Project Engineer Resume Examples by Level (2026)

Project Engineer Resume Examples & Templates for 2025

The U.S. Bureau of Labor Statistics reports 158,800 engineers in the "All Other" category (SOC 17-2199) earning a median annual wage of $117,750, with approximately 186,500 openings projected each year across architecture and engineering occupations through 2034. Project engineers sit at the intersection of technical execution and project delivery — they translate blueprints, specifications, and schedules into built reality across construction, manufacturing, energy, and infrastructure sectors. Whether you coordinate RFIs on a $200M highway project or drive capital equipment installations on a pharmaceutical production line, your resume must prove you can manage scope, budget, and schedule while solving the technical problems that derail projects. This guide provides three complete, ATS-optimized resume examples at entry, mid-career, and senior levels, plus the keywords, formatting strategies, and common pitfalls that determine whether your application reaches a hiring manager.

Table of Contents

• Why This Role Matters
• Entry-Level Project Engineer Resume
• Mid-Level Project Engineer Resume
• Senior Project Engineer Resume
• Key Skills and ATS Keywords
• Professional Summary Examples
• Common Mistakes
• ATS Optimization Tips
• Frequently Asked Questions
• Citations

Why This Role Matters

Project engineers are the operational backbone of capital projects. While project managers own the contract and the client relationship, project engineers own the technical execution — reviewing submittals, tracking RFIs, managing change orders, coordinating subcontractors against the CPM schedule, and ensuring that what gets built matches what was designed. In construction alone, the American Council of Engineering Companies reported in Q1 2025 that 9% of engineering positions remain unfilled and 75% of engineering firms anticipate increasing hiring over the next 12 months. That talent gap means qualified project engineers command premium compensation and have leverage to choose employers. The role spans industries. In construction, project engineers manage submittals, shop drawings, and field coordination on commercial, industrial, and infrastructure projects. In manufacturing, they lead capital equipment installations, process improvements, and plant expansions. In energy, they coordinate EPC contractors, manage procurement of long-lead equipment, and ensure compliance with NERC, FERC, or NRC regulations. Regardless of sector, the core competencies are the same: technical documentation management, schedule analysis, cost control, quality assurance, and stakeholder communication. Compensation reflects this demand. The BLS reports a median annual wage of $117,750 for engineers in the SOC 17-2199 category. PMI's 2025 Earning Power Salary Survey found that PMP-certified project professionals earn 33% more on average than non-certified peers, with U.S. PMP holders reporting a median salary of $120,000 compared to $93,000 for uncertified professionals. For project engineers who pursue both a PE license and a PMP certification, the earning ceiling climbs further — respondents with 10+ years of PMP certification reported median salaries of $173,000.

