2026 Can You Get Licensed With an Online Aerospace Engineering Degree? Requirements, Rules, and What to Know

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Many aspiring aerospace engineers wonder if earning an online aerospace engineering degree qualifies them for professional licensure. This concern is legitimate as only 12% of aerospace engineers in the U. S. hold a Professional Engineer (PE) license, often required for certain advanced roles. Online degrees vary in accreditation and acceptance by licensing boards, creating uncertainty for graduates seeking licensure. Understanding state-specific requirements and the role of online programs in meeting education standards is key.

This article clarifies licensure rules, highlights eligibility criteria for online aerospace engineering graduates, and guides readers on navigating the certification process effectively.

Key Benefits of Getting Licensed with an Online Aerospace Engineering Degree

Licensure with an online aerospace engineering degree validates professional credibility, meeting industry standards essential for roles in design, testing, and safety compliance.
Licensed engineers gain access to broader employment markets, including government and aerospace firms valuing certified expertise, enhancing job mobility across states.
Holding a license correlates with higher salary brackets and leadership positions, with licensed aerospace engineers earning up to 20% more than non-licensed counterparts.

Can You Get Licensed With an Online Aerospace Engineering Degree?

Obtaining a professional engineering license with an online aerospace engineering degree is achievable when the program meets established licensure requirements for online aerospace engineering degree candidates. Crucially, the degree must be accredited by ABET or an equivalent recognized agency to ensure comprehensive coverage of core engineering principles, including mathematics, physics, and aerospace-specific subjects. Alongside rigorous coursework, candidates must acquire practical work experience-typically four years under a licensed professional engineer's supervision-and pass both the Fundamentals of Engineering (FE) exam and the Principles and Practice of Engineering (PE) exam with an aerospace or mechanical engineering focus. Many online programs support this pathway by blending theoretical training with virtual labs or project-based learning, preparing students to meet these professional standards effectively.

Earning a license through an online aerospace engineering program grants access to regulated career paths such as aircraft and spacecraft design and safety assessments. Licensed engineers gain authority to approve engineering projects, take on increased professional responsibilities, and typically enjoy enhanced salary prospects. This credential also significantly boosts professional credibility and opens doors for career advancement within the aerospace industry. For professionals exploring flexible education options, programs like a masters in social work online demonstrate how accredited online degrees can support licensing goals in specialized fields beyond engineering, underscoring the growing acceptance of online credentials across disciplines.

Do Licensing Requirements for Aerospace Engineering Vary by State?

Licensing rules for aerospace engineering help ensure professional competence and safety, but these requirements vary notably by state. Nearly 30% of states have unique criteria regarding the type and length of supervised work experience required before qualifying for the Professional Engineer (PE) exam. These variances influence career eligibility and licensure portability.

Key areas where state specific aerospace engineering licensing requirements differ include:

Examination requirements: Some states mandate additional exams beyond the national PE, often tailored to aerospace specialties, which may affect preparation time and exam readiness.
Supervised experience: The amount and type of required supervised work can differ, ranging from 2 to 5 years. This impacts the timeline for licensure and types of acceptable job roles during training.
Continuing education: Requirements for ongoing professional development vary widely; some states enforce strict continuing education mandates, while others have minimal or no such requirements. This affects long-term career planning.
Renewal policies: License renewal periods, fees, and documentation processes differ between states, potentially influencing compliance costs and administrative efforts.

For those exploring aerospace engineering licensure rules by state, it is essential to consider how these factors influence professional opportunities and geographic mobility.

Students pursuing online aerospace engineering degrees should also evaluate how licensure requirements align with their educational path. Choosing accredited programs is critical, and exploring options like online psychology programs can illustrate the importance of program credibility in fields requiring licensure.

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Are Online Aerospace Engineering Programs Different From Campus Programs for Licensure?

The choice between online and campus aerospace engineering programs generally does not impact licensure eligibility as long as the program holds proper accreditation, such as ABET certification. In fact, a 2022 survey found that 65% of engineering employers now view accredited online degrees as equally valid for professional licensing and hiring.

Curriculum Consistency: Both formats cover essential subjects like aerodynamics, propulsion, and structural analysis, ensuring students acquire the technical foundation required for licensure exams.
Hands-on Experience: Campus programs typically offer direct lab work and in-person projects, while online courses rely on virtual labs, simulations, or require internships to meet practical learning standards.
Assessment Methods: Exams and projects may be conducted digitally in online settings compared to traditional in-class testing, but both aim to evaluate competencies vital for professional engineering credentials.
Skill Development: Regardless of format, programs emphasize problem-solving and engineering principles necessary for success on the Fundamentals of Engineering (FE) exam and beyond.
Employer Perceptions: Acceptance of online aerospace engineering degrees is growing, with many firms recognizing the equivalence of accredited online education to conventional degrees for licensure and employment.

