Civil & Structural Engineer at an Engineering Firm
You design the bridges people drive on, the buildings people live in, and the infrastructure cities can't function without.
Entry Pay
$65K–$85K
total comp
Hours / Week
~45
on average
Remote
Hybrid
flexibility
Specializations
5
paths to choose
Overview
Employers
Sector Vibe
Engineering consulting firms provide technical expertise across infrastructure, transportation, environmental, and industrial projects for governments, developers, and corporations. Engineers at these firms work on iconic structures and large-scale public works.
Day in the Life
Career Ladder
Career Levels
Entry Engineer
- →Running hand calculations and software analysis under senior engineer review
- →Preparing and updating construction drawings in AutoCAD and Revit
- →Learning company standards, software, and design codes (ASCE 7, ACI 318, AISC)
- →Preparing for and taking the FE (Fundamentals of Engineering) exam
- →Supporting senior engineers on site visits and client meetings
Project Engineer
- →Leading analysis and design for small to mid-size projects with minimal supervision
- →Preparing complete sets of structural drawings and specifications
- →Managing contractor RFIs (Requests for Information) and submittals during construction
- →Beginning to work toward PE (Professional Engineer) licensure
- →Coordinating directly with architects, MEP engineers, and clients
Senior Engineer
- →Licensed PE responsible for signing and sealing drawings on projects
- →Technical lead on complex, high-profile, or large-scale projects
- →Reviewing and quality-checking junior and mid-level engineers' work
- →Developing client relationships and supporting business development
- →Mentoring entry and project engineers
Principal Engineer
- →Leading a practice area or major client relationship for the firm
- →Making final technical decisions on the firm's most complex projects
- →Business development: writing proposals, building client relationships, winning work
- →Firm-level quality assurance and technical standards leadership
- →Managing a team of senior and project engineers
Partner / VP
- →Equity ownership in the firm (at partnership-track firms) or executive leadership
- →Strategic direction of a business unit or the entire firm
- →Major client stewardship for the firm's largest and most important accounts
- →Firm financial performance, hiring strategy, and market positioning
- →Industry leadership: ASCE committee work, code committees, professional boards
Specializations
Structural Engineering
3-5Designing the load-bearing systems of buildings and infrastructure — the columns, beams, slabs, walls, and foundations that keep things standing. You work in concrete, steel, timber, and masonry, analyzing how structures respond to gravity, wind, seismic loads, and settlement. This is the most common and most demanded specialization in engineering consulting firms.
↑ 5-15% (PE license essential for premium)
Transportation & Traffic Engineering
3-6Designing roads, highways, intersections, and transit systems. You work with traffic flow models, pavement design, drainage, and the geometry that determines how safely a car can take a curve at speed. Much of this work is for state and local DOTs, making it some of the most publicly visible civil engineering there is.
↑ 0-10%
Geotechnical Engineering
3-6Understanding the ground before anything is built on it. Geotech engineers analyze soil and rock conditions, design foundations (shallow and deep), evaluate slope stability, and assess liquefaction risk in earthquake zones. Every building and bridge project starts with a geotech report — you write those reports and then support the structural team through construction.
↑ 5-10%
Water Resources & Hydraulics
3-6Designing the systems that move water: stormwater drainage, flood control channels, dams, levees, and water treatment infrastructure. This specialization increasingly involves climate resilience work — designing infrastructure to handle more intense storms and rising sea levels. Growing demand as cities grapple with flooding.
↑ 0-10%
Environmental Engineering
3-6Cleaning up contaminated sites, designing systems to treat wastewater, and ensuring projects comply with environmental regulations. Environmental engineers work at the intersection of chemistry, biology, and civil engineering. Growing role in large infrastructure projects where environmental impact assessment and permitting are critical to whether a project gets built at all.