Entry-Level Project Engineer Resume

SARAH MITCHELL, EIT
Austin, TX 78701 | (512) 555-0184 | sarah.mitchell@email.com | linkedin.com/in/sarahmitchell-eit
PROFESSIONAL SUMMARY
Civil engineering graduate and Engineer-in-Training with 18 months of project engineering
experience on commercial and municipal infrastructure projects totaling $38M. Proficient in
Primavera P6 scheduling, Procore document management, and Bluebeam Revu plan review.
Processed 420+ RFIs and 180+ submittals on two concurrent projects while maintaining a
96% on-time response rate.
EDUCATION
Bachelor of Science in Civil Engineering — University of Texas at Austin, May 2023
- GPA: 3.6/4.0
- Senior Capstone: Designed stormwater management system for 12-acre mixed-use
development; presented to City of Austin reviewers
- Relevant Coursework: Structural Analysis, Construction Project Management,
Geotechnical Engineering, Engineering Economics
CERTIFICATIONS
- Engineer-in-Training (EIT/FE), Texas Board of Professional Engineers, 2023
- OSHA 30-Hour Construction Safety, 2023
- Procore Certified: Project Manager, 2024
PROFESSIONAL EXPERIENCE
Project Engineer | McCarthy Building Companies | Austin, TX | June 2023 – Present
- Coordinate engineering deliverables on a $24M, 4-story medical office building with
8 subcontractors and 65 peak daily workers
- Process an average of 28 RFIs per month through Procore, maintaining a 48-hour
average response turnaround against the contractual 72-hour requirement
- Track 120+ submittals across structural steel, mechanical, and curtain wall packages,
achieving a 94% first-submission approval rate
- Maintain the Primavera P6 CPM schedule (1,800+ activities), flagging 12 critical path
delays that enabled the superintendent to recover 18 calendar days through resequencing
- Review and log 35 change orders totaling $1.2M, preparing cost impact analyses
within 5 business days of owner notification
- Conduct weekly OAC meeting documentation, distributing minutes to 22 stakeholders
within 24 hours of each meeting
- Perform daily quality inspections on concrete placement, rebar installation, and
structural steel connections, documenting findings in Procore with photo logs
Project Engineering Intern | Hensel Phelps | San Antonio, TX | May 2022 – August 2022
- Supported project engineers on a $14M K-12 school renovation during the 12-week
summer construction phase
- Drafted 45 RFI responses and routed them through the architect within an average
of 3 business days
- Updated the 3-week look-ahead schedule weekly, coordinating with 5 subcontractor
foremen to validate activity durations
- Performed quantity takeoffs for concrete and masonry scopes totaling $1.8M,
identifying a $42,000 overage in the masonry bid that was negotiated down pre-award
- Assisted with closeout documentation, compiling 280 O&M manual pages and
organizing attic stock for owner turnover
TECHNICAL SKILLS
Scheduling: Primavera P6, Microsoft Project
Document Management: Procore, Bluebeam Revu, PlanGrid
Design/Analysis: AutoCAD, Civil 3D, Revit (basic)
Office: Microsoft Excel (pivot tables, VLOOKUP), Word, PowerPoint
Other: OSHA safety compliance, earned value analysis, quantity takeoffs
PROFESSIONAL AFFILIATIONS
- American Society of Civil Engineers (ASCE), Austin Chapter
- Construction Management Association of America (CMAA), Student Member

