2027 Licensing Exams Required After Completing a Mechanical Engineering Degree Program
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Graduating with a mechanical engineering degree often leads to a critical question: how to legally practice and advance in the field? Many graduates face challenges securing jobs without the necessary licensure. According to the National Society of Professional Engineers, only about 25% of mechanical engineers hold a professional engineer (PE) license, which employers increasingly require for senior roles and projects involving public safety. Understanding the licensing exams and their requirements is essential for career growth. This article outlines the key post-graduation licensing exams mechanical engineering graduates must pass and explains how this process influences employment opportunities and professional development.
Key Things to Know About the Licensing Exams Required After Completing a Mechanical Engineering Degree Program
- Applicants must typically hold an accredited mechanical engineering degree and complete four years of relevant work experience before taking the professional engineering (PE) licensing exam.
- The PE exam covers topics like thermodynamics, mechanics, and materials science, requiring focused study to pass its breadth and depth of questions over an eight-hour testing period.
- Obtaining licensure significantly improves job prospects, with licensed engineers often earning 10-20% higher salaries and qualifying for leadership roles in design and safety.
What Licensing Exams Are Required After Completing a Mechanical Engineering Degree?
Licensing exams are a critical milestone for many mechanical engineering graduates seeking to advance their careers and meet employer requirements. About 40% of engineering graduates pursue professional licensure, underscoring its value in career progression and maintaining industry standards. These exams also help ensure that licensed engineers uphold high levels of competence and ethics in their work.
Mechanical engineering graduates should be aware of the key exams required to obtain licensure and practice professionally. Below is a brief overview of the primary licensing exams that are commonly required or recognized:
- Fundamentals of Engineering (FE) exam: This entry-level exam is typically taken soon after graduation and covers a broad spectrum of engineering principles, mathematics, and ethics. Passing the FE grants the title Engineer in Training (EIT) or Engineering Intern (EI), which is necessary before attempting the professional licensure exam.
- Principles and Practice of Engineering (PE) exam: After gaining around four years of relevant work experience under a licensed engineer, candidates become eligible to take this advanced exam. The PE exam focuses on detailed mechanical engineering topics such as thermodynamics, system design, and materials engineering, serving as a key gateway to licensed professional status.
Completing these licensing exams impacts not only legal credentials but also career entry and advancement opportunities in the field. For graduates balancing ongoing education with licensure goals, exploring options like online MSW programs may offer flexible pathways to enhance their qualifications alongside professional exams.
What Topics Are Covered on the Mechanical Engineering Licensing Exam?
Success on the mechanical engineering licensing exam depends heavily on focused preparation and thorough knowledge of fundamental subjects on mechanical engineering licensure test. Exam pass rates typically remain around 60%, emphasizing the need for candidates to master core topics to improve their chances. Understanding the exam content also helps target study efforts effectively.
The exam mainly covers the following essential areas:
- Engineering Mathematics: This section evaluates proficiency in calculus, differential equations, and linear algebra, which are crucial for solving complex engineering problems and performing accurate design calculations.
- Statics and Dynamics: Candidates are tested on forces, motion, and equilibrium concepts needed to analyze and predict mechanical system behavior under various conditions.
- Thermodynamics and Heat Transfer: This area involves principles of energy systems and temperature regulation, vital for understanding HVAC, power generation, and energy efficiency applications.
- Materials Science: The exam assesses knowledge of material properties and their behavior under different stresses to ensure the selection of appropriate materials for safe, long-lasting engineering designs.
- Fluid Mechanics: Understanding flow behavior, pressure, and forces in fluids is tested, which is fundamental for designing systems involving both liquids and gases.
- Mechanical Design and Control Systems: Coverage includes machine elements, system reliability, and feedback control principles needed to design efficient and safe mechanical devices.
Each topic combines theoretical knowledge with problem-solving scenarios, helping candidates demonstrate their ability to apply engineering principles practically. For those balancing work and study, exploring counseling degrees online accredited may offer useful insights on flexible learning options.