A licensed professional who earned his aerospace engineering degree entirely online shared his experience when asked about his elective choices. He noted, "Selecting electives was both exciting and challenging since I wanted courses that complemented my career goals without in-person constraints." He appreciated the flexibility but mentioned, "Some technical electives required extra effort to grasp without direct access to labs, so I proactively sought virtual resources and reached out to professors." His journey underscores that while online programs demand more self-discipline and planning, they can provide comparable preparation for licensure when accreditation and rigor are maintained.

Does an Online Aerospace Engineering Degree Require Clinical or Practicum Hours?

Clinical or practicum hours are fundamental for adequately preparing students for professional practice and licensure in aerospace engineering. These hands-on experiences allow students to apply their theoretical knowledge in real-world settings, fostering critical technical skills and ensuring readiness for independent work.

Typical Hours: Practicum or internship requirements usually range from several hundred to over a thousand hours, depending on the state licensure boards and accreditation bodies. These hours demonstrate sufficient applied experience necessary for licensure eligibility in aerospace engineering.
Types of Placements: Students often complete clinical practicum hours through placements at engineering firms, research institutions, government agencies, or aerospace manufacturers. Such environments expose students to industry-relevant challenges and solutions.
Supervision and Mentorship: Licensed or experienced engineers supervise the practicum hours, mentoring students to ensure technical competence and professional ethics. This supervision not only validates skill acquisition but also builds confidence for licensure exams and future work.
Skills Gained: Practicum hours reinforce practical skills such as design, testing, and problem-solving under real conditions, which are critical elements for professional aerospace engineering roles. These experiences bridge the gap between academic learning and industry demands.
Online Program Requirements: Though coursework can be completed remotely, online aerospace engineering degree licensure requirements mandate in-person clinical or practicum hours. Students must secure local internships or cooperative education positions that meet program standards, with schools often facilitating connections but reliance mostly on students' initiative.

Prospective students should carefully consider these clinical practicum components when evaluating an online aerospace engineering degree licensure requirements. For those interested in flexible education paths, programs like executive online mba offer a model in managing professional and academic commitments effectively. More information is available at executive online mba.

What Licensing Exam Is Required After Earning an Online Aerospace Engineering Degree?

Professional licensure exams serve to confirm an engineer's mastery of essential knowledge and skills needed for safe, competent practice, ultimately influencing job eligibility and career advancement. About 70% of first-time test-takers pass the Fundamentals of Engineering (FE) exam, underscoring its challenging yet achievable nature with adequate preparation. Below is a concise overview of the licensing exam requirements relevant to those graduating from online aerospace engineering programs.

Exam Name: Fundamentals of Engineering (FE) exam is the standardized test required before pursuing professional engineer (PE) licensure, serving as a foundational credential in engineering careers.
Content Areas: The exam covers core subjects such as mathematics, engineering sciences, ethics, and aerospace-specific principles, ensuring a well-rounded assessment of technical and professional aptitude.
Format: Delivered as a computer-based examination featuring multiple-choice questions administered at certified testing centers nationwide.
Preparation: Candidates commonly use official study guides, practice exams, and various online courses to build confidence and familiarity with exam topics and question styles.
Retake Policies: States and jurisdictions typically allow multiple exam attempts, providing flexibility for those who need additional preparation or encounter scheduling conflicts.
Relevance for Online Graduates: Students completing accredited online aerospace engineering degrees have equal eligibility to sit for the FE exam, reflecting the standardized curriculum and meeting regulatory standards for licensure candidacy.

When asked about her experience, a licensed professional who earned her aerospace engineering degree online described the FE exam as "an intense yet fair hurdle." She recounted balancing full-time work while preparing, emphasizing the importance of disciplined study and utilizing digital resources tailored to the exam format. Although initially daunted by the broad scope of topics, she found that focusing on weaker areas and practicing under timed conditions helped build essential test-taking skills. Passing the FE exam, she noted, marked a pivotal moment affirming her readiness to advance in her engineering career and underscored that an online degree can fully support licensure ambitions when paired with dedicated preparation.

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Is Supervised Work Experience Required After an Online Aerospace Engineering Degree?

