USA

NCEES PE Metallurgical and Materials Engineering Exam

600 questions

About this exam

The NCEES PE Metallurgical and Materials Engineering Exam is a professional engineering licensure exam for engineers working in metallurgy and materials engineering. It assesses whether candidates can apply engineering judgment to problems involving materials, processes, and performance; it is not an employment or academic admissions test. Candidates generally pursue the PE after meeting applicable education and experience requirements. State and territorial licensing boards set their own eligibility and application rules, so confirm your requirements with the board where you plan to seek licensure.

Exam topics include materials structure, crystallography, phase diagrams, thermodynamics and kinetics, physical metallurgy, alloy design, and metal solidification, casting, and foundry processes. Preparation means reviewing the current NCEES exam specifications, then practicing how to connect material behavior with processing choices and engineering outcomes. Candidates should be ready to interpret technical information and solve applied problems, not just recall definitions. The current specifications are the best guide to topic coverage and exam structure; they may be updated, so check them when planning for the 2027–2028 cycle.

How to prepare for the PE Metallurgical and Materials Engineering Exam

  1. Use the current NCEES exam specifications to map your study plan, giving extra review time to weaker areas such as phase diagrams, thermodynamics, or alloy design.
  2. Practice timed, applied problems that link structure, processing, and material properties; review each solution to understand the reasoning and units, not only the final answer.
  3. Check NCEES exam resources and your licensing board’s requirements before scheduling, and include focused online MCQ practice to build speed and identify gaps.

FAQ

Who can take the PE Metallurgical and Materials Engineering Exam?

It is intended for engineers seeking professional licensure in metallurgical and materials engineering. Eligibility, education, experience, and approval requirements are set by the licensing board in the jurisdiction where you apply; check with that board before registering.

What is the format of the NCEES PE Metallurgical and Materials Engineering Exam?

The PE exam is computer-based. For the current question format, exam specifications, appointment details, and permitted references, consult the NCEES information for this exam because those details can change.

What subjects should I study for the PE Metallurgical and Materials Engineering Exam?

Review the current NCEES specifications, including materials structure and crystallography, phase diagrams, thermodynamics and kinetics, physical metallurgy, alloy design, and solidification, casting, and foundry processes. Use the specifications to prioritize your preparation.