Mechanical Full Exam - PE - Machine Design & Materials - 80 exam difficulty level problems - Covers Mechanical PE Machine Design & Materials exam topics - Written in exam format - Includes detailed solutions

Oct 29, 2026

Mechanical Full Exam (PE) focuses on the Machine Design & Materials Mechanical P.E. exam preparation. It presents 80 exam difficulty level problems written in exam format with detailed solutions, mapped to NCEES topic coverage across Principles, Engineering Science & Mechanics, and Material Properties. The guide explains how the key concepts and skills are determined, provides units and conversions guidance, and outlines disclaimers, usage instructions, and recommended references for study planning.

LanguageEnglish

CategoryExam

FormatPDF

Pages26

Reading Time1 h 6 min

AccessFree to download

SECTION 1 INTRODUCTION

1.0 Introduction

1.1 Key Concepts and Skills

1.2 Units

2.0 Disclaimer

3.0 How to use this Book

4.0 Recommended References

4.1A Mark’s Standard Handbook for Mechanical Engineers

4.1B Machinery’s Handbook, Large Print

4.2 Engineering Unit Conversions Book

4.3 Engineering Mechanics – Statics & Dynamics

4.4 Materials Science and Engineering: An Introduction 9th Edition

4.5 Mechanics of Materials

4.6 Machine Elements in Mechanical Design

4.7 Useful Websites

4.7.1 Beam Design Formulas with Shear and Moment Diagrams

4.7.2 Welding Symbol Guide and Chart

4.7.3 Control Charts and Tables of Constants for Control Charts

4.7.4 Vibration Isolation

4.7.5 Websites for Machine Design Standards

1.0 INTRODUCTION

Obtaining the P.E. license and exam structure

Key focus of the guide

1.1 KEY CONCEPTS AND SKILLS

How key concepts and skills are determined

Exam topic breakdown (I. Principles, II. Engineering Science and Mechanics, III. Material Properties)

Mechanical Full Exam PE Engineering Pro Guides Machine Design & Materials 80 exam difficulty level problems Covers Mechanical PE Machine Design & Materials exam topics Written in exam format Also includes detailed solutions Justin Kauwale, P.E. SECTION 1 INTRODUCTION Introduction Table of Contents 1.0 Introduction .............................................................................................................................2 1.1 Key Concepts and Skills......................................................................................................2 1.2 Units .................................................................................................................................... 5 2.0 Disclaimer ............................................................................................................................... 5 3.0 How to use this Book .............................................................................................................. 5 4.0 Recommended References ...............................................................................................9 4.1A Mark’s Standard Handbook for Mechanical Engineers .....................................................9 4.1B Machinery’s Handbook, Large Print..................................................................................9 4.2 Engineering Unit Conversions Book.................................................................................. 10 4.3 Engineering Mechanics – Statics & Dynamics .................................................................. 10 4.4 Materials Science and Engineering: An Introduction 9th Edition....................................... 10 4.5 Mechanics of Materials...................................................................................................... 11 4.6 Machine Elements in Mechanical Design.......................................................................... 11 4.7 Useful Websites ................................................................................................................ 11 4.7.1 Beam Design Formulas with Shear and Moment Diagrams.................................. 11 4.7.2 Welding Symbol Guide and Chart ......................................................................... 12 4.7.3 Control Charts and Tables of Constants for Control Charts .................................. 12 4.7.4 Vibration Isolation.................................................................................................. 12 4.7.5 Websites for Machine Design Standards .............................................................. 12 Introduction-1 [www.engproguides.com](www.engproguides.com) 1.0 INTRODUCTION One of the most important steps in an engineer's career is obtaining the professional engineering (P. E. ) license. It allows an individual to legally practice engineering in the state of licensure. This credential can also help to obtain higher compensation and develop a credible reputation. In order to obtain a P. E. license, the engineer must first meet the qualifications as required by the state of licensure, including minimum experience, references and the passing of the National Council of Examiners for Engineering and Surveying (NCEES) exam. Engineering Pro Guides focuses on helping engineers pass the NCEES exam through the use of free content on the website, [http://www.engproguides.com](http://www.engproguides.com and)[ and](http://www.engproguides.com and) through the creation of books like sample exams and guides that outline and teach you how to pass the PE exam. The key to passing the PE exam is to learn the key concepts and skills that are tested on the exam. There are several issues that make this key very difficult. First, the key concepts and skills are unknown to most engineers studying for the exam. Second, the key concepts and skills are not contained in a single document.

FAQs

What exam does this guide prepare for?

It prepares for the Mechanical P.E. exam for Machine Design & Materials, aligned with NCEES topic coverage.

How many problems are included and in what format?

The book includes 80 exam difficulty level problems, written in exam format.

Where do the covered topics come from?

Key concepts and skills were developed through analysis of NCEES-provided topics, including the AM/PM structure and the number of questions in each session.

Oct 29, 2026

Upload by Valentina