Engineer Salary by FE, EIT, PE, and P.Eng Status: What the Data Actually Says

Salary is one of the least silly reasons to care about the FE exam. Engineering is hard, licensure takes time, and nobody should pretend that "career growth" is only about noble professional development. Pay, job stability, and room to move matter.

The honest answer is encouraging, but not perfectly simple. Government labor data shows engineering is already a high-paying occupation group. Professional salary surveys show a meaningful PE and P.Eng premium, especially in civil and public-facing engineering. But the data does not cleanly isolate "passed the FE" as its own wage category.

The data problem: FE, EIT, PE, and P.Eng are not the same thing

Before looking at numbers, separate the career steps:

• Passed FE: You passed the Fundamentals of Engineering exam. That is usually the first exam step toward licensure, but by itself it is not the same as being certified as an EIT or EI.
• EIT or EI: Engineer in Training or Engineer Intern. The name varies by state or board. In many places, you apply for this after passing the FE and meeting board requirements.
• PE: Professional Engineer in the United States. This usually requires education, the FE exam, qualifying experience, and the PE exam, with state-specific rules.
• P.Eng: Professional Engineer in Canada. This is regulated by provincial and territorial engineering regulators, with requirements that differ from the U.S. path.

Those differences matter because salary data is messy. A PE usually has more experience than an EIT. A P.Eng may have permission to consult, management responsibility, client authority, or specialized technical ownership. So the salary gap is real, but it is not caused by the letters alone. The letters often show that the engineer has crossed into a higher-responsibility part of the career ladder.

U.S. engineering salary baseline from BLS

The Bureau of Labor Statistics is the cleanest starting point because it is not selling a prep course, membership, or salary report. The latest BLS Occupational Outlook Handbook pages currently use May 2024 wage data and 2024-2034 employment projections.

Those numbers are broad. They include engineers at different experience levels, in different states, in different sectors, with and without licenses. Still, the direction is clear: engineering pay sits well above the all-occupation median, and several engineering fields have faster-than-average projected growth.

Does passing the FE exam increase salary?

Sometimes indirectly, but it is not usually an automatic raise. The FE is valuable because it changes your path. NCEES describes the FE exam as generally the first step toward becoming a licensed Professional Engineer. For students and recent graduates, that first step matters because it makes EIT or EI certification possible in many jurisdictions.

Employers in licensure-heavy fields often use FE/EIT status as a screen or tiebreaker. If two entry-level civil candidates look similar and one has already passed the FE, the FE-passed candidate looks lower risk. They have already started the path the firm probably needs them to finish.

But salary websites and government tables rarely have a clean "passed FE but not EIT" row. If you passed the FE, the best move is to apply for EIT/EI status where appropriate and list your status honestly:

• Passed NCEES FE Exam if you passed but have not applied for EIT/EI certification yet.
• EIT certification pending if the board application is underway.
• Engineer in Training (EIT) only after the board grants that title.

In other words: the FE may not be the raise. It is the door handle.

What EIT salary data can and cannot prove

EIT data is tricky because most EITs are early career. Lower EIT pay does not mean the credential is weak. It mostly means the person is closer to graduation and has not yet reached the experience level where they can take responsible charge of engineering work.

ASCE's 2025 civil engineering salary report summary gives a helpful U.S. starting reference point: median entry-level civil salary increased to $77,100. That does not mean every EIT earns that number, but it is a useful reality check for new civil graduates and early FE/EIT candidates.

Canada gives us a clearer designation split in at least some provincial salary surveys. The 2025 APEGS salary survey reported a median full-time salary of CAD $80,000 for Engineer-in-Training respondents. In the same survey, P.Eng. respondents reported a median of CAD $132,000.

That CAD $52,000 difference is useful, but it is not a pure credential premium. EIT and P.Eng respondents are generally in different career stages. The practical lesson is still powerful: the training designation is early-ladder; full professional registration is tied to higher-responsibility, higher-pay work.

How much more do PEs earn?

The strongest public number right now is from ASCE, and it is specific to civil engineering. In its 2025 civil engineering salary work, ASCE reported that earning a PE license increases a civil engineer's annual salary by $40,000 compared with civil engineers who have no license or certification. ASCE also reported an average civil engineering base salary of $148,000 in that survey.

That is a big number. It is also exactly the kind of number that should be read carefully. A licensed PE is often more experienced, more trusted with client work, more eligible for promotion, and more likely to have project responsibility. The license is part of the reason the pay ceiling moves, but experience and responsibility move with it.

BLS explains why the license matters in real work: PEs may oversee the work of other engineers, approve design plans, sign off on projects, and provide engineering services directly to the public. That is the salary story in plain language. The PE license can make an engineer eligible for work that an unlicensed engineer cannot own independently.

What about P.Eng salary in Canada?

For Canada, use two different lenses: government wage data for occupation-level pay, and regulator salary surveys for designation-level pay.

Canada's Job Bank reported national median hourly wages updated November 19, 2025, using 2023-2024 Labour Force Survey reference data: civil engineers at CAD $48.56/hour, mechanical engineers at CAD $45.67/hour, and electrical and electronics engineers at CAD $50.67/hour. Those are occupation-level numbers, not P.Eng-only numbers.

