2026 Civil Engineering Bachelor’s Degrees Guide
Civil engineering stands as a cornerstone of infrastructure and development, shaping the environments in which we live, work, and play. Pursuing a bachelor’s degree in civil engineering not only opens doors to a diverse array of career paths but also empowers students with the skills to tackle some of the most pressing challenges of our time, from sustainable urban development to resilient infrastructure.
Those considering a career in the civil engineering field should explore the details around earning a civil engineering bachelor’s degree, including its curriculum, career opportunities, and the positive impact that graduates can make in their communities and beyond.
What Is a Civil Engineering Bachelor’s Degree?
A civil engineering bachelor’s degree is a comprehensive, typically four-year undergraduate program designed to equip students with fundamental engineering principles and the technical skills necessary to design, construct, and maintain the infrastructure that supports modern society. This degree, typically structured as a Bachelor of Science in Civil Engineering, covers a broad spectrum of topics, including structural engineering, environmental engineering, water resources management, and transportation engineering.
Students in this program learn through a blend of theoretical coursework and hands-on experiences, such as lab sessions, fieldwork, and cooperative educational opportunities. The curriculum is designed to challenge students to think critically about real-world problems, applying mathematical and scientific principles to develop efficient, sustainable, and cost-effective solutions.
By the end of the program, graduates are not only ready to enter the professional world but also to pursue licensure as professional engineers, setting the stage for a career that makes a tangible difference in the world around them.
Benefits of a Civil Engineering Bachelor’s Degree
A civil engineering bachelor’s degree offers numerous benefits. The field of civil engineering is in high demand, providing excellent job stability. The U.S. Bureau of Labor Statistics (BLS) projects that employment of civil engineers will grow 6% from 2025 to 2035, faster than the average for all occupations.
As a civil engineer, you will have the opportunity to work on a wide range of projects in various settings. This can include construction, geotechnical work, structural design, and transportation projects. This exposure to different areas of civil engineering will help you develop versatile skills that are transferable across many industries.
On a personal level, civil engineering jobs offer a sense of fulfillment because the work you do contributes to society. As a civil engineer, you will be responsible for building roads, bridges, buildings, and other infrastructure projects that improve people’s lives.
What Is the Main Focus of a Civil Engineer?
Civil engineers have a holistic approach to their work. They recognize the importance of understanding various disciplines and their interactions. By having this broad perspective, civil engineers can ensure the success of projects as the field moves into the future.
Civil engineers are involved in designing, constructing, maintaining, and operating infrastructures. They also prioritize public and environmental health while upgrading neglected structures and systems. Civil engineering encompasses the natural and constructed environment, with an emphasis on sustainability.
Depending on their specialty, civil engineers may design structures, transportation networks, or water and sewage systems. Their work can involve assessing how a project affects its surroundings and addressing safety, durability, and environmental requirements.
What Types of Degrees in Civil Engineering Are There?
Universities offer many types of engineering degrees, including civil engineering degrees. Bachelor of Science (BS), Master of Science (MS), Master of Engineering (MEng), and Doctor of Philosophy (PhD) degree programs focused on civil engineering provide students with a well-rounded education that prepares them for careers in civil engineering or advanced study in the field.
What are the Prerequisites for a Civil Engineering Bachelor’s Degree?
Admission requirements and preparation for a civil engineering bachelor’s degree vary by school. Applicants should check each university’s expectations for high school mathematics and science. After enrolling, students typically take foundational courses in subjects such as English composition, physics, chemistry, mathematics, and introductory engineering before moving to advanced topics such as mechanics, hydraulics, and environmental engineering.
Students must also meet their program’s course prerequisites and grade requirements as they progress toward the degree.
Bachelor’s Degree in Civil Engineering Full Program Overview
A typical curriculum for a B.S. in civil engineering spans four years. Full-time students who successfully complete their coursework can expect to graduate in this timeframe.
Civil Engineering Degree Requirements
To earn a bachelor’s degree in civil engineering, you must meet your university’s course and credit requirements. If you plan to pursue a professional engineer license, check whether the program is accredited by the Engineering Accreditation Commission of ABET and review your state board’s education requirements. Credit totals vary by program and include general education as well as engineering courses.
