How to Become a licensed professional engineer in Australia

Getting a professional engineering license in Australia is a significant accomplishment. It needs hard work, learning, and passing the PE exam. This guide will explain each step, from what you need to study to getting your PE license.

In this blog, we’ll explore the various aspects of getting licensed, covering everything from what you need to study to gaining practical experience and taking exams. We’ll also delve into the details of the licensure process, clarifying state-specific rules to ensure you’re ready for each part of the journey.

However, this isn’t just a bunch of information. Becoming a licensed professional engineer is more than just completing tasks—it’s about improving your skills, increasing your understanding, and adopting a mindset of always learning. That’s why we’ve gathered many helpful tips, expert advice, and real-life experiences to support and guide you as you progress.

Requirements for Professional Engineering

Below are the requirements for Licensed Professional Engineering:

1. Educational Requirements 

Meeting specific educational requirements is crucial for getting ready for the PE exam. Usually, this means completing a bachelor’s degree in engineering from a recognized institution. The specific engineering field or specialization can differ depending on your preferences. It’s essential to research the educational standards set by the licensing board in your area to make sure you fulfill the required qualifications.

A bachelor’s degree in engineering gives you a solid base in mathematics, physics, and engineering principles. The program covers a range of courses, including mechanics, thermodynamics, materials science, and engineering design. Additionally, hands-on skills are developed through practical laboratory work and engineering projects.

Apart from a bachelor’s degree, specific licensing boards might mandate candidates to finish a Master’s or Doctorate in engineering or a related field. These advanced degrees offer specialized knowledge and expertise, especially beneficial for those pursuing highly technical or research-oriented positions.

When selecting an engineering program, ensuring that Australia’s relevant professional engineering body accredits it is vital. Accreditation ensures that the program meets educational standards and equips students with the knowledge and skills necessary for professional engineering practice.

2. Professional Engineer Exam (PE Exam) 

The Professional Engineer (PE) exam is an important step in becoming a licensed professional engineer. This exam tests your grasp of engineering principles, problem-solving skills, and your capacity to apply knowledge to real-world situations. It assesses your proficiency in your chosen engineering discipline and verifies that you meet the standards established by the licensing board.

The PE exam, conducted by Engineers Australia, consists of two main parts: the Principles and Practice of Engineering (PE) exam and the Fundamentals of Engineering (FE) exam. The FE exam is the first phase and is typically taken towards the end of your undergraduate studies or shortly after graduating from a tertiary institution. It evaluates your knowledge of fundamental engineering principles and serves as a requirement for the PE exam.

After successfully passing the FE exam, you can move on to the PE exam, which is more focused and tailored to your chosen engineering discipline. This exam goes deeper into applying engineering principles and assesses your capability to solve intricate engineering problems. Typically, it includes multiple-choice questions, essay questions, and scenario-based challenges.

The PE exam is a crucial prerequisite for engineer registration and is acknowledged by Engineers Australia and other engineering regulatory bodies. Successfully finishing the PE exam showcases your competence and preparedness to work as a professional engineer.

It’s crucial to highlight that the PE exam aligns with the Washington Accord. This global agreement establishes the benchmark for engineering education and facilitates the mutual acknowledgment of engineering qualifications among participating countries. This alignment indicates that the knowledge and skills assessed in the PE exam adhere to worldwide engineering standards, increasing the transferability and acknowledgment of your engineering qualifications beyond Australia.

Preparing for the PE exam involves thoroughly reviewing your chosen discipline’s pertinent engineering principles and concepts. Using study materials offered by Engineers Australia and other trustworthy sources, including review books, practice exams, and online resources, is advisable. Moreover, participating in study groups or taking review courses can offer valuable support and guidance during your exam preparation.

Passing the PE exam is a significant achievement in your professional engineering journey. It showcases your expertise, competency, and dedication to upholding engineering standards. After completing the PE exam and fulfilling the required experience criteria, you can apply for engineer registration with Engineers Australia, establishing your position as a licensed and registered professional engineer.

Achieving the status of a licensed professional engineer demands dedication, perseverance, and a commitment to ongoing learning. Key steps include:

  • Earning an undergraduate degree from a recognized tertiary institution.
  • Passing the FE and PE exams.
  • Acquiring relevant work experience.

These actions are vital for attaining professional recognition and contributing to engineering.

Creating a study plan and dedicating ample time for reviewing is crucial when preparing for the PE exam. Becoming familiar with the exam’s format, content, and guidelines the licensing board provides is essential. Enhancing your preparedness can be achieved by reviewing reference materials, practising sample questions, and participating in review courses or study groups.

