The Fundamentals of Engineering (FE) exam is a standardized, computer‑based test administered by the National Council of Examiners for Engineering and Surveying (NCEES). It is widely recognized as the first step toward professional licensure as a professional engineer (PE) in the United States and several other jurisdictions.
Purpose and Role in Licensure
- Licensure pathway: Passing the FE exam satisfies the “Fundamentals of Engineering” requirement of the licensure process. After successful completion, candidates may pursue the Principles and Practice of Engineering (PE) exam, which leads to PE registration upon meeting additional experience requirements.
- Credential: Individuals who pass the FE exam are designated as “Engineer in Training” (EIT) or “Engineering Intern” (EI), depending on the state or province.
Eligibility and Administration
- Eligibility: Typically, candidates must have completed, or be close to completing, a four‑year engineering degree accredited by the Accreditation Board for Engineering and Technology (ABET) or an equivalent program recognized by the state licensing board. Some jurisdictions allow graduates of non‑accredited programs to sit for the exam if they meet additional criteria.
- Computer‑Based Testing (CBT): Since April 2014, the FE exam has been delivered exclusively via CBT at Pearson VUE testing centers. Test‑takers receive a unique authorization code and must schedule an appointment.
- Exam Duration: The exam consists of 110 multiple‑choice questions administered in a 6‑hour window, including a scheduled break.
Exam Structure and Content
The FE exam is discipline‑specific; candidates select one of several discipline modules that best matches their educational background. The major discipline categories include:
| Discipline | Approx. Number of Questions |
|---|---|
| FE Civil | 110 |
| FE Mechanical | 110 |
| FE Electrical and Computer | 110 |
| FE Chemical | 110 |
| FE Environmental | 110 |
| FE Industrial and Systems | 110 |
| FE General (formerly FE – all others) | 110 |
Each discipline module covers topics such as mathematics, ethics, probability and statistics, engineering economics, and subject‑specific technical material (e.g., fluid mechanics for civil, thermodynamics for mechanical). The exam blueprint, published by NCEES, defines the weightings of each subject area.
Scoring and Results
- Scaled Scoring: Raw scores are converted to a scaled score ranging from 0 to 200. A scaled score of 70 or higher is typically considered passing, though exact passing thresholds are set by individual licensing boards.
- Result Delivery: Results are provided through the NCEES online portal, usually within 7‑10 days of exam administration.
Historical Development
- Origins: The FE exam originated in the 1960s as a replacement for the earlier “Fundamentals of Engineering Survey” exam, aiming to provide a uniform assessment of baseline engineering knowledge nationwide.
- Transition to CBT: The shift from paper‑and‑pencil to computer‑based testing was implemented to improve security, test design flexibility, and accessibility.
Governance and Standards
- NCEES Role: NCEES develops and maintains the exam content, psychometric standards, and administration policies. It also coordinates with state licensing boards to ensure the exam aligns with licensure requirements.
- Ethical Standards: The exam includes a section on ethics and professional practice, reflecting the importance of ethical conduct in engineering.
Related Professional Considerations
- Continuing Education: Passing the FE exam does not itself require continuing education; however, once licensed as a PE, many jurisdictions impose continuing professional development (CPD) or continuing education (CE) obligations.
- International Equivalents: Some countries have analogous examinations (e.g., the UK’s “Chartered Engineer” assessment) but the FE exam is specific to the U.S. licensing framework.
References
- National Council of Examiners for Engineering and Surveying (NCEES) – official website and FE exam specifications.
- State licensing board publications (e.g., California Board for Professional Engineers, Texas Board of Professional Engineers).
All information reflects publicly available sources as of 2026.