The engineering courses within the program cover various disciplines, including mathematics, statistics, engineering mechanics and systems, fluid dynamics, hydraulics and hydrology, structural design, geotechnical engineering, construction, environmental engineering, civil engineering materials, and transportation engineering.
Licensure is not required for entry-level civil engineering work, but it is typically required to provide engineering services directly to the public. The licensure section below explains the exams and experience requirements.
You also have the option to pursue further studies in civil engineering through a master’s or doctorate program.
Civil Engineering Classes
Here is an illustrative four-year course sequence. Actual course titles and requirements vary by program.
Freshman Year
- Chemistry
- Introduction to Civil and Environmental Engineering
- Introduction to Applied Computing
- Mathematics (Calculus)
- Physics
- Reading and Composition
- Free Electives
Sophomore Year
- Basic Science Elective
- Introduction to Solid Mechanics
- Structure and Properties of Civil Engineering Materials
- Engineering Data Analysis
- Engineering Science and Sustainability Elective
- Mathematics (Calculus, Linear Algebra, and Differential Equations)
- Physics
- Humanities/Social Studies
- Free Electives
Junior Year
- Elementary Fluid Mechanics
- Mechanics of Structures
- Elective Core Courses
- Engineering Science Elective
- Humanities/Social Studies
Senior Year
- Senior civil engineering design or practice course
- Design Elective
- Engineering Electives
- Humanities/Social Studies
- Free Electives
How Long Does It Take To Become a Civil Engineer?
A civil engineering bachelor’s degree typically takes four years of full-time study. Graduates can qualify for entry-level civil engineering roles without a professional engineer (PE) license. Engineers who plan to provide services directly to the public generally need additional qualifying experience, the required exams, and a license from a state board. The time needed for licensure varies by state.
If you decide to pursue further education in the field, the time required will vary. Earning a master’s degree typically takes two years of full-time study. A doctorate program can take four to six years of full-time study, depending on the program and your chosen pace. A doctorate opens up opportunities for university-level teaching and high-level consulting roles.
Can I Get a Civil Engineering Bachelor Degree Online?
Yes. You can earn a civil engineering bachelor’s degree through an online program, but “online” does not always mean “no campus visits.” Some programs require in-person labs or intensives. The five civil engineering degree options below show those requirements explicitly.
Online Civil Engineering Bachelor’s Degree Options
| Institution | ABET EAC status | Delivery mode | In-person requirement | Credits | Published per-credit cost |
| Oregon State University | Accredited | Online | No campus intensive listed; confirm any course-specific local requirements with Oregon State. | At least 180 quarter credits | $480 per quarter credit, excluding fees, 2026-27 |
| Bradley University | Accredited | Asynchronous online courses | On-campus labs required | 123 on the program page; 124 on its tuition page | $650 per semester credit for 2025–26, plus a $50-per-credit surcharge for engineering courses and a possible semester technology fee |
| University of North Dakota | Accredited | Asynchronous online coursework | Five civil engineering labs have on-campus sessions; preapproved local labs may transfer, and some requirements may be waived based on prior experience. | 128 semester credits | $800.71 per credit (non-resident) including mandatory fees in UND’s 2026–27 cost guide |
| Liberty University | Accredited | Online courses | Two on-campus intensives required | 133 semester credits in the 2026–27 catalog | $410 per semester credit full time or $475 part time for 2026–27 |
| San Diego State University | Accredited | Hybrid degree-completion program for students with at least 60 transferable semester units | Five days on campus for the surveying and soil-testing courses; SDSU’s program flyer advises planning for up to nine days of travel, so confirm the schedule with SDSU. | 76 units listed for the completion program, plus prior and other required coursework | $629 per unit |
Please note that the listed prices use different academic years, fee policies, and credit systems; they are not directly comparable totals. Check each school’s current tuition and course requirements before applying.