3. PE License Application

Once you fulfil the educational prerequisites and successfully pass the PE exam, you can proceed to apply for your professional engineer license. This involves submitting an application to the pertinent licensing board in your jurisdiction. It’s important to note that the specific requirements can vary depending on the licensing board and the state or territory where you plan to practice as a professional engineer.

When applying for your PE license, you must submit documentation of your education, including official transcripts from your engineering degree program. These transcripts should show that you have completed the required coursework and obtained the necessary qualifications.

In addition to providing educational documentation, you are required to submit evidence of your successful completion of the PE exam. This may involve submitting official exam results or a passing certification from the licensing board or testing organization.

Work experience is another essential element in the PE license application. Many licensing boards mandate a specific number of years of professional engineering experience, usually acquired under the supervision of a licensed professional engineer. This experience enables you to develop practical skills, apply theoretical knowledge, and showcase competence in actual engineering projects. Maintaining detailed records of your work experience is essential, including project specifics, responsibilities, and the duration of your involvement.

Throughout the application process, you may be required to furnish references from licensed professional engineers who can vouch for your character, competence, and professional conduct. These references should be from individuals who have directly supervised your work or had a professional relationship with you in an engineering capacity.

It is crucial to ensure that your application is complete and accurate and fulfills all the requirements set by the licensing board. Carefully go through the application guidelines provided by the licensing board and seek assistance or clarification if necessary. Ensuring that all required information is included helps prevent delays in processing your application.

4. Professional Engineering Licenses and Continuing Professional Development (CPD) 

Once your application is approved, you will be issued your professional engineer license. This license gives you the legal authorization to practice engineering in your jurisdiction, showcasing your professional competence and dedication to ethical engineering practices.

Sustaining your professional engineering license requires continuous dedication to Continuing Professional Development (CPD). CPD involves participating in activities that enrich your knowledge, skills, and professionalism throughout your career. Such activities encompass attending workshops, conferences, seminars, and technical training programs and actively engaging in professional engineering organizations.

Numerous licensing boards have distinct CPD requirements, which may include a minimum number of hours or specific areas of professional development. It is crucial to familiarize yourself with the CPD guidelines established by your licensing board and ensure that you meet 

the requirements within the specified timeframe.

Participating in CPD activities offers opportunities to stay informed about advancements in your field, connect with industry professionals, and broaden your knowledge and expertise. Involvement in CPD showcases your dedication to professional growth, improves your career prospects, and creates avenues for new opportunities within the engineering industry.

Best Ways to Become a Licensed Professional Engineer

The ideal pathway to becoming a licensed professional engineer is provided below:

Section 1: Understanding the Importance of Licensure

1.1 Why Become a Licensed Professional Engineer?

Explore the importance of licensure in the engineering field. Discover how obtaining a license can unlock doors to exciting career prospects, prestigious projects, and increased earning potential. Gain insight into the legal and ethical responsibilities of a licensed professional engineer.

1.2 Differentiating Licenses: PE, FE, and SE

Unravel the differences between Professional Engineer (PE), Fundamentals of Engineering (FE), and Structural Engineer (SE) licenses. Understand the specific requirements and benefits linked with each type of license. Determine which license aligns best with your career aspirations and professional goals.

Section 2: Navigating the Licensure Journey


2.1 Educational Requirements

  • Get an overview of the educational requirements for licensure, including accredited engineering programs and degrees. 
  • Explore alternative paths to licensure for individuals with non-engineering degrees. 
  • Find resources and strategies for selecting the appropriate engineering discipline that aligns with your interests and strengths.

2.2 Gaining Professional Experience

Examine the significance of gaining practical experience through internships, co-op programs, and entry-level engineering positions. Learn practical ways to document and record your professional experience. Discover tips for maximizing learning opportunities and accelerating career growth during this phase.

2.3 Preparing for Licensure Exams

  • Understand the examination requirements, including the Fundamentals of Engineering (FE) and Professional Engineering (PE) exams.
  • Explore effective study techniques and utilize resources to aid in your preparation for these challenging exams.
  • Learn from the experiences of successful exam takers and gather insights into exam strategies and time management.

Section 3: Mastering the Licensure Process

3.1 State-Specific Licensure Regulations

  • Navigate the complexities of state-specific licensure boards and regulations.
  • Comprehend the application process, necessary documents, and associated fees for licensure in your state.
  • Stay informed about any recent changes or updates in licensure requirements.

