Hello and welcome! Are you getting ready to take your PE Civil Transportation exam? I know studying can feel overwhelming. I am here to help you prepare the right way.

We created this practice test course to make your exam preparation simple. You will not find heavy or confusing language here. I believe in plain English. I want you to focus on the engineering, not on trying to read hard words.

Passing this professional certification takes practice. Reading books is good, but taking mock exams is better. Our practice tests show you exactly what to expect. We designed the test questions to look and feel like the real 2026 exam.

I want to make sure you really think about the problems. That is why our advanced scenario questions contain at least two specific project requirements. This helps you build the critical thinking you need for the real test.

When you take our practice exams, you get a score. But the score is only part of the story. For every single question, we provide a detailed explanation. We tell you why the right answer is correct.

We also explain why the wrong answers are incorrect. This is how you learn fast. You can study these explanations and fix your mistakes. You will slowly build your confidence.

You can use this course at your own pace. If you have a busy job, you can take a mock exam on the weekend. You can stop and start when you need to. We want this to fit into your normal life.

This certification preparation covers everything. We talk about traffic flows, signals, road shapes, and project money. We focus on the exact topics the real test covers. I want you to feel totally ready on test day.

Many students fail because they do not practice enough. They know the math, but they do not know how the test asks the questions. Our mock exams fix this problem. We train you to read the questions carefully.

When you see a scenario on our test, take your time. Look for the small details. Remember, we put multiple requirements in our big questions. You must find all of them to get the right answer. This trains your brain to spot tricks.

We also keep our content updated. The engineering rules change, and tests change too. Our material is updated for 2026. You are studying the right facts for your upcoming test.

Getting your PE license is a big step. It shows employers you are a true professional. It can lead to better jobs and a better salary. I want to help you reach that goal.

I am very proud of this study tool. I made it to support you. Let's start this work together. Take a practice test today and see where you stand. I am here cheering for you!

What You’ll Learn

Analyze traffic capacity and plan safe transportation routes for cars and bikes.
Design the correct timing and layout for busy traffic signals.
Calculate horizontal curves and safe sight distances for drivers.
Plan safe roadsides, clear zones, and protective barriers.
Design complex highway intersections and modern roundabouts.
Classify soil types and test earthwork strength before building.
Design both flexible asphalt and rigid concrete road pavements.
Manage storm water using culverts, drains, and detention ponds.
Estimate project costs and track engineering schedules accurately.
Perform economic analysis to see if a construction project makes financial sense.

Course Features

Practice exams: Test your skills with full-length mock exams.
Realistic exam questions: Get used to the format of the real PE test.
Detailed explanations: Learn from your mistakes with clear answers for every question.
Updated for 2026: Study facts and codes that apply to the newest exams.
Self-paced learning: Take the tests whenever you have free time.
Certification preparation: Focus only on the topics you need to get your license.
Advanced scenarios: Solve complex questions that require you to balance two or more specific business requirements.

Course Structure

Section 1: Traffic Engineering (Capacity Analysis, Transportation Planning, and Safety Analysis) In this section, we will look at how traffic flows and how to plan for it. You will learn about traffic studies, trip generation, and how to analyze crashes to make roads safer. We also cover forecasting future traffic and planning for pedestrians and bikes.

Section 2: Traffic Signals and Traffic Control Design Here, we study how to time traffic signals, including clearance, cycles, and pedestrian crossing times. You will learn how to design signals and decide when a new signal is needed. We also go over the rules for permanent road signs, road markings, and temporary traffic control.

Section 3: Horizontal and Vertical Geometric Design This section helps you understand the physical layout of roads. We will review circular curves, horizontal sight distance, and how much a road needs to tilt. You will also learn about vertical alignment and the safe stopping distances you need on hills and dips.

Section 4: Roadside and Cross-Section Design Plus Intersection Geometry We want to make sure the sides of our roads are safe. This part covers clear zones, slopes, and safety barriers. You will also study the layout of intersections, highway interchanges, and roundabouts. We make sure to include designs for walking paths and ADA rules.

Section 5: Geotechnical and Pavement Plus Drainage Before you build a road, you must understand the dirt and water around it. We cover soil types, strength, and earthwork. You will learn how to design flexible and rigid road pavements. Finally, we review how water moves, including culverts, drains, and detention ponds.

Section 6: Project Management In our final section, you will learn how to manage the money and time for an engineering job. We review how to estimate costs, schedule tasks, and track the value of the work done. You will also practice economic analysis to make sure the project makes financial sense.

Who This Course Is For

Engineers preparing for the PE Civil Transportation exam in 2026.
Professionals who want to check their road design and planning skills.
Students looking for realistic mock exams to test their knowledge.
People who need clear, simple explanations for tough engineering problems.
Job seekers wanting to boost their resume with a professional license.
Anyone looking for an easy-to-read study guide that skips the confusing jargon.

Requirements

You need a basic knowledge of civil engineering ideas.
You should have a calculator ready for math problems.
You need time to take self-paced practice tests.
You must have a goal to pass your 2026 certification exam.

Why Take This Course

Taking this course gives you the tools you need to succeed. The PE exam is very hard, but it is worth it. By practicing with our questions, you train your brain to work under pressure. This course removes the surprise on test day. We show you exactly how the topics look in real scenarios. When you feel ready, you will walk into the testing center with confidence.

Exam Preparation Strategy

Our strategy is simple but it works. First, you take a mock exam and see your score. Next, you must read the explanation for every single question. This is where the real learning happens. Pay close attention to our advanced scenario questions. Look for the two or more project requirements hidden in the text. Once you understand your mistakes, take the test again. Repeat this process until your score is high.

Career Benefits

Earning your PE license changes your career. It proves to employers that you have verified, high-level skills. Only licensed engineers can sign off on major public plans. Because of this, licensed engineers usually earn higher salaries. It also opens doors to upper management jobs. This certification helps you stand out from the crowd and secures your future in the industry.

Important Course Disclaimer

This course is an unofficial practice test resource. It is designed only for your study and test preparation. We are not affiliated with or endorsed by NCEES or any official testing board. All certification names belong to their owners. Passing the real exam is not guaranteed by using this study guide. Rest assured, these aren't leaks. They are custom-developed practice questions, specifically engineered using advanced research tools to match the 2026 exam standards.