↑ 0-10%
Exit Opportunities
Compensation
📍 Location: Civil and structural engineering salaries vary significantly by region. California, New York, and the Pacific Northwest pay highest, reflecting both cost of living and the density of construction activity. Texas and the Southeast offer lower salaries but lower cost of living and very active construction markets. Major firms (AECOM, WSP, Thornton Tomasetti, Walter P Moore, Magnusson Klemencic Associates) tend to pay better than small regional firms. Public sector roles (state DOTs, city engineering departments) typically pay 10-20% less than private consulting but offer excellent benefits and pension. The honest picture: civil engineering pays well and is stable, but starting salaries are lower than software engineering or aerospace. The PE license is the major inflection point — it typically brings a meaningful salary bump and opens the door to project leadership.
Source: BLS, LinkedIn Salary, ASCE salary surveys, Glassdoor 2024 · 2024
Education
Best Majors
Alternative Majors
Key Courses to Take
Top Programs
University of California, Berkeley
BSBS Civil & Environmental Engineering
Consistently top-ranked, with exceptional research depth in structural, geotechnical, and earthquake engineering. Strong connections to the Bay Area construction market and California infrastructure projects. Competitive admissions for out-of-state applicants.
Massachusetts Institute of Technology (MIT)
BSBS / MS Civil and Environmental Engineering
Top-2 program. Exceptional if you want to go deep in structural mechanics, infrastructure systems, or research. The alumni network in engineering consulting, construction, and academia is extraordinary.
Georgia Institute of Technology
BSBS Civil Engineering
Top-5 program with particularly strong structural, transportation, and geotechnical programs. Exceptional co-op program that gives students real industry experience before graduation. Strong recruiting presence from major consulting firms.
University of Illinois Urbana-Champaign
BSBS Civil and Environmental Engineering
Legendary civil engineering department that has produced generations of industry leaders. Strong in structural engineering and construction. Excellent value and broad industry recruiting reach.
University of Texas at Austin
BSBS Civil Engineering
Top program in a state with enormous construction activity. Strong in structural, transportation, and geotechnical. Excellent job placement in Texas and nationally. Large, active student chapter of ASCE.
An MS in structural, geotechnical, or transportation engineering is valuable if you want to specialize deeply, pursue research-adjacent work, or accelerate to senior roles at larger firms. Some engineers pursue an MS part-time while working, which is common and highly practical. A PhD is rare in consulting practice — it's most relevant if you want to teach, do research, or work in a highly specialized technical niche. The PE license is far more practically important than a graduate degree for most consulting careers — prioritize passing the FE exam and accumulating your four years of experience toward the PE.
School to Career
The stuff you're learning right now directly applies to this career — often in ways your teacher hasn't mentioned.
Courses That Matter
AP Physics C: Mechanics
Structural engineering is applied mechanics. The statics of beams, the distribution of forces, the behavior of materials under load — it all flows directly from Newton's laws applied with calculus. AP Physics C: Mechanics is the best high school preparation for the way civil and structural engineers think about the physical world. Understanding force, torque, and equilibrium is literally the foundation of structural analysis.
AP Calculus BC
Statics, mechanics of materials, fluid mechanics, and structural analysis all require calculus — integration to find centroids and moments of inertia, derivatives to find maximum stress, differential equations to model beam deflection. AP Calculus BC is the mathematical foundation under everything you'll do as a civil engineer. Get through it early and get through it well.
AP Statistics
Structural design is probabilistic at its foundation — design codes account for the statistical variability of material strength, load magnitudes, and construction quality. Understanding probability and distributions gives you real insight into why safety factors exist and what they actually mean. AP Statistics builds the intuition you'll use throughout your career.
Physics
If AP Physics C isn't available, standard Physics is still essential. The concepts of force, equilibrium, stress, and energy are the daily vocabulary of civil engineering. Any high school physics you can get is directly relevant — especially the statics and mechanics units.
Calculus
Standard calculus — even just derivatives and integrals — gives you the mathematical language engineers use to describe how structures deform, how water flows, and how loads distribute. Get as far through calculus as your school allows.
Chemistry
Civil engineers work with concrete, steel, soil, and water — all materials whose behavior involves chemistry. Concrete curing is a chemical reaction. Soil corrosivity affects rebar life. Environmental engineering is largely applied chemistry. Standard chemistry gives you the foundation you'll need.