3.2 Ethics and Professional Responsibility

  • Examine the ethical considerations and professional responsibilities of being a licensed professional engineer.
  • Acquire knowledge about codes of conduct, professional standards, and guidelines to uphold integrity in your engineering practice.
  • Comprehend the implications of unethical behaviour and its potential consequences on your licensure.

3.3 Continuing Professional Development

  • Adopt a mindset of lifelong learning and ongoing professional development.
  • Explore diverse avenues for expanding your knowledge, such as attending conferences, pursuing advanced degrees, and engaging in professional organizations.
  • Discover how to leverage networking opportunities and seek mentorship to enhance your career prospects.

Pathways for Becoming a Professional Engineer

Earning a licensed Professional Engineer (PE) designation is a notable achievement that necessitates a mix of education, experience, and examination.

This detailed blog will offer a comprehensive overview of becoming a licensed Professional Engineer (PE), covering key steps such as obtaining an engineering degree, acquiring work experience, passing the necessary exams, and applying for a license with the state’s licensing board.

Pathways for Becoming a Professional Engineer: Unlock your engineering career potential

Following these steps, aspiring engineers can embark on a rewarding journey toward professional engineering licensure.

1. Obtain an Engineering Degree 

The initial step to become a PE is to earn an engineering degree from a university accredited by ABET. This degree establishes a strong base in mathematics, science, and engineering principles, providing students with the essential knowledge and skills to excel in the field.

ABET accreditation ensures that the program adheres to specific educational standards and readies students for a career in engineering. Throughout your studies, it’s crucial to acknowledge that engineering encompasses various disciplines and specializations.

Concentrating on courses that align with your chosen engineering discipline is crucial for pursuing licensure. Whether your goal is to become a civil, mechanical, electrical, chemical, or aerospace engineer, selecting appropriate courses is paramount.

It is highly recommended to consult with academic advisors and professionals in your chosen field. These experts possess in-depth knowledge of the licensure requirements and can assist in ensuring that you choose the right courses to fulfill those requirements.

They can offer valuable guidance on the steps that will best prepare you for your desired engineering discipline. In the United Kingdom, the Engineering Council is tasked with establishing and upholding standards in the engineering profession. They oversee engineers’ registration and professional development, including the recognition of Chartered Professional Engineer (CPEng) status.

The Engineering Council collaborates with professional engineering institutions to ensure that engineers uphold the essential skills, knowledge, and competence needed to effectively practice their respective disciplines.

When selecting your courses, it is crucial to take into account the requirements set by the Engineering Council and professional engineering institutions. These requirements may encompass specific courses or modules pertinent to your chosen discipline.

Aligning your course selection with these requirements puts you on the right path to pursue licensure as a professional engineer. In addition to consulting with academic advisors, conducting keyword searches related to your desired engineering discipline can provide valuable insights.

Online resources, such as websites of professional engineering institutions, can offer information on the specific courses, certifications, and qualifications needed for licensure. Approaching your course selection proactively and staying informed about licensure requirements will enhance your chances of success in becoming a licensed professional engineer.

Selecting the right courses, seeking guidance from experts, and aligning your studies with the standards set by the Engineering Council will prepare you well for the journey toward professional recognition in engineering.

2. Gain Work Experience

After completing an engineering degree, aspiring Professional Engineers (PEs) are required to accumulate a minimum of four years of work experience under the supervision and guidance of a licensed Professional Engineer. This work experience is crucial as it enables individuals to apply their theoretical knowledge in real-world scenarios, develop practical skills, and gain a deeper understanding of the engineering profession.

To maximize the benefits of working under a licensed Professional Engineer (PE), it is essential to seek opportunities that align with your desired engineering discipline. Exposure to diverse engineering projects and challenges in this manner will broaden your skill set and deepen your understanding of your chosen field. By doing so, you can gain practical experience in areas directly relevant to your career goals.

During your work experience period, it is crucial to document your accomplishments. This involves maintaining a detailed record of the projects you have worked on, the specific engineering tasks you have undertaken, and the skills you have acquired. This documentation will play a significant role when applying for your Professional Engineer (PE) license, as it serves as evidence of your competence and professional growth.

In Australia, the Association of Professional Engineers is a recognized professional body that advocates for the interests of engineers and fosters excellence in the engineering profession. Professional Engineers Australia is an affiliate of this association, offering a platform for networking, professional development, and support for engineers across the nation.