Related Fully Online Construction and Civil Engineering Technology Programs
If avoiding campus visits is your priority, two related degrees are worth considering. LSU offers a fully online construction engineering bachelor’s degree, while New Mexico State University (NMSU) offers a 100% online civil engineering technology bachelor’s degree. Neither has the same degree title as a civil engineering bachelor’s program. NMSU’s program is accredited by ABET’s Engineering Technology Accreditation Commission (ETAC), rather than its Engineering Accreditation Commission (EAC). LSU’s construction engineering program is new, and its current EAC accreditation status needs confirmation.
| Institution and program | ABET EAC status | Delivery mode | In-person requirement | Credits | Published per-credit cost |
| Louisiana State University – Construction Engineering | LSU’s program was proposed in 2025 with accreditation described as a future goal. | Fully online | No campus intensive listed; confirm whether any courses have location-specific requirements. | 122 semester credits | $465 per credit; course-specific fees may apply |
| New Mexico State University – Civil Engineering Technology | Not EAC-accredited. The civil engineering technology program is accredited by ABET’s ETAC. | 100% online | No campus intensive listed. Selected upper-division courses include supervised field activities; ask NMSU how those are arranged where you live. | 121–122 semester credits | $395.40 base tuition per credit, plus a $39-per-credit differential for engineering courses; other course fees may apply |
Because these degrees differ from civil engineering and from each other, check the educational requirements of any state where you may seek professional engineer licensure before choosing a program.
Bachelor’s in Civil Engineering vs. Mechanical Engineering: What’s the Difference?
When considering a career in engineering, many prospective students find themselves weighing the differences between civil and mechanical engineering. Both disciplines are pillars of the engineering field but focus on distinct areas that cater to different interests and career paths.
| Civil engineering | Mechanical engineering | |
| Main focus | Infrastructure and the built environment | Mechanical and thermal devices and systems |
| Typical projects | Roads, bridges, buildings, water systems, and transportation networks | Machines, engines, heating and cooling systems, and manufactured products |
| Topics you may study | Structural analysis, geotechnical engineering, hydraulics, transportation, and construction | Mechanics, thermodynamics, fluid mechanics, materials, and machine design |
| Work you might do | Plan infrastructure, analyze site conditions, design structures or systems, and oversee construction | Design and test components or systems, analyze performance, and improve equipment or manufacturing processes |
Both degrees require a strong foundation in mathematics and physics. Civil engineers may work with mechanical systems on infrastructure projects, while mechanical engineers may design systems used in buildings; the distinction is the emphasis of the degree and the work it prepares students to do. To compare civil engineering with other disciplines, explore online engineering bachelor’s programs.
Typical Civil Engineering Jobs
Civil engineers can focus on various infrastructure systems in areas including the following. The exam column shows the closest relevant Principles and Practice of Engineering (PE) exam, rather than a required exam for every person in that specialty. NCEES currently offers five PE Civil exams; there is no separate PE Civil exam for each specialty below.
| Specialty | Typical work | Closest relevant PE exam |
| Structural engineering | Design and analyze buildings, bridges, and other structures. | PE Civil: Structural. Some jurisdictions have additional structural licensure requirements involving the separate PE Structural exam. |
| Geotechnical engineering | Evaluate soil and rock conditions and design foundations, retaining structures, and other ground-supported works. | PE Civil: Geotechnical |
| Environmental engineering | Address environmental concerns such as water quality, wastewater, and waste management. | PE Civil: Water Resources and Environmental for work within its scope; the separate PE Environmental exam may be relevant to broader environmental practice. |
| Water resources engineering | Design and manage water supply, drainage, flood-control, and related systems. | PE Civil: Water Resources and Environmental |
| Transportation engineering | Design, construct, and maintain highways, railways, airfields, and other transportation systems. | PE Civil: Transportation |
| Construction engineering | Plan and manage the construction of infrastructure projects. | PE Civil: Construction |
Civil engineers can find employment with nongovernmental organizations, private companies, government agencies, research laboratories, or educational institutions. Check the licensing board where you intend to practice when choosing an exam; the relevant exam and any additional structural requirements depend on that jurisdiction.
