and educational expenses. Applicants must be members of AIAA and demonstrate academic achievement and leadership.
Brooke Owens Fellowship: Designed to empower women in aerospace, this fellowship provides paid internships, mentorship, and networking opportunities in the aerospace industry. It aims to increase diversity and inclusion within the field.
National Space Club Scholars Program: This scholarship is awarded to students who demonstrate excellence in aerospace-related studies and a commitment to the space industry. It includes networking opportunities and access to industry leaders.
The American Society of Mechanical Engineers (ASME) Aerospace Scholarship: ASME provides scholarships to students in aerospace engineering disciplines, encouraging innovation and excellence in the mechanical and aerospace fields. Applicants are evaluated on academic performance and extracurricular involvement.

What are the prerequisites for enrolling in an aerospace engineering program?

Before enrolling in an aerospace engineering program, students must meet certain academic prerequisites to ensure they have the foundational knowledge needed for success. These requirements typically focus on strong skills in math and science.

High school coursework: Students should have completed advanced courses in mathematics (including calculus and algebra), physics, and chemistry. Those who took affordable physics degree online programs are also welcome to enroll.
Standardized tests and GPA: Many programs require competitive SAT or ACT scores and a minimum GPA, often around 3.0 or higher. Some schools may also consider AP exam scores in related subjects to grant advanced placement.

Computer skills: Basic proficiency in computer programming or familiarity with software like MATLAB, CAD, or Python is often recommended or required. Individuals with experience, even in the cheapest online IT training bootcamps, are also equipped to handle simulations and design projects throughout the program.
Letters of recommendation: Some programs request letters from teachers or mentors who can attest to the student’s academic abilities and interest in engineering. Strong recommendations can strengthen an application by highlighting dedication and potential.

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What courses are typically in an aerospace engineering program?

Aerospace engineering programs teach foundational engineering courses and subjects focused on flight, propulsion, and space systems. These courses build the technical and analytical skills needed to design and test aircraft and spacecraft.

Aerodynamics: This course examines how air flows around objects, focusing on lift, drag, and airfoil performance. Students learn how aerodynamic forces impact aircraft design and efficiency.
Propulsion Systems: Students explore the principles behind jet engines, rockets, and other propulsion technologies. Topics include thermodynamics, combustion, and propulsion system design.
Flight Dynamics and Control: This course teaches how to model, analyze, and control the motion of aircraft and spacecraft. It covers stability, guidance systems, and control algorithms.
Structures and Materials: Focused on analyzing the strength and behavior of aerospace materials and components under stress. Students study fatigue, failure, and the selection of lightweight, durable materials.
Spacecraft Systems Design: This class covers satellite architecture, orbital mechanics, and power systems for space missions. Projects often involve designing and simulating small spacecraft or subsystems.

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What types of specializations are available in aerospace engineering programs?

The best value online applied sciences programs offer specialized tracks that provide deeper knowledge in advanced topics and are commonly available at both undergraduate and graduate levels. Here are the most common ones:

Aerodynamics: This specialization focuses on the behavior of air over surfaces and how it affects flight performance. Students explore fluid mechanics, wind tunnel testing, and high-speed flow dynamics.
Propulsion: Propulsion tracks emphasize the design and operation of engines and power systems for aircraft and spacecraft. Coursework covers jet propulsion, rocket engines, and fuel efficiency.
Structures and Materials: This area deals with the strength, durability, and lightweight properties of aerospace components. Students study advanced composites, fatigue analysis, and structural integrity.
Avionics and Control Systems: Students learn about the electronic systems that control navigation, communication, and onboard diagnostics. The focus is on sensors, embedded systems, and automation.
Space Systems Engineering: This specialization centers on spacecraft design, satellite systems, and orbital mechanics. It prepares students for careers in space exploration and satellite technology.

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How to choose the best aerospace engineering program?