Mid-Level Project Engineer Resume

MARCUS DELGADO, PE, PMP
Denver, CO 80202 | (303) 555-0297 | m.delgado@email.com | linkedin.com/in/marcusdelgadope
PROFESSIONAL SUMMARY
Licensed Professional Engineer and PMP with 6 years of project engineering experience
delivering commercial, industrial, and heavy civil projects ranging from $8M to $145M.
Managed engineering scope on 11 completed projects with a cumulative construction value
of $310M, averaging 4.2% under budget and 97% schedule adherence. Skilled in earned value
management, change order negotiation, and multi-discipline subcontractor coordination using
Primavera P6 and Procore.
EDUCATION
Master of Science in Construction Engineering & Management — Colorado School of Mines, 2021
Bachelor of Science in Mechanical Engineering — Colorado State University, 2019
CERTIFICATIONS
- Professional Engineer (PE), Colorado DORA, License #PE.0054821, 2024
- Project Management Professional (PMP), PMI, #3287654, 2023
- LEED Green Associate, USGBC, 2022
- OSHA 30-Hour Construction Safety, 2019
PROFESSIONAL EXPERIENCE
Senior Project Engineer | Kiewit Infrastructure | Denver, CO | March 2022 – Present
- Lead engineering coordination on a $145M, 3.2-mile highway interchange reconstruction
for CDOT, managing a team of 2 project engineers and 3 field engineers
- Administer 2,400+ line-item CPM schedule in Primavera P6, conducting weekly schedule
updates and earned value analysis (CPI: 1.03, SPI: 0.98 at 78% completion)
- Negotiate and process 84 change orders totaling $11.6M, recovering $2.1M in disputed
claims through detailed entitlement documentation and force account records
- Reduce RFI cycle time from 14 days to 6 days by implementing a tiered response
protocol that routes technical questions directly to the design engineer of record
- Manage procurement of 12 long-lead items (structural steel, precast girders, bridge
bearings) with combined value of $18.3M, ensuring all deliveries align with erection
sequence windows
- Coordinate with 14 subcontractors across earthwork, drainage, structural, paving, and
electrical scopes, chairing bi-weekly subcontractor coordination meetings
- Maintain project safety record of 485,000 work hours with zero lost-time incidents
through daily toolbox talks and weekly safety audits
- Prepare monthly owner pay applications averaging $4.2M, achieving payment within
30 days on 94% of invoices
Project Engineer | PCL Construction | Denver, CO | July 2019 – February 2022
- Managed engineering deliverables on 3 concurrent commercial projects: a $42M data
center, a $28M office building, and an $8M tenant improvement
- Processed 1,100+ submittals across all three projects with a 91% first-submission
approval rate, reducing resubmission delays by 35% compared to prior project baselines
- Tracked $78M in combined project budgets using earned value management, identifying
a $340,000 mechanical scope gap that was resolved through a negotiated change order
before field impact occurred
- Authored 6 value engineering proposals accepted by owners, generating $1.8M in
combined savings across structural, mechanical, and envelope scopes
- Developed and maintained the building enclosure schedule for the data center, coordinating
vapor barrier, insulation, curtain wall, and roofing contractors across 12 elevation zones
- Created standardized RFI tracking templates in Procore adopted by 4 project teams across
the Denver office, reducing average RFI processing time by 22%
- Managed closeout on all 3 projects, completing punch lists averaging 340 items within
45 days and achieving certificate of occupancy on schedule for each
TECHNICAL SKILLS
Scheduling: Primavera P6 (advanced), Microsoft Project, Lean/pull planning
Cost Control: Earned value management, S-curves, cash flow forecasting, Sage 300 CRE
Document Management: Procore, Bluebeam Revu, Aconex, SharePoint
Design Review: AutoCAD, Revit (coordination), Navisworks (clash detection)
Analysis: Microsoft Excel (macros, Power Query), Power BI dashboards
Standards: ACI 318, AISC 360, ASTM standards, IBC 2021, OSHA 1926
PROFESSIONAL AFFILIATIONS
- American Society of Civil Engineers (ASCE), Denver Section — Committee Chair, Younger
Members Group, 2023–Present
- Project Management Institute (PMI), Mile High Chapter
- Design-Build Institute of America (DBIA), Rocky Mountain Chapter