Mastering these fundamental subjects on mechanical engineering licensure test enhances an engineer's readiness for professional challenges and career advancement.
What Requirements Must Be Met to Take the Mechanical Engineering Licensing Exam?
Meeting the requirements to sit for the mechanical engineering licensing exam is crucial for timely advancement into the profession. Early familiarity with these criteria supports effective post-graduation planning and ensures candidates can meet all necessary qualifications for licensure.
The following are common eligibility requirements for the exam.
- Educational Background: Candidates typically need an accredited mechanical engineering degree or an equivalent qualification. This foundation guarantees that the candidate has mastered essential engineering principles, though some states may accept related degrees with supplemental coursework to ensure sufficient expertise.
- Work Experience: A period of supervised practical experience-usually two to four years-is required in most states. This work must often be overseen by a licensed professional engineer (PE) to develop real-world skills and sound engineering judgment.
- Fundamentals of Engineering (FE) Exam: Passing the FE exam is a prerequisite to attempting the mechanical engineering licensing exam. This exam ensures knowledge of core engineering concepts necessary for professional practice.
- Jurisdictional Variations: Eligibility can vary by state, including differences in required experience length, education equivalency, and recognition of specialized mechanical engineering fields. Candidates should verify specific state rules.
Awareness of these mechanical engineering licensing exam eligibility criteria enables recent graduates to strategize their career entry effectively. For those considering alternative advanced degrees, programs such as the library master's degree offer additional pathways in related fields.
Breakdown of All 2-Year Online Title IV Institutions
Graduates with an online mechanical engineering degree often qualify for licensure, provided their programs hold accreditation from ABET, which confirms adherence to rigorous educational standards. Licensing boards typically expect candidates to have completed hands-on components like labs or internships, despite much of their coursework being online. Around 85% of students from ABET-accredited online programs have obtained approval to take the Professional Engineer (PE) exam, signaling increased acceptance of online education in this field.
However, licensure requirements vary considerably between states, with some enforcing stricter rules on online degrees and practical experience. Prospective licensure candidates should confirm their program's accreditation and consult their state board early to navigate these differences effectively.
Thorough preparation within mechanical engineering programs significantly impacts success rates on licensing exams, with approximately 70% of graduates passing the Fundamentals of Engineering (FE) exam on their first try. This alignment between academic preparation and exam requirements boosts students' confidence and competence.
Below are some critical ways these programs enhance readiness for licensure assessments.
- Curriculum alignment: Courses are designed to cover essential topics like statics, dynamics, materials science, and thermodynamics that reflect the content of licensing exams, ensuring students build relevant foundational knowledge.
- Exam-focused coursework: Assignments and projects simulate the types of problems encountered on exams, providing practical experience and sharpening problem-solving skills needed for test questions.
- Practice exams: Offering mock tests and review sessions helps students become familiar with exam format, pacing, and time management, reducing anxiety and improving performance.
- Internships and co-ops: Real-world work experiences deepen understanding of engineering principles and their application, reinforcing learning and aiding exam success.
- Faculty mentoring: Experienced instructors guide students through exam strategies and career planning, giving personalized support that enhances preparedness and professional growth.
Careful financial planning is essential when preparing for the mechanical engineering licensing exam, as knowing the costs upfront helps avoid unexpected expenses. Including these expenses in your budgeting process ensures a smoother transition toward becoming a licensed professional engineer.
Below are some key factors that contribute to the overall cost of the professional engineer exam after degree completion.
- Exam fee: This fee grants access to the Fundamentals of Engineering (FE) exam for recent graduates and the Principles and Practice of Engineering (PE) exam later. Prices typically vary by state, ranging from $150 to $350, making it the largest single expense for candidates.
- Application fee: Many states require an application fee to process your exam registration, usually adding $50 to $100 to the cost. This ensures your eligibility is reviewed and recorded officially.