A strong program should offer the right balance of quality, affordability, and specialization opportunities. Choose your program based on these factors:

Accreditation and Reputation: The program must be ABET-accredited, which guarantees it meets industry standards. Research the school’s ranking, faculty expertise, and employer recognition in aerospace engineering.
Curriculum and Specializations: Look for a curriculum that includes both core aerospace subjects and electives in your area of interest. Programs offering tracks like propulsion, space systems, or UAS provide valuable customization.
Facilities and Research Opportunities: Consider if the program gives access to labs, wind tunnels, or student design teams. Schools with strong research partnerships or NASA/DoD-funded projects provide hands-on experience.
Internships and Career Placement: Review internship opportunities, co-op programs, and graduate employment rates. Programs with industry connections can help you secure a job more easily after graduation.

What career paths are available for graduates of aerospace engineering programs?

Aerospace engineering skills are in demand across industries involving aircraft, spacecraft, defense systems, and cutting-edge technologies. Some of its top career paths include:

Aerospace Engineers: Design, test, and improve aircraft, missiles, and spacecraft for companies like Boeing, Lockheed Martin, or NASA. This role often involves working on flight mechanics, propulsion systems, or structural design.
Systems Engineers: Manage and integrate complex aerospace systems, ensuring all components work together efficiently. Systems engineers often coordinate between mechanical, electrical, and software teams.
Flight Test Engineers: Oversee the planning and execution of aircraft or spacecraft test flights. This job analyzes performance data to verify safety and design effectiveness.
Propulsion Engineers: Develop engines and power systems for aircraft, rockets, or satellites. This role includes researching fuel efficiency, thrust systems, and engine components.
Avionics Engineers: Specialize in the electronic systems used in navigation, communication, and flight control. Avionics engineers design and troubleshoot embedded systems and onboard sensors.

Aerospace engineers can land jobs at these prestigious aerospace and defense companies:

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What is the job market for graduates with an aerospace engineering degree?

Per a recent employment data, there's a 6% growth in aerospace engineering employment from 2023 to 2033, surpassing the average growth rate for all occupations. Advancements in commercial aviation, defense, and the burgeoning space industry fuel this growth.

The increasing need for satellite-based services, autonomous flight systems, and environmentally sustainable aircraft has also expanded career opportunities beyond traditional roles. Aerospace engineers are in demand internationally as well, especially in countries with growing aviation or space industries.

Competition for jobs can be strong, particularly at prestigious organizations, but students who gain hands-on experience through internships, co-ops, or research projects during their degree are typically more competitive. Those with a master’s degree, online dual master degree programs, or a specialization in areas like propulsion, avionics, or unmanned systems may also have an edge. With the right training and credentials, aerospace engineering graduates are well-positioned for a rewarding and future-focused career.

Are online aerospace engineering programs accredited and industry-validated?

Quality assurance is central to online aerospace engineering programs. Accreditation by recognized bodies, such as ABET, and robust industry partnerships work together to ensure that curricula adhere to stringent academic, technical, and safety standards. External audits and advisory panels featuring industry experts further validate the education provided, ensuring that advanced interdisciplinary skills are both current and applicable to real-world challenges. This integrated approach parallels quality benchmarks in related technical fields, as seen in a cheap online software engineering degree.

Here’s what graduates have to say about their online aerospace engineering degrees

“Studying aerospace engineering online allowed me to keep my full-time job while earning a respected degree. I was surprised by how interactive the virtual labs were and how quickly I could apply what I learned to real-world projects. It felt empowering to balance both work and school on my own terms.” — James

“I was initially nervous about learning such a technical field online, but the structured content and responsive professors made all the difference. I gained the same engineering skills as my peers on campus, and I even landed a remote internship with a satellite startup before graduating.” — Ahmed

“The flexibility of an online aerospace engineering program meant I could study from anywhere—even during travel for my Air Force duties. It was challenging but deeply rewarding, especially knowing I didn’t have to pause my career to follow my passion for space systems.” — Milton

How do online aerospace engineering programs integrate emerging interdisciplinary technologies?

Online aerospace engineering programs are progressively aligning their curricula with breakthroughs in data analytics, simulation technologies, and digital design. Several institutions are incorporating cross-disciplinary modules—ranging from machine learning applications in flight dynamics to advanced computational modeling—to provide a comprehensive skill set that meets modern industry demands. These efforts enable students to engage with emerging tools and methodologies that enhance system performance and innovation.

