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UNDERSTANDING THE LICENSURE PROCESS (for EMPLOYERS)

By Angelina V. Stasulis, PE, SE

Not too long ago, the path to licensure was a familiar, linear journey: graduate, pass the FE, complete several years of work, then sit for the PE. Over the past twenty years, though, this process has become more complex, owing to multiple iterations of structural-specific exams (e.g. SE I, SE II, SE III, 16-hr PE Structural, 21-hr PE Structural), and now the new computer-based testing format on top of the existing complex variations between states.

Despite these changes, licensure remains the foundation of professional credibility and public trust. For employers, understanding how the process has evolved is crucial—not only to ensure compliance and professional responsibility, but to foster an environment where young engineers can successfully achieve licensure without burning out. Beyond ensuring the succession of the firm with new licensed professionals to advance into leadership roles, supporting licensure of staff yields a stronger, more reputable firm, capable of tackling complex challenges and building lasting trust with clients.

What Licensure Really Means

A professional engineering license is not merely a credential—it’s legal authority granted by a state to practice engineering and take responsibility for public safety. Like drivers’ licenses, engineering licensure is state-based. Unlike drivers’ licenses, there is no reciprocity between states; a Georgia engineering license does not permit the holder to practice anywhere besides Georgia itself. In order to practice engineering in a different state, you must acquire a license from that state’s board.

Licensure, therefore, is both a legal and ethical commitment. It signals to clients and peers that an engineer has demonstrated technical competence, integrity, and a dedication to the profession. While some firms only permit owners/principals sign and seal drawings for insurance reasons, every licensed engineer strengthens a firm’s reputation—their achievement reflects a culture that values excellence and accountability.


Exam Structure

Fundamentals of Engineering (FE)

The FE exam remains the entry point for engineering licensure. Administered by NCEES, it’s a six-hour, 110-question computer-based exam offered year-round. Passing demonstrates a solid grasp of engineering fundamentals and qualifies graduates to apply for Engineer-in-Training (EIT) status. One key point often overlooked: passing the FE alone does not make someone an EIT. Many states, including Georgia, require a formal application and fee to award the EIT certificate. Employers can help by reminding new graduates to complete this step promptly and asking for their EIT number for company records. They can also support this first step by adding these credentials to employee email signatures.

Principles and Practice of Engineering (PE – Civil, Structural)

The PE exam is the next milestone. It’s a single-day, eight-hour, computer-based exam designed for experienced professionals. For most structural engineers, this means taking the Civil: Structural depth exam, which focuses on fundamental design principles rather than complex system behavior and costs $400 as of 10/18/2025. Examinees are not permitted to bring any personal resources into the exam, but do have access to a digital NCEES PE Civil Reference handbook and digital copies of the applicable design standards. Exams can be scheduled year-round at Pearson VUE testing centers.

Passing this exam and meeting your state’s experience and education requirements leads to a Professional Engineer (PE) license—a credential that permits independent practice within your area of competence. For candidates who do not pass, NCEES permits additional attempts- once per three-month testing window and no more than three times in any rolling 12-month period.

Principles and Practice of Engineering – Structural (SE)

The SE exam represents the highest level of structural engineering licensure, required in some jurisdictions for engineers responsible for significant or high-risk structures. It is a computer- based exam administered by NCEES at Pearson VUE testing centers and consists of four components: Vertical Breadth (5.5 hours), Lateral Breadth (5.5 hours), Vertical Depth (5 hours; 6 hours beginning April 2026), and Lateral Depth (5 hours; 6 hours beginning April 2026). The Breadth components are offered year-round, while the Depth components are offered twice annually—typically in April and October. Depth components are not available on weekends and must be taken on week days. Breadth components may be available on weekends, pending the local Pearson VUE testing center operating hours. No more than one exam component may be taken per day. Examinees are not permitted to bring any personal materials but have access to a digital NCEES SE Reference Handbook and digital copies of all applicable design standards. The cost for each component is $350 as of October 2025.


Candidates must pass all required SE exam components to achieve a passing result. NCEES has not published a time limit for completing all components under the current computer-based format, though earlier versions of the exam required both components to be passed within a five-year period. Per NCEES, examinees may attempt computer-based exams “one time per testing window and no more than three times in a 12-month period”.