Yes, supervised work experience is required after earning an online aerospace engineering degree for those pursuing professional licensure in the U.S. This supervised period helps graduates translate academic knowledge into practical skills and sound engineering judgment essential for certification and career success. Studies show that over 90% of aspiring aerospace engineers complete this required mentorship before sitting for their professional engineering exams. Below are key factors involved in fulfilling this requirement.

Duration: Typically, candidates must complete about four years of full-time supervised work. This timeframe ensures adequate exposure to diverse engineering challenges.
Mentorship: Work occurs under the guidance of a licensed professional engineer (PE), providing critical oversight and expert feedback to develop competence and ethical awareness.
Work Settings: Supervised experience usually takes place at aerospace firms, government agencies, or research organizations where complex projects allow hands-on learning.
Skill Development: The period refines technical abilities, project management skills, and familiarity with industry standards and safety protocols essential for aerospace applications.
Licensure Preparation: Documented experience acts as proof of readiness and professionalism, meeting licensing board criteria and bridging academic study with independent engineering practice.

Does Licensure Reciprocity Apply to Online Aerospace Engineering Graduates?

Licensure reciprocity is an agreement allowing states or regions to recognize professional licenses issued elsewhere, enabling engineers to work across different jurisdictions without repeating the entire licensing process. This arrangement is crucial for aerospace professionals seeking flexibility and career mobility in multiple states or regions. Key factors influencing licensure reciprocity for online aerospace engineering graduates include:

Eligibility Criteria: Reciprocity usually requires passing the Fundamentals of Engineering (FE) exam and the Professional Engineering (PE) exam relevant to aerospace engineering, alongside completing mandated supervised work experience. Simply holding an online aerospace engineering degree is often not enough to qualify directly for licensure transfer.
Program Accreditation: The educational program must meet recognized accreditation standards, such as those from ABET or equivalent agencies, to be accepted by state licensing boards. This requirement ensures that online aerospace engineering degree license transfer rules prioritize quality and consistency across regions.
State Agreements: Each state may have unique agreements and regulations regarding license reciprocity, often evaluating applicants' credentials and educational backgrounds individually. Some states may impose additional documentation or requirements beyond degree verification.
Application Process: Graduates licensed in one state can apply for licensure by comity or endorsement in another, but this process requires careful submission and review of credentials, exams, and experience. Compliance with these steps is essential for smooth license transfers.
Potential Limitations: Some states scrutinize the mode of instruction for online degrees or demand further proof of equivalency, which can complicate reciprocity for graduates. Understanding these nuances can help online aerospace engineering graduates plan their careers effectively across state lines.

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What Are the Pros and Cons of Online Aerospace Engineering Programs for Licensure?

Online aerospace engineering programs have become increasingly popular, with STEM-related online degree enrollment rising by over 20% recently. Many prospective students prioritize licensure outcomes when selecting programs, aiming to balance flexibility with meeting professional requirements. Below is an overview of key advantages and drawbacks to consider.

Pros

Flexible scheduling: Enables students to complete coursework alongside jobs or personal responsibilities, supporting steady progress toward licensure.
Geographical accessibility: Removes location barriers, allowing access to accredited programs nationwide that can satisfy licensure criteria.
Cost efficiency: Often reduces tuition and eliminates commuting expenses, which can make pursuing licensure more affordable.

Cons

Limited hands-on experience: Insufficient laboratory and practical training may hinder the development of critical skills required for licensure exams and professional work.
Less in-person mentorship: Reduced face-to-face interaction can diminish guidance and networking opportunities important for career advancement and licensure preparation.
Employer perceptions: Some employers may question the rigor of online degrees, potentially affecting licensure-related job prospects.

Students should verify that online programs offer accredited curricula combined with supervised practical components to meet licensure standards and industry expectations.

Does Getting Licensed With an Online Aerospace Engineering Degree Affect Salary?

Licensure is a significant factor that can affect salary for professionals with an online aerospace engineering degree, although the degree format itself does not automatically guarantee higher earnings. Licensed aerospace engineers typically earn about 10-20% more than their non-licensed counterparts, a reflection of the increased responsibility and trust associated with the Professional Engineer (PE) credential. These financial benefits highlight the value of pursuing licensure after completing an online aerospace engineering program.

The salary benefits of licensed aerospace engineers extend beyond a basic percentage increase. The impact is often tied to the types of roles and responsibilities that require formal certification. The following points outline key ways that getting licensed influences career advancement and earning potential, especially relevant for those considering an online aerospace engineering license salary impact.

