Profession · Full profile

Civil Engineer

Design, plan, and inspect infrastructure projects such as roads, bridges, and water systems.

Average salary

$100,840

Salary range

$68,240 – $163,220

Training time

4 years full time

Job market

Faster than average

8/10

Work-life balance

Good

7/10

Civil engineers design, build, and maintain essential public and private infrastructure, including roads, bridges, buildings, and water systems. They analyze survey data, soil reports, and traffic studies to plan secure projects while preparing detailed drawings, specifications, and cost estimates. Working primarily in offices and on active construction sites, these professionals verify designs against building codes and environmental regulations. They also secure permits from government agencies and inspect construction work directly to ensure compliance with approved engineering designs.

A workday

A day in the life

What does a workday really look like?

A standard weekday focused on modeling infrastructure, reviewing technical reports, and submitting regulatory permits.

8:00 AM
Morning review
Check project emails and review field measurement logs from previous construction work.
9:00 AM
Team design coordination
Meet with structural and environmental project team members to review bridge project requirements.
10:30 AM
Detailed design and calculations
Work in AutoCAD Civil 3D to draft stormwater systems and run hydraulic calculations.
12:30 PM
Lunch break
Midday rest break away from design workstations.
1:15 PM
Code compliance checks
Verify draft drawings against local building codes and federal environmental regulations.
3:00 PM
Permit documentation
Prepare technical permit applications for city, state, and federal regulatory agencies.
4:30 PM
Documentation wrap-up
Organize specifications and file daily calculations in the project document system.

Task breakdown

A field-oriented day spent examining active construction areas, verifying soil conditions, and consulting with contractors.

7:30 AM
Field preparation
Review approved project drawings and put on required protective gear at the field office.
8:30 AM
On-site construction inspection
Walk the construction site to ensure foundation work matches approved geotechnical specifications.
11:00 AM
Contractor coordination
Meet with site superintendents and construction contractors to resolve on-site plan discrepancies.
12:30 PM
Lunch break
Midday break on site.
1:15 PM
Field survey evaluation
Analyze survey measurements and soil reports collected during morning inspections.
3:00 PM
Cost estimate updates
Calculate cost impacts of necessary field adjustments and prepare draft change orders.
4:30 PM
Inspection report filing
Complete field inspection logs and submit compliance updates before leaving the site.

Salary data

What do you really earn?

Salary by experience, sector and region.

Minimum

$68,240

Average

$100,840

Maximum

$163,220

Salary by region

Region	Min	Avg.	Max
National	$68,240	$100,840	$163,220
California	$77,980	$122,500	$175,940
Texas	$63,240	$96,860	$164,330
Florida	$58,640	$98,570	$166,680
New York	$77,290	$103,760	$169,050
Pennsylvania	$67,930	$97,850	$141,310

Typical benefits

Health insurance

Medical coverage provided through engineering firms, utilities, or government agencies.

Retirement plan or government pension

Retirement savings programs or defined public pension plans for civil service engineers.

Paid time off

Paid annual vacation, personal days, and recognized holidays.

Professional development support

Employer financial coverage for PE exam fees, specialty licensing, and required continuing education.

Pathways

Education pathways

Which paths lead to this profession?

Bachelor's degree

4 years full time

Bachelor's degree in civil engineering

An ABET-accredited program is the standard route to a PE license. Coursework covers structures, hydraulics, geotechnics and transportation.

Costs: About $11,950 a year in average published tuition and fees at a public four-year college for in-state students, and $45,000 at a private nonprofit four-year college
Entry requirements: High school diploma with strong math and science
High school subjects: Structures, hydraulics, geotechnics and transportation

Master's degree

1 to 2 years full time

Master's degree in civil or structural engineering

Common for specialized roles such as structural or geotechnical design. Often required for senior or research positions.

Entry requirements: Bachelor's degree in engineering
High school subjects: Structural engineering and geotechnical design

License

About 4 years of supervised work

Professional Engineer license

Candidates pass the Principles and Practice of Engineering exam after gaining experience. Licensed engineers must keep up continuing education in most states.

Entry requirements: Accredited engineering degree and passing the FE exam
High school subjects: Principles and Practice of Engineering

Profile

Skills & personality

Is this a good fit for you?