Decoupling and State Variations

In the past, candidates had to accrue four years of experience before sitting for the PE. Today, many states—including Georgia—have decoupled experience from exam eligibility. Engineers can now take the exam after graduation as soon as they feel prepared, even before completing experience requirements, though they would not be eligible to apply for their license until the required experience has been attained. While this flexibility can accelerate career growth, it also adds confusion. Each state’s rules differ, and some require applications to be approved before sitting for the exam. Employers can play an essential role by helping employees interpret these nuances early on and stating clear expectations and recommendations on when employees should aim to sit for their licensing exam. Additionally, this new approach means employers must now consider recognition not just for attaining licensure, but also the possibility of a separate level of recognition for passing the exam, which may occur well in advance of attaining a license.

PE Civil – Structural
 
 

 

Then (~2015)

Now (2025)

Format
Paper-and-pencil, open-book; 8 hours, twice yearly (April/October).
Computer-based, 8 hours, offered year-round at Pearson VUE centers.
Reference Access
Personal codebooks, notes, and handouts allowed.
No personal materials. On-screen NCEES PE Civil Reference Handbook and digital design standards only.
Content Focus
Locating and applying code provisions, multiple Civil disciplines in AM Breadth and Structural-only focus in PM Depth.
Conceptual mastery and digital fluency emphasized; exclusive focus on Structural discipline
Scheduling
April and October only.
On-demand scheduling; flexible test-center access.
Results Timeline
8–10 weeks.
7–10 days via automated scoring.
Cost
≈ $300.
$400 (as of Oct 2025).
 
 
 
PE Structural ("SE")
 
 
 
Then (~2015)
Now (2025)
Format
Two 8-hour paper exams (Vertical & Lateral) over 2 days.
Four computer-based components: Vertical Breadth (5.5 h), Lateral Breadth (5.5 h), Vertical Depth (5 → 6 h in 2026), Lateral Depth (5 → 6 h in 2026).
Exam Schedule
April and October only.
Breadth: year-round Depth: April & October windows only.
Reference Access
Full printed codebooks (ASCE 7, ACI 318, AISC 360).
Digital-only: on-screen NCEES SE Reference Handbook + electronic design standards.
Design Standards
Varied by state; some outdated.
Standardized nationally (e.g., ASCE 7-16, ACI 318-14, AISC 360-15, IBC 2018).
Delivery & Security
Manual proctoring; paper grading.
Secure CBT platform via Pearson VUE.
Retake Options
Only twice per year.
Breadth: year-round Depth: twice per year.
Results Timeline
10–12 weeks.
10–14 days.
Cost
≈ $800 (total).
≈ $350/component ($1400 total) (as of Oct 2025)
Days Required
2
4

Licensure Paperwork

In addition to passing the required examination, all states have requirements related to experience and education that must be submitted and verified as part of the application process. Applicants must collect sealed transcripts, EIT verifications, signed experience records, and personal references—each with specific formatting and submission requirements. Though many state boards require original, signed, sealed envelopes or direct submissions from supervisors and registrars, Georgia currently requires the entire application be completed electronically, including experience verification from all current and previous employers. Most states also require four years of progressive engineering experience under licensed supervision. This doesn’t simply mean time in the seat—it means measurable growth in responsibility. Junior engineers should document each project phase they participate in, from modeling to system design to coordination. Firms may want to consider making this part of annual performance reviews.

How Employers Can Support Licensure

Foster Open Dialogue


Licensure shouldn’t be a side project. Encourage engineers to discuss exam goals early and often with supervisors. Integrate professional licensure into job descriptions, career path, and performance review conversations. These conversations help managers plan workloads, schedule around study commitments, and align project responsibilities with experience requirements.

Respect Study Time

The average candidate spends 300–600 hours preparing for the PE or SE exam. Firms can support this by considering:

  • Offering flexible hours, reduced workload, or limiting travel during study periods
  • Allowing use of conference rooms or quiet spaces for after-hours study

Small accommodations can have an outsized impact on morale and retention.

Provide Resources

Engineering codes and references are expensive—sometimes prohibitively so. Employers can:

  • Maintain a shared library of current NCEES reference codes
  • Offer reimbursement for review courses and materials and clearly document your policy in an easily accessible place for all employees
  • Provide access to electronic code subscriptions for exam use
  • Cover membership dues for organizations like SEAOG, NCSEA, or ASCE, which often host study groups and review sessions

Even a modest materials budget signals institutional respect for professional growth.

Financial and Administrative Support

Licensure expenses add up: exam registration ($1400 depending on type), application fees (currently $100 in Georgia, plus any additional fees incurred to acquire transcripts) reference materials or courses (often ~$1000), and potential travel. Firms that offer financial support for pursuing licensure stand out as employers that invest in long-term staff development.