- Retake fees: If you need to retake the exam, expect to pay the exam fee again. Multiple retakes can significantly increase total costs, so budgeting for this possibility is prudent.
- Study materials: To prepare effectively, many candidates invest in review courses, textbooks, or practice tests. Depending on quality and vendor, study resources can cost from $100 up to $600.
- Additional training: Some candidates opt for supplementary prep classes or training sessions that can range from several hundred to over a thousand dollars. These classes often provide targeted support, potentially improving exam success rates.
For those balancing advanced education with career goals, exploring options like an online doctorate in organizational leadership can also be part of long-term professional development following mechanical engineering licensure.
Scheduling the mechanical engineering licensing exam effectively is essential for candidates aiming for timely certification. Typically offered three times annually, exam availability and formats continue to evolve, impacting candidates' preparation and scheduling strategies.
Below are important insights on exam timing and access.
- Testing windows: Most jurisdictions provide three fixed opportunities yearly, allowing candidates to select dates that suit their preparation and work schedules while balancing other commitments.
- Delivery formats: Exams may be administered in-person or online, depending on the state, offering varying conveniences but also requiring familiarity with different test environments.
- Retake policies: Candidates are usually permitted multiple attempts within a year, which encourages persistence but also necessitates careful planning to avoid delays in licensure.
- Flexibility factors: Scheduling systems often accommodate candidate readiness by spreading test dates throughout the year, reducing wait times and backlog for examinees.
- Jurisdictional variations: Differences between states affect exam dates, formats, and retake allowances, so candidates must consult local boards for precise information.
Most entry-level mechanical engineering jobs do not require a professional license, as around 80% of mechanical engineers work without one. However, earning a Professional Engineer (PE) license can be crucial for roles involving public safety or career advancement.
Several factors influence whether licensure is necessary, including:
- Regulatory requirements: Certain states mandate a PE license for engineers handling public infrastructure or government contracts to ensure safety and compliance.
- Job role: Positions that involve approving designs, taking legal responsibility for projects, or consulting typically require licensure to validate expertise and accountability.
- Employer preferences: Some employers prefer licensed engineers for positions with higher responsibility or client interaction, viewing licensure as a mark of professionalism.
- Specialization: Mechanical engineers working closely with civil or structural engineering projects may need a license more often than those in manufacturing or product design.
- State-specific rules: Licensing requirements and exam procedures vary by state, affecting whether engineers must obtain a license to work in certain locations or sectors.
Though not universally mandatory, understanding these elements can help mechanical engineering graduates decide if pursuing a PE license aligns with their career objectives and the demands of their intended roles.
Licensed mechanical engineering professionals generally earn more than their unlicensed counterparts because licensure signifies a higher level of expertise and trustworthiness, often leading to roles with increased responsibility and legal accountability. In the United States, licensed mechanical engineers typically have median annual salaries ranging from $80,000 to over $100,000, while unlicensed graduates tend to earn between $60,000 and $75,000 depending on experience and location.
Several key factors contribute to the earnings difference between licensed and unlicensed mechanical engineers:
- Regulatory requirements: Certain engineering projects legally require a licensed professional, which restricts unlicensed engineers from accessing these higher-paying assignments and limits their job scope.
- Access to higher-paying roles: Licensed engineers often qualify for managerial and supervisory positions that come with better compensation, as licensure is viewed as a demonstration of accountability and advanced knowledge.
- Employer preferences: Many companies give preference or require licensure for advancement opportunities and critical project participation, affecting career trajectories.
- Career advancement opportunities: Obtaining a Professional Engineering license can facilitate promotions, especially in sectors like government consulting and design firms where professional accountability is vital, further enhancing job benefits of mechanical engineering licensure.
- Geographic licensing variations: Licensing laws vary by state or region, influencing local salary structures and demand for licensed mechanical engineers.