Typical Civil Engineer Salary
The U.S. Bureau of Labor Statistics (BLS) reported that the median annual wage for civil engineers was $100,840 in May 2025. The lowest 10% earned less than $68,240, while the highest 10% earned more than $163,220. These figures describe the BLS civil engineers occupation; they should not be read as salary figures for every related specialty or job title.
How to Become a Civil Engineer
Becoming a civil engineer involves a combination of education, skill development, and licensing that culminates in a career dedicated to designing and managing construction projects that are vital to the infrastructure of society. From entry-level education to advanced opportunities, the journey to becoming a civil engineer is structured to build both the theoretical knowledge and practical experience needed to succeed in this dynamic field.
Earn a Bachelor’s Degree
Students who want to become a civil engineer typically begin with a bachelor’s degree in civil engineering or a related field. If you plan to pursue PE licensure, look for a civil engineering program accredited by the Engineering Accreditation Commission of ABET and check the education rules of the state where you intend to practice. Undergraduate coursework commonly includes mathematics, statistics, physics, project management, and engineering subjects such as structural analysis, fluid dynamics, engineering mechanics, and environmental engineering. Many programs also incorporate hands-on learning through laboratory classes, field projects, and internships. These experiences help students understand real-world applications of civil engineering and begin developing the skills they will use in practice.
Gain Professional Licensure
Entry-level civil engineering jobs generally do not require a professional engineer (PE) license. Civil engineers who provide engineering services directly to the public typically need one. State licensing boards grant PE licenses; the National Council of Examiners for Engineering and Surveying (NCEES) develops and administers the exams used in the process.
The usual sequence is:
- Pass the Fundamentals of Engineering (FE) exam. Students nearing completion of an engineering degree and recent graduates commonly take it. After passing, you may be eligible to apply to your state board for an engineer intern (EI) or engineer-in-training (EIT) designation. Passing the exam does not itself issue a PE license or automatically grant a state designation.
- Gain qualifying engineering experience. Most states require four years of acceptable, progressive, verifiable experience, but the number of years and the way experience is credited vary by state and education pathway.
- Pass the Principles and Practice of Engineering (PE) exam. For civil engineers, NCEES offers PE Civil exams in construction, geotechnical, structural, transportation, and water resources and environmental engineering. Check which exam your state board accepts for the work you plan to do.
- Apply to the state licensing board. The board reviews your education, exam results, experience, and any state-specific requirements before granting a license. NCEES does not license engineers.
Exam timing can differ from licensure timing. Some states decouple the PE exam from the experience requirement, allowing eligible candidates to take the exam before completing the experience needed for a license. Texas permits this approach; passing early does not waive its licensing requirements. Check your state board’s rules before scheduling the exam or planning your experience.
Pursue Advanced Civil Engineering Education Opportunities
A master’s or doctorate degree in civil engineering will further enhance your career prospects, opening up opportunities for management roles, teaching positions in universities and colleges, and high-level consulting positions.
Pursuing a master’s in civil engineering degree can allow professionals to focus on an area such as structural, water resources, environmental, or transportation engineering. These advanced programs often emphasize research, advanced design principles, and management skills, providing an edge in the job market and the necessary qualifications for higher-level positions.
Later in their careers, some licensed engineers pursue American Society of Civil Engineers (ASCE) board certification in a specialty such as coastal, port, or geotechnical engineering. These credentials are designed for experienced professionals. Applicants generally need a PE license or international equivalent and at least 10 years of post-undergraduate experience, including eight in the specialty, if they hold a graduate degree. Without one, they need 15 years, including 13 in the specialty.
These advanced opportunities not only enhance expertise but also expand career prospects in both the public and private sectors.
How Much Does It Cost to Become a Civil Engineer?
The cost starts with tuition and required fees for a bachelor’s degree. It also depends on your school, residency status, course load, and any transfer credits or financial aid. The online-program table above gives published per-credit prices for specific schools; compare each school’s full cost of attendance before choosing a program.
Budget for books and software, lab or course fees, and any travel required for in-person coursework. If you pursue PE licensure, add exam and state-board application fees. NCEES currently charges $225 for the FE exam and $400 for a PE Civil exam; a state board may charge separate fees. Travel and exam-preparation costs depend on your circumstances.
