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Why Skipping Topics for the PE Exam Could Cost You Big!

August 12, 2025 by Anthony Fasano, P.E. Leave a Comment

In this article (and video above), I talk about why skipping topics for the PE exam is a risky gamble that can hurt your chances of passing. I share some relatable examples (yes, including my own close calls), explain the big risks of leaving out parts of the syllabus, and give you practical tips to tackle those weaker areas without feeling overwhelmed. By the end of this post, you’ll see why covering all your bases is the smartest way to go – and you’ll feel more confident knowing you’re fully prepared for whatever the exam throws at you.

Why Skipping Topics is a Risky Gamble

First off, the PE exam covers a wide range of topics. And trust me, it’s designed to pull from all of them. The NCEES specifications list every topic that can show up — and if it’s on that list, you can bet it’s going to be asked during the exam. That’s why skipping topics for the PE exam can backfire.

Now picture this: you walk into the exam feeling confident, only to see multiple questions on that topic you avoided. Not only are you losing out on those points, but it can seriously throw off your focus. You start doubting yourself, wasting time flipping through your handbook for answers you didn’t prepare for.

Even worse? Every question is worth the same amount. That means you can’t “make up” for missed questions just because you’re stronger in another area. Skipping topics for the PE exam could be the difference between passing and failing.

Even Easy Points Can Be Lost

How I’d Pass the FE Exam in 2025 – If I Had to Start From Scratch

July 29, 2025 by Anthony Fasano, P.E. Leave a Comment

In this article (and video above), I talk about how I would approach the FE Exam in 2025 — with no recent coursework, no study momentum, just a goal to pass and a plan to make it happen.

Whether you’re just graduated, or it’s been a few years and you’re dusting off the cobwebs, this episode is packed with practical, tested strategies that real engineers — just like you — have used to pass.

I am going to walk you through two common scenarios and share practical, targeted strategies for each — so you can move forward confidently with the FE Exam in 2025, no matter where you’re starting from.

Scenario 1: If You’ve Been Out of School for a While (Or Didn’t Pass the Exam Before)

Now, if it’s been a few years since graduation—or if you’ve taken the FE before and it didn’t go your way—first of all, that’s not failure. It just means it’s time to switch up the strategy.

Here’s how I’d approach it:

Start with a self-audit.

MASTERING Form 4A for the PE Exam Using a 5-Step Process

July 15, 2025 by Anthony Fasano, P.E. Leave a Comment

In this article (and video above), I walk you through everything you need to know about completing Form 4A using a clear, five-step process. Whether you’re filling it out for the first time or helping someone else navigate the process—this is the guide you didn’t know you needed.

I am going to use New York as an example, since I am licensed there—but keep in mind that the process may vary slightly from state to state.

What is a Form 4A?

Form 4A is the Verification of Experience form. It confirms that you’ve completed the engineering work required to qualify for licensure. It must be filled out by a supervisor, preferably a licensed PE, and submitted directly to the New York State Education Department (NYSED)—not by you. You can download the latest version of Form 4A directly from the NYSED website displayed on the screen and in the description of this video.

Now let’s talk about Completing the Form…

Step One – Applicant Information

You, the applicant, complete Section I. Enter your full name, date of birth, social security number or assigned ID, and the name of the university where you earned your degree.

For Example:

Name: John L. Doe
Date of Birth: 01/15/1990
SSN: 123-45-6789
School: Rincon Polytechnic Institute

Step Two – Verification of Experience

Is the FE Exam HARDER than the PE Exam?

July 1, 2025 by Anthony Fasano, P.E. Leave a Comment

In this article (and video above), I discuss a hot topic in the engineering world: Is the Civil FE exam actually HARDER than the PE?

From exam formats and technical content to unique challenges and prep strategies, I’ll share everything you need to know to help you figure out where the real difficulty lies. Whether you’re a student preparing for the FE or a seasoned pro gearing up for the PE, this episode is packed with insights for you.

The FE exam—also known as the Fundamentals of Engineering—is often viewed as the first big step in your professional journey. It’s broad, highly theoretical, and covers a massive range—calculus, statics, ethics, fluid mechanics—you name it. It’s like compressing all your undergrad engineering courses into a single test. No wonder it feels overwhelming.

But here’s the twist—some engineers say it’s easier because it’s more about memorization than real-world application.

Now enter the PE exam, the Principles and Practice of Engineering. It’s focused, in-depth, and hands-on. This one demands you apply what you’ve learned on the job to real engineering problems. Think: complex calculations, design scenarios, and discipline-specific questions.

Sounds tougher, right? Well, not always.

Many engineers actually find the PE more manageable because of their experience. Years of working in the field help you approach the exam with real-world context.

So, which is harder? It depends—on you.

LETS DO A FORMAT & STRUCTURE COMPARISON BETWEEN THE TWO:

What to Do If You Fail the PE Exam (Beyond Logistics)

June 17, 2025 by Anthony Fasano, P.E. Leave a Comment

In this article (and video above), I talk about what to do if you fail the PE Exam and provide you with a powerful plan to reassess, refocus, and rise, so you can come back stronger, smarter, and more prepared than ever.