For graduates exploring options after earning their degrees, pursuing professional licensure can substantially improve salary potential and career growth. Some may consider starting with associates degrees as stepping stones before advancing toward a mechanical engineering license.
License portability is important for mechanical engineering professionals who may need to work in multiple states or relocate during their careers. Since licensure is governed at the state level, each jurisdiction sets its own criteria and regulations, which can differ significantly. Recent workforce trends indicate that nearly 30% of licensed engineers pursue licensure in more than one state to remain agile in job markets and project demands. Navigating these varying rules is essential for maintaining compliance and uninterrupted professional practice.
Several routes exist to use a mechanical engineering license across state lines, although options and restrictions vary by state and specialization. Common approaches include reciprocity agreements or endorsement processes, where one state recognizes another's license after verifying qualifications. Some states mandate additional exams covering local codes, laws, or ethics before issuing a license.
Others might require out-of-state engineers to complete supervised work periods to demonstrate familiarity with specific regulations. Professionals should always check with the licensing board in the target state to understand applicable conditions and avoid delays in licensure.
What Graduates Say About The Licensing Exams After Completing a Mechanical Engineering Degree
- Kali: "As an online mechanical engineering graduate, I found the licensing exam challenging but manageable thanks to the flexibility my program offered. The cost of obtaining my license, which was around $300 for the exam and application fees, felt like a worthwhile investment for my career growth. Since becoming licensed, I've seen numerous job opportunities open up that require professional accreditation, making it a key milestone."
- Osian: "Reflecting on my journey, balancing work and study for the mechanical engineering licensing exam was tough, especially with the additional $400 spent on materials and application fees. However, the professional credibility the license brings has made all that effort worthwhile, giving me a confidence boost and recognition in my field. It's reassuring to have this credential as a testament to my skills and dedication. "
- Grayer: "Taking the licensing exam as an online mechanical engineering grad was a highly structured and efficient process, despite the $350 cost for exam fees and related expenses. Holding a mechanical engineering license has solidified my professional standing, allowing me to undertake projects with greater responsibility and trust. It truly distinguishes me as a licensed engineer in a competitive job market."
Other Things You Should Know About Mechanical Engineering Degrees
Yes, most states mandate continuing education for licensed mechanical engineers to maintain their PE license. These requirements often include completing a certain number of professional development hours (PDHs) or continuing education units (CEUs) annually or biennially. The goal is to ensure engineers stay current with evolving technologies, industry standards, and professional ethics.
If you fail the mechanical engineering licensing exam, you can retake it according to the state board's rules, which often include a mandatory waiting period between attempts. There is usually a limit on the number of retakes allowed within a certain timeframe. Candidates should use the time between attempts to study and improve in weaker subject areas to increase their chances of passing on subsequent tries.
- The Advantages of Having a PE License https://pdhclassroom.com/articles/advantages-of-having-pe-license
- The Path to Professional Licensure - ASME https://www.asme.org/topics-resources/content/the-path-to-professional-licensure
- How to Become a Mechanical Engineer https://www.coursera.org/articles/mechanical-engineer
- Engineering Exams - Florida Board of Professional Engineers https://fbpe.org/licensure/licensure-process/engineering-exams/
- 2025 Mechanical Engineering Board Exam Coverage https://www.inhenyero.com/2021/01/me-board-exam-coverage.html
- Regulation and licensure in engineering - Wikipedia https://en.wikipedia.org/wiki/Regulation_and_licensure_in_engineering
- Mechanical engineer https://nationalcareers.service.gov.uk/job-profiles/mechanical-engineer
- Demonstrating Qualifying Engineering Experience For Licensure https://www.nspe.org/resources/licensure/resources/demonstrating-qualifying-engineering-experience-licensure
- Applying for Multiple Engineering Licenses – Top Strategy https://www.pdh-pro.com/pe-resources/how-to-become-a-professional-engineer-in-multiple-states/
- International Professionals | NCEES https://ncees.org/licensure/international-professionals/