Senior Project Engineer Resume

JENNIFER NAKAMURA, PE, PMP, LEED AP BD+C
Houston, TX 77002 | (713) 555-0438 | j.nakamura@email.com | linkedin.com/in/jennifernakamura-pe
PROFESSIONAL SUMMARY
Licensed PE and PMP with 12 years of project engineering leadership across industrial
construction, petrochemical, and advanced manufacturing sectors. Directed engineering
execution on 28+ capital projects totaling $1.4B, including EPC turnarounds, greenfield
plants, and facility expansions. Built and mentored a 9-person project engineering team
that delivered 94% of projects within 3% of budget and 98% on or ahead of schedule.
Recognized by Fluor with the Chairman's Award for Excellence on the $380M LNG module
fabrication program.
EDUCATION
Master of Business Administration — Rice University, Jones Graduate School of Business, 2020
Bachelor of Science in Chemical Engineering — Texas A&M University, 2013
CERTIFICATIONS
- Professional Engineer (PE), Texas Board of Professional Engineers, License #132876, 2018
- Project Management Professional (PMP), PMI, #2156743, 2017
- LEED Accredited Professional BD+C, USGBC, 2019
- Certified Associate in Project Management (CAPM) — earned 2015, upgraded to PMP 2017
- OSHA 30-Hour Construction Safety, 2014
- Six Sigma Green Belt, ASQ, 2016
PROFESSIONAL EXPERIENCE
Lead Project Engineer | Fluor Corporation | Houston, TX | January 2020 – Present
- Direct all project engineering functions for the Gulf Coast industrial division,
overseeing 4 concurrent EPC projects with combined value of $620M
- Manage a team of 9 project engineers (4 senior, 3 mid-level, 2 junior), conducting
quarterly performance reviews and developing individual training plans aligned to
PE/PMP certification milestones
- Led engineering execution on a $380M LNG module fabrication program, coordinating
1,200+ engineering deliverables across process, structural, piping, electrical, and
instrumentation disciplines with 97.4% on-time delivery
- Implemented an integrated change management system across 4 projects that reduced
unapproved scope changes by 62% and cut average change order processing time from
21 days to 9 days
- Established earned value reporting dashboards in Power BI connected to Primavera P6
and SAP, providing executive leadership with real-time CPI/SPI visibility across
the $620M portfolio (portfolio CPI: 1.02, SPI: 1.01)
- Negotiated $8.4M in contractor back-charges and disputed claims across 3 projects,
recovering 78% of submitted amounts through detailed force account records and
contemporaneous documentation
- Achieved 2.1M cumulative safe work hours across the division with a TRIR of 0.42,
28% below the industry average of 0.58 reported by OSHA for oil and gas construction
- Reduced engineering rework by 34% through implementation of a 3D model review gate
(Navisworks/Smart 3D) prior to issuing drawings for construction
Senior Project Engineer | Bechtel Corporation | Houston, TX | March 2016 – December 2019
- Managed engineering and procurement coordination on a $180M ethylene cracker expansion
at a Dow Chemical facility, overseeing a $47M equipment procurement budget
- Coordinated 28 vendor packages for rotating equipment, heat exchangers, and pressure
vessels, achieving 96% on-time delivery with zero field-rejection incidents
- Processed 640+ RFIs and 890+ submittals over 30 months, maintaining an average
turnaround of 4.8 days against the contractual 7-day requirement
- Developed the project's risk register (186 identified risks) and led monthly risk
review meetings, mitigating 94% of risks before schedule impact occurred
- Led a cross-functional team of 6 engineers through a 28-day turnaround shutdown,
completing 142 work orders 16 hours ahead of schedule with zero safety incidents
- Prepared and defended $12.4M in monthly progress billings to the owner, maintaining
DSO (days sales outstanding) of 28 days against a 45-day contractual period
- Authored the division's project engineering procedures manual (164 pages), subsequently
adopted as standard practice across 3 Bechtel offices
Project Engineer | Jacobs Engineering | Houston, TX | June 2013 – February 2016
- Supported project engineering on 8 capital projects ranging from $4M to $35M in the
petrochemical and pharmaceutical manufacturing sectors
- Managed submittal workflows for a $35M pharmaceutical cleanroom expansion, tracking
340 submittals with 93% first-submission approval rate across HVAC, process piping,
and controls packages
- Performed earned value analysis on 5 concurrent projects, identifying and escalating
cost variances exceeding 5% threshold within 48 hours of monthly cost data uploads
- Coordinated equipment pre-commissioning activities for a $22M refinery unit, developing
turnover packages for 48 systems and achieving mechanical completion 8 days early
- Created a lessons-learned database capturing 120+ entries from 8 projects, reducing
repeat engineering errors by 18% over 2 years as measured by NCR frequency
TECHNICAL SKILLS
Project Controls: Primavera P6 (expert), Microsoft Project, Deltek Acumen Fuse
Cost Management: Earned value management, S-curves, Sage 300 CRE, SAP PS module
Document Control: Aconex, Procore, EDMS (Documentum), Bluebeam Revu
Engineering Tools: AutoCAD Plant 3D, Smart 3D/SmartPlant, Navisworks, Caesar II (piping stress)
Data & Reporting: Power BI, Microsoft Excel (VBA, Power Query), Tableau
Standards: ASME B31.3, API 650/620, NFPA 70, NEC, OSHA 1926, ISA 5.1
Methodologies: EPC project delivery, design-build, EPCM, Six Sigma DMAIC, lean construction
PROFESSIONAL AFFILIATIONS
- Society of Women Engineers (SWE), Houston Chapter — Mentorship Program Lead, 2022–Present
- American Institute of Chemical Engineers (AIChE), South Texas Section
- Project Management Institute (PMI), Houston Chapter — PMP Exam Prep Instructor, 2021–2023
- Construction Industry Institute (CII), University of Texas at Austin — Industry Member
AWARDS
- Fluor Chairman's Award for Excellence, LNG Module Fabrication Program, 2023
- Bechtel Outstanding Project Delivery Award, Dow Ethylene Cracker Expansion, 2019