For administrative ease, consider a simple internal form to track:

  • Exam fee and licensure application reimbursements
  • Study course approvals and resource reimbursement
  • PTO requests tied to exam schedules

Such processes promote fairness and transparency.

Recognition and Reward

Professional Licensure is a major professional achievement. Recognizing it publicly and instantly reinforces that licensure matters at every level. Celebrating this milestone sends a clear message: your growth strengthens the firm. Recognition also encourages younger staff to envision their own path to licensure. Since the exam is often decoupled from the final license award, firms should consider immediate recognition upon passing the exam to capitalize on the achievement and morale boost.

Potential Forms of Recognition:

Financial & Tangible Rewards

  • Spot Bonus (Immediate cash reward).
  • Immediate Salary Adjustment (Permanent raise upon licensure).
  • Full Reimbursement for all exam, application, and renewal fees.
  • Extra Training Stipend for advanced, specialized courses.

Professional Identity & Visibility

  • Public Announcements (Company-wide email, social media, staff meeting mention).
  • Update All Materials with Credential* (New business cards, email signature, website bio)
  • Framed License Presentation or firm plaque.
  • Pay Annual Dues for relevant professional societies (e.g., SEI, ASCE).

Career & Responsibility

  • New Project Leadership role, granting signing/sealing authority.
  • Mentorship Role for E.I.T.s preparing for the exam.
  • Promotion Eligibility or fast-tracking for next review cycle.

Personal & Morale

  • Office Team Celebration (Lunch or happy hour).
  • Extra Personal Day Off (Separate from PTO/sick leave).
  • Personalized Gift (High-quality pen or gift certificate).

*This only applies once licensure has been achieved, not simply passing the required examination. Use of credentials such as “PE”
or “SE” are generally governed by state law. In Georgia, these credentials cannot be used unless the individual holds a valid license.
Successful completion of the exam alone does not warrant use of the credential.


Create a Written Licensure Support Policy


One of the most meaningful actions a firm can take is to formalize its support framework. This document can outline:

  • What the company provides (time off, reimbursements, mentorship)
  • What employees are expected to do (notify supervisors early, track expenses, meet deadlines)
  • How success will be recognized

Such clarity eliminates ambiguity and ensures consistent support across all staff levels.

A Shared Responsibility

Professional licensure isn’t just a personal goal—it’s a shared responsibility between the engineer and their employer. When firms invest in staff development, they elevate not only individual careers but also the reputation and credibility of the entire organization. 

Building a culture that values licensure means acknowledging how the process has evolved—and adapting company policies accordingly. For employers, that might mean rethinking project scheduling, budgeting for professional development, or simply taking the time to understand what the PE and SE journeys look like today. Licensure defines our profession. It’s how we demonstrate competence, protect the public, and uphold the standards that make structural engineering a discipline of trust.

The pathway to that license may be more complex than it was decades ago—but with informed, intentional support from employers, it doesn’t have to be harder. When firms invest in their engineers’ success, they strengthen the profession as a whole.

Ready to formalize your firm's commitment? Utilize the provided Employee Handbook Template to develop and publish a clear, comprehensive licensure support policy tailored to your team.

The New Computer-Based Structural Engineering Licensure Exam

Contributed by Angelina V. Stasulis, PE, SE
Updated April 2024
This article is based on the presentation given by Jason J. Gamble of NCEES at the NCSEA Summit in November 2022.

 

The format of NCEES' Professional Principles and Practice of Engineering: Structural exam, colloquially known as the "SE Exam", has changed. The last offering of the current 16-hr, pencil-and-paper format was October 2023.


Why did the Test Change (again)?
NCEES is governed by its 69 engineering and surveying licensure member boards from all 50 states, Washington DC, and all US territories, including Georgia's PELS Board. These boards voted to transition all professional exams (engineering and surveying from paper-and-pencil to computer-based-testing (CBT) over a decade ago for a number of reasons, including, but not limited to:

  1. Increased Exam Security
  2. Improved Exam Measurement
  3. Faster Results Release

The PE Structural exam was saved for last due to its being the only exam with a constructed response (essay) section in addition to multiple choice format questions.