Hard skills

AutoCAD Civil 3DCreating detailed technical drawings, grading layouts, and digital infrastructure models.
Structural analysisEvaluating structural loads, stability, and materials for buildings, bridges, and public works.
Stormwater and hydraulic designDesigning pipe networks, retention basins, and water distribution infrastructure.
Geotechnical principlesInterpreting soil reports and subsurface conditions to plan secure building foundations.
Cost estimatingForecasting material quantities, labor needs, and financial expenses for construction projects.
Building codes and permittingEnsuring infrastructure designs comply with local, state, and federal regulatory standards.

Soft skills

Analytical thinkingEvaluating complex survey data and solving multifaceted engineering challenges systematically.
Attention to detailCatching design discrepancies and verifying numerical accuracy in technical specifications.
TeamworkCollaborating effectively with multidisciplinary engineers, survey teams, and construction contractors.
Written communicationDrafting precise permit applications, engineering reports, and formal project documentation.

Is this a good fit for you?

✓
AnalyticalApproaches complicated infrastructure challenges through rigorous data review and logical problem solving.
✓
Detail-orientedMaintains meticulous accuracy when reviewing building codes, specifications, and calculation models.
✓
CollaborativeThrives when coordinating with diverse partners, including government officials and field contractors.
✓
MethodicalFollows systematic workflows to verify design integrity and ensure strict regulatory compliance.
✓
Safety-mindedPlaces paramount focus on public safety and technical standards during all design and inspection phases.

Market

Job market & outlook

What does the market look like?

Openings per year

22,700

Trend

Growth

+6.4%

AI impact

3/10

Software automates drafting, calculations and design checks. Engineering judgment, sign-off and responsibility for public safety stay human.

Regional demand

California

Strong demand driven by extensive transportation networks, water systems, and structural infrastructure projects.

6/10

Pennsylvania

Consistent demand across bridge maintenance, roadway engineering, and local public works departments.

6/10

Florida

Steady demand for civil design, hydraulic engineering, stormwater management, and coastal infrastructure.

5/10

Texas

Substantial demand supported by ongoing road construction, utility expansions, and growing municipal public works.

5/10

New York

Ongoing demand focused on maintaining, repairing, and modernizing complex public transit and urban infrastructure.

4/10

Growth

Career paths

Where can this profession take you?

Vertical growth

Engineer in Training
0-4 years
Perform foundational design, drafting, and calculations under the direct supervision of licensed engineers after passing the Fundamentals of Engineering exam.
Professional Engineer
4-8 years
Take full responsibility for engineering designs, sign and seal public project plans, and lead independent technical design phases.
Senior Engineer or Project Manager
8-12 years
Direct multidisciplinary project teams, manage project schedules and budgets, and coordinate closely with clients and regulatory agencies.
Principal or Engineering Director
15+ years
Oversee firm operations, determine technical strategies, guide executive leadership, and manage high-level infrastructure programs.

Horizontal move

Construction Manager
Transition to leading on-site construction operations, managing project timelines, trade contractors, and site logistics.
View Construction Manager
Project Manager
Move into broad project management oversight, coordinating budgets, schedules, and multidisciplinary resources across complex civil initiatives.
View Project Manager

Good to know

Practical info

Working hours: Most civil engineers work full time, with extra hours when project deadlines approach. Work is mainly during the day on weekdays, with occasional nights or weekends for site inspections or urgent repairs.
Remote work: Design and calculation work can often be done remotely or hybrid, but site visits and team coordination require regular in-person time.
Physical requirements: Most time is spent at a computer in an office, with site visits that involve walking construction areas in protective gear.
Typical employers: Engineering services firms, state departments of transportation, city and county public works departments, federal agencies such as the US Army Corps of Engineers, construction companies, and water and energy utilities.
Professional associations: American Society of Civil Engineers

FAQ

Frequently asked questions

What does a civil engineer do?

A civil engineer designs, plans, and inspects infrastructure projects such as roads, bridges, buildings, and water systems. They analyze technical survey data, soil reports, and traffic studies to design safe structures. Civil engineers also prepare detailed drawings, cost estimates, and permit applications. Throughout construction, they inspect work sites to verify that contractors follow approved designs, safety guidelines, and relevant building codes.