AP Environmental Science
Environmental regulations, stormwater management, wetland impacts, and site remediation are real constraints on civil engineering projects. Engineers who understand environmental systems are more effective at navigating permitting and compliance. AP Environmental Science is a genuine bonus, especially if you're interested in water resources or environmental specializations.
Extracurriculars That Count
ASCE Steel Bridge Competition
The American Society of Civil Engineers (ASCE) runs a national Steel Bridge Competition where student teams design, fabricate, and assemble a steel bridge that is judged on structural efficiency, construction speed, and deflection under load. This is as close as you can get in high school or college to the real thing — you're doing structural design, materials selection, fabrication planning, and testing. Many high schools have access to this through nearby college chapters.
Concrete Canoe Competition
Teams design and build a canoe out of structural concrete that actually floats and can be paddled in a race. This sounds absurd but it's a serious ASCE competition that teaches mix design, material properties, lightweight structural design, and the gap between what you design and what actually gets built. If you want to understand concrete — the most widely used construction material in the world — there is no better introduction.
FIRST Robotics Competition (FRC)
Robotics teaches you design-build-test cycles under pressure, which is exactly what civil and structural engineering projects involve at a larger scale. The mechanical design and systems integration skills transfer well. Many civil engineering students come from FIRST backgrounds.
Architecture or Drafting Clubs
Understanding how architects think — how they prioritize space, aesthetics, and user experience — makes you a much more effective structural engineer. The best structural engineers speak fluent architect. If your school has a drafting, CAD, or architecture program, take it. You'll start building the spatial reasoning and drawing skills that are foundational to engineering practice.
“If you used to build bridges with LEGOs and immediately test how much weight they could hold before they snapped, civil engineering is where that instinct goes when it grows up.”
Who Got Here Before You
Emily Roebling
de facto Chief Engineer of the Brooklyn Bridge
When her husband Washington Roebling became too ill to continue overseeing construction of the Brooklyn Bridge, Emily Roebling studied engineering — on her own, without a formal degree — and served as the primary liaison between the bedridden chief engineer and the construction teams for over a decade. She was the first person to cross the completed bridge in 1883. In an era when women were explicitly excluded from engineering, she got one of the most important bridges in American history built. Every civil engineer knows her name.
Fazlur Rahman Khan
Structural Engineer, Skidmore, Owings & Merrill (SOM)
Fazlur Khan was a Bangladeshi-American structural engineer who fundamentally changed how tall buildings are built. He invented the 'tube structure' concept that made supertall skyscrapers economically viable — the Sears Tower (now Willis Tower) and the John Hancock Center in Chicago are his designs. He proved that structural engineering is not just about safety calculations, it's a creative discipline that defines the visual character of cities. He is to structural engineering what Frank Lloyd Wright is to architecture.
Robin Kemper
Civil Engineer, Content Creator / YouTuber
Robin is a licensed civil engineer who creates YouTube content and social media posts demystifying what civil engineering actually looks like day to day — site visits, calculations, project management, the PE exam, career advice. She makes the career genuinely accessible to people who aren't sure if engineering is for them, and her content is honest about both the interesting and the tedious parts of the job.
Where This Can Take You
Where This Career Can Take You
Architect at a Commercial Design Firm
A small number of civil and structural engineers realize their passion is actually architectural design — the spatial and aesthetic decisions — rather than the structural calculations. Transitioning typically requires an M.Arch degree (3 years for non-architecture undergrads) and the full ARE licensure process. It's a significant commitment, but structural engineering experience is a genuine advantage in architecture — you understand buildings in a way most architects don't.
Trigger: Engineers who find themselves more interested in the design and aesthetics side of buildings than the structural analysis. This branch requires additional education (M.Arch) but some structural engineers pursue it after seeing how buildings come together from the technical side.
Industrial Engineer in Manufacturing
Civil engineers with project management experience sometimes transition into industrial engineering roles, particularly in manufacturing facility design, plant layout, and operations optimization. The facility design work — floor plans, loading systems, utility infrastructure — is closely related to the civil engineering skill set, and the project management experience transfers directly.
Trigger: Engineers who move into construction management or project management roles, then transition toward process optimization and operations at manufacturing or logistics facilities.