 

What's Changed?
The exam has been reformatted to fit the computer-based offering system, which has different limitations than traditional pencil-and-paper. These changes center around two primary differences: 

  1. The pencil-and-paper exam had two separate components (vertical and lateral), totaling 16 hours of exam time. The computer-based test has four sections (vertical-breadth, vertical-depth, lateral-breadth, and lateral-depth), totaling 21 hours of exam time. Components for the paper-and-pencil exams can be taken and acceptable results achieved  at different times.  Sections for the computer based exam can be taken and acceptable results achieved at different times.
  2. References for the pencil-and-paper exam were supplied by the candidate, and no limit was placed on the amount of references a candidate could transport in/out of the exam facility. References for the computer-based test are delivered along with the exam, and include fully searchable electronic versions of all required codes and design standards as well as a NCEES-generated reference manual. Candidates are not permitted to bring any of their own reference materials to the test.

 

Candidates must achieve acceptable results on ALL sections in order to pass the computer-based PE: Structural exam. 

 

Additional differences are summarized in the table below:

 

 

Pencil-and-Paper

CBT

Commentary

Format

(2) Components:

Vertical - 8hr

Lateral - 8hr

(4) Sections:

Vertical Breadth - 5.5hr

Vertical Depth - 5hr

Lateral Breadth - 5.5hr

Lateral Depth - 5hr

Breaking the exam into smaller sections enables candidates to focus on less material at a time.

This is particularly advantageous for candidates who do not pass both breadth and depth sections at the same time. Instead of re-taking an entire vertical or lateral component, candidates can pass the breadth and depth sections independently from one another.

Exam Time

16hr

21hr

See below

Breadth Questions

Amount and Type

40 Multiple Choice

55 Multiple Choice

45 operational + 10 pretest

A certain number of questions is required to meet exam reliability standards. Additional questions were required to be added to the multiple choice sections to qualify them as independent sections.

Depth Questions

Amount

Type

4 (Buildings) or 3 (Bridge) constructed response

(5)-12 question "scenarios"

In lieu of constructed  response, computer-based testing uses "alternative item types" (AITs) for the depth sections. AITs include: multiple-select,  fill in the blank, drag-and-drop, and point-and-click.

Scoring

Every question counts toward a candidate’s result

Pre-test (non-scored) questions are part of exam and do not count toward a candidate’s result

It's common practice to include pre-test questions in high-stakes credentialing computer-based testing for a variety of exam development and evaluation purposes. NCEES has decided to do this to evaluate  test questions prior to their  use as operational questions, to obtain statistics, screen for fairness and general performance, and to bolster the item bank  with questions that performed well in a real testing environment.

Reference Material

Candidates can bring in an unlimited amount of their own reference materials.

Candidates are provided with fully searchable and electronic versions of all required codes and standards and a NCEES-generated reference manual.

 

The reference manual will be available to candidates upon creation of  their “MyNCEES” account.  Candidates may register up to a year prior to their examination.  Registration refers to paying and declaring intent to sit for an exam, which is separate from selecting and scheduling a test date at a Pearson Professional Center..

 

Cost Per Component

$500

(Whole Exam = 2 components x $500 = $1000)

$350

(Whole Exam = 4 sections x $350 = $1400)

Each computer based section of the exam costs NCEES approximately $465 to develop and administer, more than the candidate pays. This cost is subsidized by NCEES' other examinations.

When do you take the test?

Specific dates  2x (April and October) each year

Candidates choose their test date.

 

Breadth sections will be offered year-round. Candidates can take up to 3x in a 12-mo period, but no more than once every three months.

 

Depth sections will be offered during two windows each year. Candidates can choose their dates within the window.

 

This process offers candidates more flexibility in scheduling their exam around their professional and personal lives.

Where do you take the test?

One of 18 regional test sites 

Any Pearson Professional Center in the US (353 total)

CBT enables candidates more access to test sites

What happens if you fail?

You retake the entire component (vertical or lateral)

You only have to retake the section you failed (ex: vertical-depth)

This helps candidates focus their time and eliminates the need to repeat the exam in areas they have already proven competence in.

 

 

Where to Learn More
NCEES podcast: https://ncees.org/podcast-jason-gamble/
NCEES YouTube: https://www.youtube.com/user/nceesmedia
NCEES Website:  NCEES.org/CBT

 

A Note About the Transition

Candidates who have achieved acceptable results on one, but not both, components of the PE: Structural exam when CBT begins will only need to take the sections of the computer-based component in which they have not gotten acceptable results.

 Example:

Candidate takes the 16-hr exam in October 2023, but only received acceptable results on the Vertical component. This candidate would need to take and achieve acceptable results on the  Lateral-Depth and Lateral-Breadth  sections via CBT in order to pass the PE: Structural exam.