Let’s break it down into three powerful steps: Reassess. Refocus. Rise.

Step 1: Reassess

Now is the time to analyze your performance — not to beat yourself up about the fact that you did fail the PE Exam, but to learn and grow.

Reflect on:

Which areas were most challenging?
Did I run out of time?
Was it anxiety, or was it a knowledge gap?

While the experience is still fresh, take a moment to jot down the specific topics that challenged you. If available, go a step further and request a diagnostic report. This isn’t just about identifying what went wrong—it’s about uncovering what you can do better next time.

Step 2: Refocus

How to Solve PW Problems with Uneven Cash Flows

June 3, 2025 by Anthony Fasano, P.E. Leave a Comment

In this article (and video above), we tackle a key concept from the Engineering Economics section of the FE Exam: PW Problems analysis. We’re given an investment with an initial cost and varying cash inflows over six years, and we calculate its value using an 8% interest rate. To do this, we apply the Single Payment Present Worth formula, which is ideal for handling non-uniform cash flows. Mastering this method is essential, as it’s a common topic you can expect to encounter on the FE Exam.

Question:

An investment generates the following cash flows over a 6-year period. Determine the Present Worth (PW) of the investment using an annual interest rate of 8%.

In today’s question, we are presented with a series of cash flows occurring over the span of 6 years. The investment has an initial cost of $30,000 in year zero, followed by a series of positive cash flows. Here, the goal is to calculate the Present Worth (PW) of these cash flows at an 8% interest rate. However, since these cash flows occur at different points in time, we’ll also need to account for the time value of money. Let’s start with a basic review of the concepts behind this problem:

The Present Worth Method:

The Present Worth method is a tool in engineering economics used to evaluate the total value of a series of future cash flows as if they occurred at the present time.

Time Value of Money:

Crush the PE Construction Exam With These Methods

May 27, 2025 by Anthony Fasano, P.E. Leave a Comment

In this article (and video above), I break down three high-impact strategies that have helped thousands of engineers not just pass—but absolutely dominate the PE Construction Exam.

Tip #1: Master the Theory

If you want to crush the PE Construction Exam, you need more than surface-level knowledge. You need to understand the “why” behind what you’re solving.

Here are five resources will help you build that deep foundation::

PE Civil Reference Manual (PPI): A must-have. Focus only on the construction chapters and use it to clarify anything the NCEES handbook skips over.
Construction Depth Reference Manual: While it’s from an older version of the exam, it’s still highly relevant. It covers everything from estimating and scheduling to materials and earthwork.
School of PE Review Guide – Construction: Two volumes, full-color visuals, and QR codes for extra help. Ideal if you’re a visual learner.
Civil Engineering PE All-in-One Guide (Dr. Goswami): Broad, budget-friendly, and includes built-in practice problems. It’s a great one-stop resource.
Construction Methods and Management (Textbook): Yes, it’s a textbook—but this one’s different. Many engineers keep it as a reference even after the exam.

Use these resources to reinforce weak areas and get a deeper understanding of key concepts. That way, when a tricky question shows up, you’ll know exactly how to approach it.

Tip #2: Crush Practice Problems Like a Pro

Once your theory’s solid, it’s time to train for speed, accuracy, and endurance.

Here are six excellent resources packed with construction-specific problems:

PE Civil Practice Problems (PPI): These are tougher than the real exam—and that’s what makes them so valuable.
Six-Minute Solutions – Construction Depth (PPI): Quick-hit problems you can fit into a study break or morning routine.
School of PE’s Construction Practice Problems: Aligned with the current exam specs—relevant and fresh.
Construction Practice Problems (Dr. Mansour): Over 200 questions. Specs are slightly older, but just solve them using the current handbook.
100 Bonus Theory Questions (Civil Engineering Academy): Theory-based questions are more common than you’d think. These will help you recognize how NCEES frames conceptual problems.
All-in-One PE Practice Exams (Goswami): Use this as a custom problem bank. Target construction-specific questions and work through them in sets.

Always practice with your exam calculator and the NCEES handbook as your only reference. Build muscle memory now, and you’ll save serious time on exam day.

Tip #3: Simulate the Real Exam with Full-Length Tests

You wouldn’t run a marathon without practice runs. The same goes for this exam. Taking full-length, timed, CBT-style exams is non-negotiable.

Start taking full-length exams 4–6 weeks before test day. Then take another one every week or so. Treat them like rehearsals, and you’ll go into the real test cool, calm, and ready.

Closing Thoughts:

Remember, the PE Construction Exam is tough. No one’s denying that. But with the right materials, a clear plan, and consistent effort, you won’t just survive it—you’ll conquer it.

I hope you found this article helpful. In upcoming articles, I will solve some more PE exam practice problems and answer other questions from our subscribers. Pass the PE Exam videos will publish monthly, so be sure to click the subscribe button so you don’t miss something that could make a substantial difference in your exam result.

Lastly, I encourage you to ask questions in the comments of this video, or on this page and I’ll read and respond to them in future videos. So, if there’s a specific topic you want me to cover or answer, we have you covered.

