Discover the best civil engineering programs

Civil engineers play a vital role in designing and building the infrastructure people rely on every day, from highways and bridges to water distribution systems and residential buildings. Pursuing a career in civil engineering requires a significant commitment to education, professional training, and certification, but obtaining full licensure opens doors to rewarding career opportunities and competitive salaries in this dynamic field.

To begin the path toward becoming a civil engineer, individuals must earn at least a bachelor’s degree in civil engineering or a closely related field from an ABET-accredited institution. Unlike some technical roles that may not require extensive formal education, professional engineering licensure mandates completion of a four-year college program before candidates can advance to further training.

Civil engineering combines practical skills from trades like construction with a solid grounding in mathematics and sciences, making extensive educational preparation crucial. After completing their degree, civil engineers continue their professional journey through additional training, licensure exams, and real-world experience. Selecting the right program can help aspiring engineers gain the knowledge and practical experience needed to thrive in this demanding yet rewarding profession.

Why choosing the right program matters

A competitive, highly ranked civil engineering program will provide the following features:

• Rigorous core curricula in math and science, preparing future civil engineers to apply advanced calculus, statistics, physics, and chemistry throughout their careers.
• Specialized, upper-level civil engineering courses that offer in-depth knowledge of the field and focus on real-world applications.
• Well-rounded networking opportunities and robust professional connections within the civil engineering community.
• Strong relationships with accomplished alums employed by industry leaders, major government agencies, and top universities.
• Opportunities to engage in practical learning, from internships to research programs.
• ABET accreditation, a benchmark required for engineering licensure and one of the most important factors considered by students.
• Support for licensing exams administered by NCEES, including focused preparation for the FE Civil Exam (Fundamentals of Engineering) and relevant Principles and Practice of Engineering (PE) exams.

Many aspiring engineers take the FE Civil Exam during the final year of their degree programs or shortly after graduation. Attending one of the best colleges for civil engineering can make a significant difference in your exam and career preparation. The exam assesses both core engineering fundamentals and specialized field knowledge, so students benefit most from programs that emphasize foundational principles while offering advanced, industry-relevant coursework.

Common civil engineering projects include designing and overseeing the construction of bridges, buildings, dams, airports, highways, tunnels, and sophisticated water distribution systems. Civil engineers must ensure that structures and infrastructure meet demanding safety, sustainability, and resilience standards to withstand risks such as earthquakes and severe weather events. As such, civil engineering professionals must develop proven expertise and competency: the well-being of millions who rely on infrastructure designed by graduates of the best civil engineering schools depends on their skills.

Top 10 civil engineering programs in the U.S.

U.S. News & World Report publishes an annual ranking of the best civil engineering schools in the U.S., featuring both prestigious private universities and leading public colleges. These top programs provide exceptional engineering education, outstanding academic resources, dedicated mentoring, and personalized guidance, helping students excel in their degrees and successfully pass NCEES licensure exams.

University of Illinois Urbana – Champaign (Grainger)

Location: Urbana, IL

Acceptance rate: 21.2%

Full-time annual tuition and fees: $20,170 (in-state), $38,276 (out-of-state)

Average ACT/SAT scores:

• SAT: 1420-1540
• ACT: 31-35
• Percentage of students who submit scores: 60%

The University of Illinois Urbana – Champaign stands out among top engineering schools in Illinois, especially for its prestigious civil and environmental engineering department. The department comprises seven core areas of study:

• Construction engineering and management
• Construction materials
• Environmental engineering
• Geotechnical engineering
• Structural engineering
• Transportation engineering
• Water resources engineering

The Grainger College of Engineering also offers three forward-thinking interdisciplinary programs focused on sustainability and green building: sustainable and resilient infrastructure systems; energy-water-environment sustainability; and societal risk management. Each program provides students with foundational skills and the tools necessary to excel in any chosen area of civil or environmental engineering.

Program highlights include:

• Most students report completing an internship or co-op during their degree program
• Nearly all graduates begin their careers at their preferred workplace or advance to highly regarded graduate programs
• Grainger’s flexible curriculum allows students to pursue a minor in computer science, further strengthening their technical expertise
• Alums go on to work at well-known firms such as Ardmore Roderick, Kiewit, Lendlease, SpaceX, and various public agencies, while others attend selective graduate programs at Stanford, University of California, Berkeley, and other leading institutions

With a robust emphasis on environmental planning, innovation, and professional development, the Grainger College of Engineering at the University of Illinois prepares mission-driven students to build successful careers and join an invaluable, nationwide professional network.

Georgia Institute of Technology, School of Civil and Environmental Engineering

Location: Atlanta, GA

Acceptance rate: 30% (in-state), 9% (out-of-state)

Full-time annual tuition and fees: $14,416 (in-state), $30,598 (out-of-state)

Average ACT/SAT scores:

• SAT: 1370-1540
• ACT: 30-34
• Students must submit scores to be considered for admission

The Georgia Tech Civil Engineering program offers a highly respected Bachelor of Science in Civil Engineering, preparing students for successful careers or advanced study. With a competitive acceptance rate and affordable in-state tuition, Georgia Tech's civil engineering program is known for producing driven graduates who are ready for both professional engineering practice and graduate programs.