A Bachelor of Engineering degree is frequently a requirement for pursuing licensure as a professional engineer. This undergraduate degree provides individuals with a strong foundation in engineering principles, preparing them for a successful career.

By combining practical work experience under the guidance of a licensed Professional Engineer (PE), documenting your accomplishments, and obtaining a Bachelor of Engineering degree, you will be well-positioned to apply for your PE license. This license serves as a testament to your expertise, competence, and commitment to professional engineering standards.

Achieving licensure as a professional engineer demands dedication, continuous learning, and active involvement with professional associations. By seizing opportunities and fostering your professional development, you can embark on a rewarding career as a chartered engineer or project manager, contributing to the advancement of the engineering profession.

Working under the supervision of a licensed Chartered Engineer or Professional Engineer (PE) offers aspiring engineers invaluable mentorship and guidance. This mentorship enables individuals to learn from experienced professionals and acquire industry-specific knowledge crucial for their development.

3. Pass the Fundamentals of Engineering (FE) Exam

The next step in becoming a Professional Engineer (PE) is passing the Fundamentals of Engineering (FE) exam. The FE exam is a comprehensive test that evaluates an engineer’s understanding of fundamental engineering principles across various disciplines. It assesses knowledge and competence in mathematics, physics, engineering economics, ethics, and professional practice.

The FE exam is usually taken after an engineering degree or during the final year of undergraduate studies. It is a computer-based exam administered by the National Council of Examiners for Engineering and Surveying (NCEES). The exam comprises multiple-choice questions and addresses various topics specific to different engineering disciplines.

Preparing for the FE exam necessitates a comprehensive review of the core engineering subjects it covers. Create a study plan and allocate sufficient time to review and practice exam-style questions. Studying materials and resources can enhance your chances of success in the FE exam. Many resources, such as study guides, practice exams, and online courses, are available for assistance.

4. Qualify the Principles and Practice of Engineering (PE) Exam 

After acquiring the necessary work experience and successfully passing the FE exam, the subsequent step is to pass the Principles and Practice of Engineering (PE) exam. The PE exam is discipline-specific and assesses engineers’ competency in their chosen engineering field.

The PE exam thoroughly evaluates an engineer’s ability to apply engineering principles, solve complex problems, and make informed judgments. It assesses the depth of their understanding and proficiency in their chosen engineering discipline.


Achieving licensure as a professional engineer in Australia is a noteworthy accomplishment that requires a combination of education, experience, and successful completion of the PE exam. This comprehensive blog has presented an overview of the steps involved in this process, from meeting educational requirements to obtaining the PE license.

Following these steps and maintaining dedication to your professional development, you can embark on a fulfilling engineering career and contribute significantly. Becoming a licensed professional engineer presents challenges, requiring diligence, continuous learning, and a commitment to upholding the highest professional conduct and ethical standards.

The benefits of professional engineering licensure include expanded career opportunities, increased earning potential, and recognition of your expertise and competence in the engineering industry. As you navigate this process, utilize resources such as study materials, review courses, and guidance from experienced professionals.

Stay proactive in seeking opportunities to enhance your skills and knowledge, and actively engage in professional networking to broaden your connections within the engineering community. By embracing the journey to becoming a licensed professional engineer in Australia, you are investing in your professional growth, ensuring your expertise aligns with industry standards, and positioning yourself for long-term success in the dynamic and rewarding engineering field.


What are the educational requirements for becoming a licensed Professional Engineer (PE) in Australia?

The educational requirements typically involve completing a bachelor’s degree in engineering from an ABET-accredited university. Some licensing boards may also require advanced degrees for specific roles.

What is the significance of the Professional Engineer (PE) exam in the licensure process?

The PE exam is a crucial step in becoming a licensed professional engineer. It assesses an engineer’s understanding of engineering principles, problem-solving skills, and their ability to apply knowledge to real-world situations.

How can I prepare for the Fundamentals of Engineering (FE) exam?

To prepare for the FE exam, create a study plan, review core engineering subjects, and practice exam-style questions. Utilize study materials, such as guides, practice exams, and online courses, to enhance your preparation.

What is the process of applying for a PE license after passing the exams and gaining work experience?

Applying for a PE license involves submitting documentation of your education, exam results, and evidence of work experience to the licensing board. References from licensed engineers who can attest to your character and competence may also be required.

How does Continuing Professional Development (CPD) contribute to maintaining a PE license?

CPD involves engaging in workshops, conferences, and technical training to enhance knowledge and skills. Many licensing boards have specific CPD requirements that licensed engineers must fulfil within a specified timeframe.

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