Key Skills and ATS Keywords

Applicant tracking systems used by firms like Kiewit, Bechtel, Turner, Fluor, and Jacobs parse resumes for exact keyword matches before a human reviewer sees your application. Include these terms naturally throughout your experience section and skills list: **Project Management & Controls** - Project scheduling (CPM/critical path method) - Primavera P6 - Microsoft Project - Earned value management (EVM) - Cost performance index (CPI) / Schedule performance index (SPI) - Budget tracking and cost control - Cash flow forecasting - S-curve analysis - Work breakdown structure (WBS) - Scope management **Document & Contract Administration** - RFI (request for information) management - Submittal tracking and review - Change order management - Contract administration - Pay application preparation - Closeout documentation - Punch list management - O&M manuals and attic stock **Technical & Field Coordination** - Procore - Bluebeam Revu - AutoCAD / Revit / Navisworks - Clash detection - Constructability review - Quality assurance / quality control (QA/QC) - OSHA 1926 compliance - Safety management (TRIR, EMR) - Lean construction / pull planning - Value engineering **Soft Skills & Leadership** - Subcontractor coordination - Stakeholder communication - OAC meeting facilitation - Cross-functional team leadership - Vendor management - Risk identification and mitigation - Client relationship management

Professional Summary Examples

**Entry-Level (0-2 years):** Civil engineering graduate and EIT with 18 months of field experience on commercial construction projects totaling $38M. Processed 420+ RFIs and 180+ submittals with a 96% on-time response rate using Procore and Primavera P6. Passed the FE exam on the first attempt and pursuing PE licensure while contributing to daily quality inspections, schedule updates, and subcontractor coordination on a 4-story medical office building. **Mid-Level (3-7 years):** PE-licensed project engineer and PMP with 6 years of experience delivering $310M in commercial and heavy civil projects averaging 4.2% under budget. Reduced RFI cycle time by 57% through a tiered response protocol and authored 6 accepted value engineering proposals saving $1.8M. Skilled in earned value management, Primavera P6 scheduling, and multi-discipline subcontractor coordination across projects up to $145M. **Senior Level (8+ years):** PE and PMP with 12 years leading project engineering teams on $1.4B in industrial EPC projects across LNG, petrochemical, and pharmaceutical sectors. Built a 9-person engineering team that delivered 94% of projects within 3% of budget. Implemented integrated change management reducing unapproved scope changes by 62% and engineering rework by 34%. Recognized with Fluor's Chairman's Award for Excellence on a $380M LNG module fabrication program.

Common Mistakes

**1. Leading with duties instead of deliverables.** "Responsible for managing RFIs and submittals" tells a hiring manager nothing about your capability. Instead, quantify: "Processed 640+ RFIs with a 4.8-day average turnaround against a 7-day contractual requirement." The first version describes a job description; the second proves competence. **2. Omitting project scale and dollar values.** A project engineer who managed submittals on a $4M tenant improvement and one who managed submittals on a $380M EPC program have fundamentally different experience. Every bullet should anchor to a project value, team size, or measurable output. Hiring managers at ENR Top 400 firms screen for project scale because it correlates with complexity management ability. **3. Listing software without demonstrating application.** Writing "Proficient in Primavera P6" is weaker than "Administered a 2,400+ activity CPM schedule in Primavera P6, conducting weekly updates and earned value analysis (CPI: 1.03, SPI: 0.98)." The first is a claim; the second is evidence. **4. Ignoring safety metrics.** Construction and industrial employers evaluate project engineers on safety culture, not just technical delivery. If your projects achieved significant safe work hours, zero lost-time incidents, or a TRIR below the industry average, include those numbers. Omitting safety data suggests you treat it as secondary. **5. Using a functional resume format instead of reverse chronological.** Project engineering careers are evaluated by progression — from field engineer or intern through project engineer to senior project engineer or project manager. Functional formats that group skills without timeline context raise red flags with hiring managers who need to verify your progression through increasingly complex projects. **6. Failing to differentiate between project types.** A project engineer who has worked on design-build, design-bid-build, EPC, EPCM, and CM-at-risk delivery methods should specify which method applies to each listed project. Delivery method signals the scope of your contractual responsibility — a project engineer on a lump-sum EPC contract handles procurement and engineering scope that a CM-at-risk project engineer never touches. **7. Not including certifications with credential numbers or dates.** Simply listing "PMP" or "PE" without a license number, issuing state, or year earned makes verification difficult and suggests the credential may be expired or fabricated. Always include the issuing body, jurisdiction, and year.