The 2025 APEGS survey goes deeper by designation. It reported these full-time medians:

• P.Eng.: CAD $132,000 median
• Engineer-in-Training: CAD $80,000 median
• Engineering Licensee: CAD $120,697 median
• Permission to consult, total: CAD $132,500 median
• No permission to consult, total: CAD $106,000 median

Again, do not read that as "fill out a form and instantly add CAD $52,000." It means professional registration and consulting authority tend to sit in a higher-responsibility part of the engineering labor market.

Job stability: the quiet reason licensure matters

Salary gets the clicks, but job stability may be the better long-term argument. BLS projects architecture and engineering occupations to grow faster than average from 2024 to 2034, with about 186,500 openings per year across the group. Civil, mechanical, electrical/electronics, and environmental engineering all show steady projected openings.

For civil engineering specifically, ASCE's 2025 salary coverage pointed to strong demand and reported that 6.9% of survey respondents voluntarily left their jobs in 2024. Job switchers did well too, with a reported average base salary increase of 22%. That is a healthy labor market signal, but it is not a promise that every employer or region will feel the same.

Licensure helps stability because it makes you useful in moments when firms need accountable engineers: proposals, public work, plan review, client meetings, design approvals, field issues, and sealed deliverables. A PE or P.Eng can be more than a technical contributor. They can be part of the firm's legal and business capacity.

Where the FE-to-PE path pays off most

The licensure premium is not evenly distributed across every engineering job. It tends to be strongest where engineering work touches public safety, regulated design, client services, or sealed documents.

• Civil and structural: Transportation, water resources, geotechnical, land development, bridges, buildings, and municipal work often revolve around licensed responsibility.
• Environmental: Water, wastewater, permitting, remediation, and public infrastructure work often value licensure.
• MEP and building systems: HVAC, plumbing, electrical building design, fire protection, and energy systems often reward PE licensure.
• Electrical power: Distribution, protection, arc flash, substations, utility, and consulting work can strongly value licensed engineers.
• Consulting: If clients are paying for engineering judgment, licensure can raise your ceiling.

In software, product design, aerospace, manufacturing, semiconductors, and internal R&D, PE licensure may be less central. Some engineers in those fields never need it. But early in your career, the FE still has option value. Careers bend. A mechanical engineer in product design may later move into facilities, energy, MEP, forensics, or consulting. An electrical engineer in electronics may move toward power or building systems. Passing the FE keeps that path alive.

A practical ROI way to think about it

The FE exam fee paid to NCEES is $225, and the real cost is your study time. If you are still in school or recently graduated, that study time is usually cheaper because the math and fundamentals are still warm. Waiting three or five years can work, but it often means relearning topics after work at night.

The PE path is a bigger investment. It requires experience, exam prep, state board steps, and continuing obligations. But in fields where the license unlocks promotions or client-facing authority, one year of additional earning potential can dwarf the direct cost of the exams.

The cleanest decision rule is this:

• If you are in school or recently graduated: take the FE unless you are very sure your career path will never value licensure.
• If your field is civil, structural, environmental, transportation, water resources, MEP, power, or consulting: treat FE/EIT as a career infrastructure task, not just an exam.
• If you are several years out: do not panic. Verify board eligibility, take a diagnostic, and build a 10- to 16-week plan around your weak areas.
• If you are in a less licensure-heavy field: ask senior engineers in the roles you want whether PE or P.Eng status affects promotion, client trust, signing authority, or leadership.

How FE Test Prep fits into the salary story

If salary and stability are your reasons for studying, your prep should be practical. The FE is not about looking smart in a vacuum. It is about recognizing the problem type, finding the right formula or concept quickly, using your calculator correctly, and moving under time pressure.

That is why our app focuses on practice, drill mode, calculator walkthroughs, quick formula references, weak-topic review, and exam simulation. The goal is to make the FE feel like a series of recognizable engineering moves instead of a giant fog of college classes.

Good next reads:

• Is the FE and PE exam worth it?
• After passing the FE: EIT certification and PE next steps
• Should you take the FE before or after graduation?
• How to study for the FE while working full-time
• FE vs PE exam: what changes and when to take each

Sources used

• BLS Occupational Outlook Handbook: Architecture and Engineering Occupations
• BLS Occupational Outlook Handbook: Civil Engineers
• BLS Occupational Outlook Handbook: Mechanical Engineers
• BLS Occupational Outlook Handbook: Electrical and Electronics Engineers
• BLS Occupational Outlook Handbook: Environmental Engineers
• NCEES FE Exam and NCEES Why Licensure Matters
• ASCE 2025 Civil Engineering Salary Report summary
• ASCE salary and job satisfaction coverage
• Job Bank Canada: Civil Engineer Wages, Mechanical Engineer Wages, and Electrical and Electronics Engineer Wages
• APEGS 2025 Salary Survey

Note: Salary data changes by geography, discipline, sector, experience, company size, overtime, bonus structure, and responsibility level. Use these numbers as planning anchors, not as a guarantee for a specific job offer.