Is a license required to work as a civil engineer?

A Professional Engineer license is required in every state to approve plans or offer engineering services directly to the public. New graduates typically start by earning Engineer in Training status after passing the Fundamentals of Engineering exam. After completing supervised work experience, engineers can take the Principles and Practice of Engineering exam. Some states also mandate separate specialty licenses for structural engineering.

Where do civil engineers typically work?

Civil engineers work for engineering services firms, public agencies, utilities, and construction companies. Common public employers include state departments of transportation, city and county public works departments, and federal agencies such as the US Army Corps of Engineers. Water and energy utilities also hire civil engineers. Most work occurs in office environments, balanced with regular visits to active construction sites.

Can civil engineers work remotely?

Civil engineers can often work remotely or in a hybrid arrangement for specific tasks. Drafting, calculations, and software-based design work can be performed offsite on a computer. However, visiting construction areas in protective gear, inspecting on-site progress, and coordinating with multidisciplinary project teams require regular in-person presence. Employers usually support hybrid schedules that combine office work with field site visits.

What are the working hours for a civil engineer?

Most civil engineers work full-time hours primarily during regular weekday daytime schedules. However, additional hours are often necessary when project deadlines approach or when critical calculations must be finished. Occasional night or weekend work may be needed to carry out urgent structural repairs or inspect construction sites when traffic or site operations allow minimal disruption.

How does artificial intelligence affect civil engineering?

Artificial intelligence and specialized software automate drafting, routine calculations, and automated design checks. Despite these technological tools, engineering judgment, plan sign-off, and legal responsibility for public safety remain strictly human duties. Licensed engineers must evaluate automated calculations, interpret regulatory requirements, and ensure that every infrastructure design protects community safety and meets rigorous environmental codes.

What degree is needed to become a civil engineer?

A bachelor's degree in civil engineering from an ABET-accredited program is the standard educational path. Coursework in these programs covers structures, hydraulics, geotechnics, and transportation systems. Students needing specialized roles in geotechnical or structural engineering often earn a master's degree. High school students preparing for this degree path need a strong academic background in mathematics and science.

Explore further

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In depth

All about civil engineer

The background, context and details.

What civil engineers do

Civil engineers plan, design, and oversee the construction of essential infrastructure. Their work shapes the built environment through the development of roads, bridges, buildings, water supply networks, and sewer systems. When initiating a project, engineers study survey data, geotechnical soil reports, and traffic patterns to ensure structural safety. They draft technical specifications, calculate project cost estimates, and assemble permit applications for local, state, and federal regulatory agencies. During the construction phase, civil engineers visit project sites to inspect physical progress and verify that contractors adhere strictly to approved drawings and municipal building codes.

Core technical and soft skills

Success in civil engineering requires a balance of analytical expertise and interpersonal skills. On the technical side, practitioners use AutoCAD Civil 3D for drafting, apply structural analysis principles, and design complex stormwater and hydraulic systems. Understanding geotechnical principles and building codes ensures structural durability. In addition to technical capability, civil engineers need strong analytical thinking to solve site constraints and attention to detail to catch design errors. Teamwork and written communication are equally essential, as engineers constantly collaborate with contractors, municipal officials, and multidisciplinary design partners.

Work environment and schedule

Civil engineers divide their working hours between comfortable office environments and active construction sites. While computer tasks and calculations can often be completed in hybrid or remote arrangements, site visits and team coordination demand regular in-person presence. Most engineers work full-time hours during daytime weekday schedules. Additional hours become necessary when project deadlines approach. Site visits or urgent infrastructure repairs occasionally require weekend or nighttime hours to avoid disrupting normal public transit and business operations.

Becoming a licensed civil engineer

Entering the profession typically starts with completing an ABET-accredited bachelor's degree in civil engineering, which takes 4 years full time. Students study structural design, hydraulics, transportation, and geotechnics. Graduates can qualify as an Engineer in Training after passing the Fundamentals of Engineering exam. Gaining about 4 years of supervised work experience prepares engineers for the Principles and Practice of Engineering exam. Earning a Professional Engineer license is required in every state to approve plans, seal technical drawings, and offer services to the public.