Higher-paying specialized roles: Licensure qualifies engineers to work in advanced positions such as project management, safety oversight, and regulatory compliance. These roles demand critical decision-making and come with salaries that reflect their importance and legal accountability.
Eligibility for leadership positions: Licensed engineers often gain access to supervisory and consulting opportunities. Leadership roles typically offer increased compensation and professional growth potential, boosting long-term earnings for licensed candidates.
Enhanced credibility and job security: Holding a license signals verified expertise to employers, increasing job stability and the likelihood of selection for complex aerospace projects. This professional recognition can translate to more stable employment and improved benefits.
Alignment with industry standards: Licensing demonstrates that those with an online aerospace engineering degree meet rigorous education and experience requirements. This assurance reduces employer concerns about the degree format and supports career advancement within competitive fields.

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What Jobs Can You Get With or Without a License as an Online Aerospace Engineering Degree Holder?

Licensure can significantly broaden the career opportunities for graduates holding an online aerospace engineering degree, especially in roles requiring legal accountability and leadership. Many graduates choose paths that either utilize their licensed status for advancement or focus on technical expertise without the need for a professional engineering (PE) license. About 30% of aerospace engineering graduates obtain licensure, which correlates with 10-15% higher average salaries and improved access to leadership roles.

Here is a breakdown of potential jobs based on licensing status.

Jobs With a License

Project engineering lead: Oversees and certifies aircraft components, ensuring compliance with safety regulations and often requiring sign-off authority on critical projects.
Regulatory compliance consultant: Advises organizations on adherence to Federal Aviation Administration (FAA) standards, playing a key role in legal and safety-related decision-making.
Structural engineer: Approves modifications to airframes and other essential aircraft structures, a role demanding licensure for engineering validation and accountability.

Jobs Without a License

Aerospace design engineer: Focuses on conceptual development of aircraft systems, contributing technical expertise without requiring a PE license for project approval.
Flight test engineer: Analyzes performance data from test flights, supporting research and development efforts without direct legal responsibility.
Research and development engineer: Works on innovation related to materials and propulsion, emphasizing experimentation and advancement rather than regulatory sign-off.

Graduates should weigh their career goals and sector preferences carefully. While licensure opens doors to managerial, governmental, or technical consulting positions, many aerospace roles prioritize proven experience and specialized skills over formal licensing.

What Graduates Say About Getting Licensed with an Online Aerospace Engineering Degree

Jeremy: "Pursuing my aerospace engineering degree online was a game-changer, especially with the cost being much more manageable than traditional programs, averaging around $30,000. The flexibility allowed me to balance work and study seamlessly, and now as a licensed professional, I feel fully equipped to tackle industry challenges. I highly recommend this path for anyone mindful of both quality and affordability."

Ellis: "Looking back, the investment in my online aerospace engineering degree was definitely worth it despite initial concerns about the expense, which hovered near $28,000 including licensure fees. The comprehensive curriculum and expert instructors made the learning experience engaging and practical, which has been invaluable in advancing my career in aerospace design and innovation."

Balthazar: "Earning my aerospace engineering degree through an online program was a strategic choice driven by cost and convenience, with the entire process costing approximately $32,000. The program's rigor and accredited status ensured I met all licensure requirements, positioning me confidently as a professional engineer. This qualification has opened doors to significant leadership opportunities within the aerospace sector."

Other Things You Should Know About Aerospace Engineering Degrees

Does an online aerospace engineering degree meet the education requirement for the PE license in 2026?

Yes, an online aerospace engineering degree from an ABET-accredited program satisfies the educational prerequisite for the Professional Engineer (PE) license in 2026. It is crucial to ensure that the degree program is recognized by the Accreditation Board for Engineering and Technology (ABET) to qualify. Here you can find the relevant articles of the requirements.

Are there additional documentation requirements for licensing boards when applying with an online aerospace engineering degree?

Some state licensing boards may request detailed transcripts, course descriptions, or syllabi to verify the curriculum quality of online aerospace engineering programs. Applicants should be prepared to provide this supporting material to demonstrate their degree meets the academic standards expected for licensure.

Does earning an online aerospace engineering degree limit opportunities for licensed professional roles?

The degree itself does not inherently limit job opportunities for licensed aerospace engineers, provided licensure is obtained and the degree is properly accredited. Employers increasingly recognize online degrees that come from accredited programs, especially when combined with the required licensure and relevant work experience.

Can online aerospace engineering graduates apply for licensure in states with specific residency requirements?

Residency requirements for licensure vary by state but generally do not restrict applicants based on whether their degree was earned online. Graduates should verify individual state board policies, as some states may have additional procedural steps or documentation requirements for nonresident applicants regardless of degree modality.