How to Choose the Best School for Your Bachelor’s Degree in Civil Engineering?
When selecting a program for your bachelor’s degree in civil engineering, consider important factors like accreditation, school ranking, reputation, location, and cost. ABET accredits specific programs, not entire schools, so check whether the civil engineering degree you are considering has Engineering Accreditation Commission accreditation, especially if you plan to pursue PE licensure.
Look for schools with reputable civil engineering programs, as well as a strong demand for civil engineers in the surrounding area. Consider the availability of internships, job experiences, and other hands-on opportunities. Cost is also a crucial factor, so explore tuition rates, scholarship options, and financial aid opportunities.
Scholarships, Grants, and Financial Aid for Civil Engineering Students
Navigating the financial aspect of earning a bachelor’s degree in civil engineering is crucial for many students. Thankfully, a range of scholarships, grants, and financial aid options are available to aspiring civil engineers.
- Scholarships: Numerous organizations offer scholarships based on merit, financial need, or specific criteria such as membership in an underrepresented group or interest in a particular area of civil engineering. For example, the ASCE offers scholarships for undergraduate civil engineering students. Students are encouraged to apply for multiple scholarships to increase their chances of receiving awards.
- Grants: Many grants are based on financial need and generally do not require repayment. Federal and state grants, such as the Pell Grant, can be particularly helpful. Students should fill out the Free Application for Federal Student Aid (FAFSA) to determine their eligibility for federal aid and aid offered by participating states and schools.
- Financial Aid: In addition to scholarships and grants, students can explore federal student loans, which offer repayment options that may differ from those of private loans. Compare interest rates and terms before borrowing. Work-study programs may also be available to help students earn money while attending school.
Tips for Applying to Online Bachelor’s in Civil Engineering Programs
Applying to an online bachelor’s in civil engineering program requires careful consideration and preparation. Here are some tips to help prospective students through the application process:
- Research Accreditation: If you plan to pursue PE licensure, check whether the specific civil engineering program is accredited by ABET’s Engineering Accreditation Commission (EAC). Confirm the program’s status in ABET’s accredited program search.
- Understand Program Requirements: Check whether the program admits first-year students or requires transferable college credits. Review its math and science prerequisites, minimum GPA, and transfer credit policies before applying.
- Gather Materials Early: Be proactive about gathering required materials, which may include transcripts, letters of recommendation, or test scores. If the program requires an admissions essay or personal statement, start drafting early.
- Check for Special Requirements: Verify whether labs, exams, or other activities require campus visits or approved local facilities. Ask what equipment or software you will need and whether travel adds to the cost.
- Seek Advice: Contact the admissions office if you need help confirming eligibility, transfer credits, or application requirements.
By following these tips, prospective students can prepare stronger applications and choose a program whose requirements fit their circumstances.
Resources: Civil Engineering Professional Organizations
Joining professional organizations can provide significant benefits for civil engineers. These organizations offer career resources, research opportunities, publications, conferences, and networking opportunities.
The ASCE is a global organization with more than 160,000 members in 177 countries. It provides resources to support civil engineers at different stages of their careers. Other professional organizations include the National Society of Professional Engineers (NSPE) and the Society of Women Engineers (SWE).
Regardless of your stage in the field, these organizations offer ways to learn about the profession and connect with other engineers.
Civil Engineering Bachelor’s Degree FAQ
Are Civil Engineering Bachelor’s Degrees Available Entirely Online?
Yes. Some civil engineering bachelor’s degree programs have no required campus visits. Others deliver coursework online but require in-person labs or a short campus intensive. Check the requirements of each program before applying.
Can I Become a Civil Engineer with a Bachelor’s Degree?
Yes. A bachelor’s degree in civil engineering can prepare you for entry-level work. Professional engineer (PE) licensure is a separate process governed by state licensing boards; it typically involves exams and qualifying work experience.
What Can You Do with a Bachelor’s Degree in Civil Engineering?
Graduates may work in areas such as transportation, construction, water resources, and structural engineering. Entry-level responsibilities can include assisting with designs, analyzing project data, and supporting construction or infrastructure projects.