Programs are increasingly recognized for bridging traditional aerospace studies with complementary fields to address complex challenges. For example, some courses integrate principles from emerging areas, similar to those found in a bioinformatics degree online, which emphasize data-driven decision making and predictive modeling. This interdisciplinary approach ensures graduates are well-equipped to drive advancements and remain competitive in a rapidly evolving technological landscape.

Can advanced computer science skills boost aerospace engineering innovation?

Integrating computer science techniques such as machine learning, artificial intelligence, and data analytics can significantly enhance aerospace engineering outcomes. By leveraging high-level computational tools and simulation software, aerospace professionals can improve design efficiency, optimize performance parameters, and predict maintenance needs with greater accuracy. Graduates who complement their engineering expertise with skills gained from an accelerated computer science degree online are better positioned to lead multidisciplinary projects and drive technological advancements in aerospace industries.

Key Findings

In-state students at public universities enrolled in aerospace engineering programs pay approximately $13,713.
Computer proficiency or familiarity is often recommended or required in aerospace engineering programs.
Record from 2024 shows that there were 2,940 satellites launched.
According to Statista, the U.S. is the biggest space economy investor.
The BLS sees a 6% job growth for aerospace engineering over the next 10 years.

Other Things You Should Know About Online Aerospace Engineering Degrees

What technology or software do I need for online engineering classes?

For online engineering classes, students typically need a reliable computer with high-speed internet, a webcam, and a headset or microphone for video conferencing. Most programs require access to engineering-specific software such as MATLAB, SolidWorks, AutoCAD, or ANSYS, which may be provided through student licenses or cloud-based platforms. A learning management system (LMS) like Canvas or Blackboard is used to access lectures, submit assignments, and interact with instructors. Some courses may also use virtual labs or simulation tools, so having sufficient RAM (at least 16GB) and a capable graphics card can enhance performance.

Which degree is best for aerospace engineering?

The best degree for a career in aerospace engineering is a Bachelor of Science in Aerospace Engineering, as it provides the core knowledge and technical skills needed for entry-level roles in the field. This degree covers subjects like aerodynamics, propulsion, flight mechanics, and materials science, preparing students for jobs in aircraft, spacecraft, and defense systems. For advanced positions in research, leadership, or specialized areas like astronautics or propulsion systems, a Master’s in Aerospace Engineering may be more suitable. Students interested in interdisciplinary roles might also consider degrees in mechanical engineering with an aerospace concentration.

Does NASA accept aerospace engineering?

Yes, NASA actively hires graduates with aerospace engineering degrees for a wide range of roles involving spacecraft design, propulsion systems, mission planning, and flight testing. Aerospace engineers at NASA work on projects related to space exploration, satellite deployment, aeronautics research, and advanced robotics. Candidates with bachelor’s degrees can qualify for entry-level positions, while those with master’s or doctoral degrees are often considered for research and leadership roles. Experience through internships, co-ops, or work with NASA contractors can significantly improve job prospects.

How hard is aerospace engineering?

Aerospace engineering is considered a challenging field due to its heavy focus on advanced math, physics, and complex problem-solving. Students must master topics like fluid dynamics, thermodynamics, structural analysis, and computer modeling, which require strong analytical skills and dedication. The coursework is rigorous and often includes demanding projects, labs, and simulations. However, for those passionate about aircraft and space technology, the difficulty is balanced by the rewarding nature of designing and improving cutting-edge aerospace systems.

References:

Amtec. (2024, December 4). Is Aerospace Engineering a Stable Career in 2025? Retrieved June 6, 2025, from Amtec
BLS. (2025, April 18). Aerospace Engineering and Operations Technologists and Technicians. Retrieved June 6, 2025, from BLS.
BLS. (2025, April 18). Aerospace Engineers. Retrieved June 6, 2025, from BLS.
CareerExplorer. (2025). Aerospace engineer demographics in the United States. Retrieved June 6, 2025, from CareerExplorer.