I’ll see you next week… on Pass the PE Exam

Anthony Fasano, P.E., AEC PM, F. ASCE
Engineering Management Institute
Author of Engineer Your Own Success

Mastering the FE Exam Amidst School and Work Chaos!

May 20, 2025 by Anthony Fasano, P.E. Leave a Comment

In this article (and video above), I talk with Brea Jarrell, EIT, an Engineer I at Parametrix, about the transition from student life to full-time engineering work, the pivotal role mentorship has played in her career, and how mastering the FE Exam—and the skills and mindset gained from that preparation—continue to impact her daily responsibilities.

Here Are Some of the Questions I Asked Brea:

How did you land your opportunity with Parametrix as a freshman, and what was that experience like?
When did it become a priority for you, and can you walk us through the emotional and practical journey of not passing it the first time? What changed the second time around?
How did you find the time and focus to study for the FE exam? Were there any specific strategies or habits that helped you stay on track, especially the second time?
Were there any tough or unexpected FE topics that really challenged you? How did you work through those moments, and did any mentors help guide you through the more difficult parts?
How did you go about finding them, and what impact have they had on your transition from student life into the professional world?
How do you see the concepts or mindset from your FE preparation showing up in your day-to-day work?
What final piece of advice would you offer to students or early-career engineers, especially those who may be struggling with the FE or navigating the shift from college into the professional world?

Here Are Some Key Points Discussed in This Episode:

PE Exam Alert: Project Management Takes Center Stage in 2025!

May 13, 2025 by Anthony Fasano, P.E. Leave a Comment

Big changes are on the horizon for the PE exam in 2025 — and you need to be ready. Project management is moving into the spotlight, and mastering it will be critical to your success.

In this article (and video above), I break down exactly what this new emphasis means for you as a PE candidate, and share expert insights and actionable tips to help you tackle it with confidence.

Whether you’re an experienced engineer or just beginning your journey, this is a must-watch if you’re serious about passing the PE exam in 2025.

The engineering landscape is evolving, and the Professional Engineer (PE) exam is changing too. As of 2025, project management is taking center stage, becoming a crucial component that aspiring engineers must master. This shift reflects the growing importance of project management skills in the engineering field, where professionals are expected to lead projects efficiently and effectively.

Engineers often find themselves well-versed in technical skills but might struggle with the project management aspects. The challenges are real – from understanding the project lifecycle to managing resources and timelines effectively. Many might be thinking, “I’m strong in my technical field, but project management? That’s a whole different ball game.” And they’re right; it does require a different set of skills. The potential gaps in knowledge can be significant, especially for those who haven’t had extensive experience in managing projects.

Programs like EMI’s AEC Project Management Certification are specifically designed to equip engineering professionals with the essential project management skills they often don’t receive through traditional technical education.

How to Perform a Bending Moment Calculation for the FE Exam

May 6, 2025 by Anthony Fasano, P.E. Leave a Comment

In this article (and video above), we tackle a key structural engineering topic from the FE Exam: bending moment calculation for a loaded 20-foot beam. Using mathematical models and real-world examples, we walk through the bending moment calculations and discuss their significance in structural design. Whether you’re a student or a professional engineer, this article and video will help you strengthen your understanding of fundamental structural principles for the FE Exam.

Question:

A simply supported beam with a span of 20 feet is subjected to two loadings. A concentrated point load of 10 kips is applied 5 feet from the left support (point A), and a uniformly distributed load of 2 kips/ft acts continuously along the entire length of the beam. Determine the maximum bending moment in the beam using a bending moment calculation.

In today’s problem, we are tasked with analyzing a $20\,\text{ft}$ long simply supported beam subjected to both a point load and a uniformly distributed load. The point load is applied at a distance of $5\,\text{ft}$ from support $A$, while the uniformly distributed load of $2\,\text{kips/ft}$ is applied across the entire span of the beam. Our goal is to determine the maximum bending moment in the beam and its location.

Explanation:

In today’s problem, we are tasked with analysing a 20 ft long simply supported beam subjected to both a point load and a uniformly distributed load. The point load is applied at a distance of 5 ft from support A, while the uniformly distributed load of 2 kips/ft is applied across the entire span of the beam. Our goal is to perform a bending moment calculation to determine the maximum bending moment in the beam and its location.

To find the maximum moment in the beam due to the applied loads, we first need to determine the beam’s reactions at its supports. We label these loads R_A and R_B respectively. For convenience, we can also label our applied point load as F and the distributed loading as W.

With all the forces accounted for, we can move on to applying the equations of static equilibrium. These equations are based on the fundamental principle that the sum of the vertical forces in a system must equal zero, and the sum of the moments about any point in the system must also equal zero.

$\sum F_y = 0$

$\sum M_{A,B} = 0$

Let’s find an equivalent load for the distributed force so we can apply this first equation. The total load intensity from the distributed load is calculated as the intensity of the load, $2\,\text{kips/ft}$, multiplied by the beam’s length $20\,\text{ft}$. This gives us an equivalent load of $40\,\text{kips}$.

$F_w = R_A \cdot L$

$F_w = 40\,\text{kips}$

This represents the total load if the distributed loading were concentrated at the center of the beam as a single point load.