Students in the Georgia Tech civil engineering curriculum gain comprehensive knowledge across the field's major areas. The program features a strong academic foundation, with expert faculty guiding students through rigorous coursework and hands-on research. In their junior and senior years, students choose from a wide range of breadth electives, allowing them to explore diverse civil engineering specialties and build expertise in areas aligned with their interests.

Program highlights include:

• Concentrations in environmental, geotechnical, infrastructure, and structural systems
• Strong academic focus led by experienced professors
• Access to innovative research opportunities with renowned faculty
• Accelerated BS/MS program for motivated students pursuing a master’s degree

Georgia Tech's civil engineering program stands out for its commitment to research and advanced study. The program provides an ideal pathway for students interested in pursuing graduate education or industry experience. The school is an excellent choice for those seeking an academically challenging, research-focused undergraduate experience.

University of California, Berkeley

Location: Berkeley, CA

Acceptance rate: 11.4%

Full-time annual tuition and fees: $12,762 (in-state), $27,864 (out-of-state)

Average ACT/SAT scores:

• SAT: 1340-1540
• ACT: 30-35
• Test scores are not used for admissions decisions, but can be used to award credit or advanced placement

The UC Berkeley Civil Engineering undergraduate program is recognized for its rigorous curriculum and strong emphasis on innovative learning in Civil & Environmental Engineering. The department offers students a well-rounded academic experience that blends fellowship, hands-on projects, leadership development, and research opportunities. UC Berkeley graduates are well prepared for professional careers and advanced studies across state government, federal agencies, business industries, nonprofit organizations, and academic research.

Program highlights include:

• Curriculum grounded in team-based and competition-driven learning for Civil Engineering majors
• Extensive advising and student mentorship are available at the faculty, college, and department levels.
• Abundant opportunities for practical learning, laboratory work, and applied research
• Supportive community united by a commitment to innovative civil and environmental solutions

Located in California, UC Berkeley places Civil Engineering undergraduates at the epicenter of critical challenges, such as drought management, severe storms, climate change, and seismic engineering. This unique environment allows students to directly apply the fundamentals of their education to solve crucial engineering problems at the state and national levels.

University of Texas – Austin, Cockrell School of Engineering

Location: Austin, TX

Acceptance rate: 27%

Full-time annual tuition and fees: $10,554 (in-state), $19,320 (out-of-state)

Average ACT/SAT scores:

• SAT: 1230-1480
• ACT: 29-34
• Students must submit scores to be considered for admission

For over a century, the Cockrell School of Engineering at the University of Texas at Austin has produced some of the nation’s most distinguished industry professionals and academic leaders. The Cockrell School is renowned for driving world-changing innovations across a broad spectrum of industries, including space exploration, energy, and health care. In the civil engineering program, students receive a rigorous foundation in scientific and engineering principles and apply this knowledge across all aspects of the discipline, from structural and transportation engineering to environmental resource management and development. Through extensive research opportunities, industry internships, and community engagement, students are empowered to apply their skills in real-world settings aligned with their individual interests.

Program highlights include:

• Strong recruitment pipelines with top employers such as Habitat for Humanity, McCarthy Building Companies, and Walt Disney Company
• Comprehensive, round-the-clock career and advising support services
• Highly competitive research experiences led by renowned faculty
• A vibrant campus life offering diverse pathways for students to explore and develop their passions

At the University of Texas, Cockrell brings world-class engineering education to its dynamic Austin campus. Students have opportunities to explore construction, environmental, geotechnical, and other specialized fields of civil engineering in a thriving academic environment.

Purdue University – Main Campus, Lyles School of Civil and Construction Engineering

Location: West Lafayette, Indiana

Acceptance rate: 43.4%

Full-time annual tuition and fees: $10,842 (in-state), $29,644 (out-of-state)

Average ACT/SAT scores:

• SAT: 1220-1480
• ACT: 28-34
• Percentage of students who submit scores: 97%

Purdue Civil Engineering offers students an innovative and rigorous academic experience in West Lafayette. As one of the top engineering schools in the country, the Lyles School of Civil and Construction Engineering equips students with the expertise to address complex infrastructure and societal challenges. The program offers several pathways to a Bachelor of Science in Civil Engineering (BSCE), allowing future engineers to explore their interests and develop specialized skills. Purdue's civil engineering program is nationally recognized for academic excellence and leadership in educational discovery, featuring nine specialized engineering groups:

• Architectural Engineering
• Construction Engineering
• Environmental Engineering
• Geomatics
• Geotechnical Engineering
• Hydraulic/Hydrologic Engineering
• Materials Engineering
• Structural Engineering
• Transportation Engineering

With ten open technical elective courses, students pursuing a degree at Purdue can customize their civil engineering education to suit their career goals.