ATS Optimization Tips

**1. Mirror the exact terminology from the job posting.** If the posting says "Primavera P6," do not write "Oracle Primavera" or "P6 scheduling software." ATS systems often match exact strings. Read the posting line by line and ensure your resume uses the identical phrasing for each required qualification. **2. Place critical keywords in the first third of your resume.** ATS parsers and recruiter eye-tracking studies both favor content that appears early. Your professional summary and first job entry should contain your highest-value keywords: PE, PMP, project scheduling, earned value, RFI management, and the specific software the employer requires. **3. Use standard section headers the ATS expects.** Stick with "Professional Experience," "Education," "Certifications," and "Technical Skills." Creative headers like "Where I've Made Impact" or "My Engineering Journey" confuse parsers and may cause entire sections to be skipped during extraction. **4. Spell out acronyms on first use, then abbreviate.** Write "Request for Information (RFI)" the first time, then use "RFI" afterward. This captures both the long-form and abbreviated keyword variants that different ATS systems may search for. **5. Avoid tables, columns, headers/footers, and text boxes.** Many ATS platforms — including Taleo, Workday, and iCIMS — strip formatting and read content linearly. Tables cause columns to merge into unreadable strings. Headers and footers are often ignored entirely. Use a single-column layout with clear section breaks. **6. Save as .docx unless the posting specifies PDF.** While modern ATS platforms handle both formats, .docx remains the most reliably parsed format across legacy systems. If you submit a PDF, ensure it contains selectable text (not a scanned image) and test it by copying and pasting content into a text editor to verify nothing is garbled. **7. Include both hard and soft skill keywords.** ATS systems increasingly score for competency clusters, not just individual keywords. Pair technical terms (Primavera P6, earned value management, change order processing) with leadership and communication terms (stakeholder coordination, cross-functional team leadership, subcontractor negotiation) to match the full keyword profile employers build into their requisitions.

Frequently Asked Questions

**Do I need a PE license to work as a project engineer?** Not at entry or mid-level in most construction firms. Many project engineers hold only an EIT/FE certification for their first 4-6 years. However, a PE license becomes a differentiator for senior roles, especially in firms where project engineers stamp drawings, sign off on engineering calculations, or serve as the engineer of record. In manufacturing and industrial sectors, a PE is less common but still valued. The practical path: pass the FE exam during or immediately after your bachelor's program, accumulate 4 years of qualifying experience under a licensed PE, then sit for the PE exam. Some states (Texas, California, New York) have specific experience requirements that differ, so check your state board early. **Is a PMP certification worth it for project engineers?** PMI's 2025 Earning Power Salary Survey found that PMP-certified professionals in the U.S. earn a median of $120,000 compared to $93,000 for non-certified peers — a 29% premium. For project engineers specifically, the PMP demonstrates fluency in schedule management, cost control, risk analysis, and stakeholder communication frameworks that align with daily responsibilities. The certification requires 36 months of project leadership experience (with a bachelor's degree) plus 35 hours of formal project management education. Most project engineers qualify after 3-4 years in the role. The ROI on the $555 exam fee (PMI member rate) is typically recovered within 2-3 months of post-certification salary adjustment. **How do I handle a career transition from field engineering to project engineering on my resume?** Emphasize the transferable competencies: schedule awareness, subcontractor coordination, quality inspection, safety compliance, and documentation. Field engineers who track daily reports, manage material deliveries, and coordinate with trades are already performing 60-70% of project engineering functions. Reframe field experience using project engineering language — "coordinated 6 subcontractor crews against the 3-week look-ahead schedule" rather than "supervised daily site activities." Quantify everything: crew sizes, material volumes, inspection counts, and any budget-related decisions you influenced. **Should I include GPA on a project engineer resume?** Include it if you graduated within the last 3 years and your GPA is 3.3 or above. After 3+ years of professional experience, your project track record matters more than your academic performance. The exception: if you attended a top-ranked engineering program (MIT, Stanford, Georgia Tech, Purdue, Texas A&M) and had a strong GPA, it can remain as a credential signal indefinitely. Once you have a PE license, the license itself supersedes GPA as proof of technical competency because the PE exam pass rate hovers around 50-60% depending on discipline. **What is the career path from project engineer to project manager?** The typical progression runs: field engineer or project engineering intern (0-1 year) to project engineer (1-5 years) to senior project engineer (5-8 years) to project manager (8+ years). The transition from senior project engineer to project manager shifts emphasis from technical execution to contract management, client relationships, P&L ownership, and business development. To position yourself for that transition, your resume should demonstrate increasing project dollar values, team sizes, and decision-making authority over time. Highlight experience with owner negotiations, pay applications, claims resolution, and any business development or proposal support. A PMP certification and PE license together signal readiness for the PM role at most ENR Top 400 firms.

Citations

1. U.S. Bureau of Labor Statistics. "Engineers, All Other (SOC 17-2199): Occupational Employment and Wage Statistics." May 2024. https://www.bls.gov/oes/2023/may/oes172199.htm — Median annual wage of $117,750; employment of 158,800.
2. U.S. Bureau of Labor Statistics. "Architecture and Engineering Occupations: Occupational Outlook Handbook." 2024-2034 Projections. https://www.bls.gov/ooh/architecture-and-engineering/ — 186,500 annual openings projected; 2% growth for Engineers, All Other (3,300 new jobs over the decade).
3. Project Management Institute. "Earning Power: Project Management Salary Survey, 14th Edition." 2025. https://www.pmi.org/learning/careers/project-management-salary-survey — PMP-certified professionals earn 33% more on average; U.S. median of $120,000 (PMP) vs. $93,000 (non-certified).
4. Project Management Institute. "PMP Certification Holders Build Career Momentum and Experience Earning Advantage." 2025 Press Release. https://www.pmi.org/about/press-media/2025/pmp-certification-holders-build-career-momentum-and-experience-earning-advantage-pmi-survey-finds — Nearly two-thirds of PMP holders reported compensation increases; respondents with 10+ years of PMP certification reported median salary of $173,000.
5. American Council of Engineering Companies. "Q1 2025 Engineering Business Index." 2025. Referenced via SSi People, https://www.ssipeople.com/how-has-the-engineering-job-market-changed-in-2025/ — 9% of engineering positions unfilled; 75% of firms anticipate hiring increases.
6. Project Management Institute. "Certified Associate in Project Management (CAPM) Certification." https://www.pmi.org/certifications/certified-associate-capm — CAPM requirements: 23 hours of project management education; 15 PDUs per 3-year renewal cycle.
7. Project Management Institute. "Project Management Professional (PMP) Certification." https://www.pmi.org/certifications/project-management-pmp — PMP requirements: 36 months of project leadership experience (with bachelor's degree), 35 hours of PM education, 60 PDUs per 3-year cycle.
8. U.S. Green Building Council. "LEED Professional Credentials." Referenced via The Planet Group, https://www.theplanetgroup.com/blog/top-certifications-for-aspiring-project-managers-in-engineering — LEED AP BD+C and LEED GA credential requirements and value for project engineers in sustainable construction.
9. Indeed. "Project Engineer Job Description [Updated for 2025]." https://www.indeed.com/hire/job-description/project-engineer — Key requirements: bachelor's in engineering, proficiency in CAD and scheduling software, experience with RFIs, submittals, and change orders.
10. Resource Erectors. "Engineering and Construction 2025 Outlook: A Critical Analysis." https://resource-erectors.com/engineering-and-construction-2025-outlook-a-critical-analysis/ — Sector-level demand analysis for engineering roles in construction and infrastructure.