Program highlights include:

• A wide range of departmental scholarships is designed to support civil engineering students throughout their studies
• Strong focus on experiential learning through co-op programs and internships with industry leaders
• An accelerated combined BS/MSCE program for ambitious students seeking advanced credentials
• A dedicated honors program for high-achieving individuals
• An accredited online civil engineering program for distance learners

Purdue University’s civil engineering program emphasizes both academic rigor and professional development, resulting in an impressive 97% placement rate for graduates in their chosen industry or advanced studies. As one of the best choices for students searching for top programs in the Midwest, Purdue continues to foster the next generation of engineering innovators.

Stanford University

Location: Stanford, CA

Acceptance rate: 4%

Full-time annual tuition and fees: $65,082

Average ACT/SAT scores:

• SAT: 1510 and 1580
• ACT: 34 and 35
• Students must submit scores to be considered for admission

As part of the prestigious Stanford Civil Engineering program, students learn to apply innovative engineering design and technical analysis for real-world solutions. The civil engineering curriculum at Stanford University features a core of required courses spanning major fields, ensuring foundational expertise across disciplines. Advanced classes and electives enable Stanford Civil Engineering students to pursue specialized interests and explore emerging fields.

Graduates of the Stanford Civil Engineering degree are well-equipped for impactful careers in structural engineering, construction management, environmental engineering, and related sectors. Here, students gain critical skills to plan, design, construct, and sustain the built environment, manage vital natural resources, and safeguard communities against natural disasters and climate impacts.

Program highlights include:

• Access to a world-class civil engineering education delivered by renowned Stanford faculty
• Robust partnerships with leading engineering firms and government agencies
• Opportunities to engage in Stanford University’s Vice Provost for Undergraduate Education (VPUE) research initiatives
• Prime location in the heart of Silicon Valley

For students driven by innovation and the desire for cutting-edge solutions in civil and environmental challenges, the highly selective Stanford Civil Engineering program brings together technological leadership and resources to solve complex engineering problems.

University of Michigan – Ann Arbor

Location: Ann Arbor, MI

Acceptance rate: 15.6%

Full-time annual tuition and fees: $32,486 (in-state), $60,916 (out-of-state)

Average ACT/SAT scores:

• SAT: 1360-1530
• ACT: 31-34
• Percentage of students who submit scores: About 70%

If you are interested in building innovative infrastructure, supporting sustainable communities, and addressing real-world challenges, the University of Michigan Civil Engineering program in Ann Arbor is a top choice. This dynamic civil engineering curriculum prepares students to excel at the intersection of natural and built environments. By choosing the Civil Engineering major, you’ll develop skills to design resilient infrastructure, mitigate environmental impacts, and advance public safety for diverse populations. The program also offers a flexible structure with specialized focus areas, including Hazards, Risk, and Resilience, as well as Infrastructure Systems.

Program highlights include:

• An accelerated master’s track for qualified undergraduates
• Ample opportunities for experiential learning through active student organizations and industry partnerships
• Strong connections with leading professional groups, including the American Society of Civil Engineers (ASCE)
• Extensive labs and hands-on research projects

The immersive nature of the University of Michigan Civil Engineering program emphasizes project-based learning, enabling students to apply classroom knowledge to real-world situations and enhance their resumes before graduation.

Massachusetts Institute of Technology

Location: Cambridge, MA

Acceptance rate: 4.6%

Full-time annual tuition and fees: $61,990

Average ACT/SAT scores:

• SAT: 1520-1580
• ACT: 34-36
• Percentage of students who submit scores: About 70%

MIT’s Department of Civil and Environmental Engineering (CEE) stands out for its innovative curriculum and leadership in the field. The program sets itself apart with its strong emphasis on quantitative methods, interdisciplinary research, and cutting-edge technology. CEE at MIT integrates foundational scientific principles with advanced engineering design, applying knowledge at every scale, from nano-level investigations to global challenges.

The MIT civil engineering experience is centered around two key focus areas: environment (natural systems) and infrastructure (human-made systems), delivering one of the most comprehensive civil engineering programs available. Instead of offering a traditional civil engineering major, MIT allows undergraduates to major in general engineering and to minor in Civil and Environmental Systems or Civil Engineering. Students become part of a vibrant academic community that brings together experts from diverse backgrounds to collaborate on breakthrough solutions for society’s most pressing challenges.

Program highlights include:

• An interdisciplinary academic experience drawing from multiple fields
• Two specialized laboratories: Parsons Laboratory for Environmental Science and Engineering (focused on natural systems) and Pierce Laboratory for Infrastructure Science and Engineering (focused on infrastructure)
• Abundant opportunities to engage in research, traineeships, and hands-on experience
• Emphasis on data science, modern quantitative approaches, and innovative engineering techniques

A rigorous and quantitative curriculum, practical learning opportunities, and interdisciplinary collaboration define MIT civil engineering.

Virginia Tech

Location: Blacksburg, VA

Acceptance rate: 55%

Full-time annual tuition and fees: $15,768 (in-state), $31,690 (out-of-state)

Average ACT/SAT scores:

• SAT: 1280-1450
• ACT: 28-32
• Test-optional policies will end for students entering in Fall 2028

The Virginia Tech Civil Engineering program, housed within the Charles E. Via, Jr. Department of Civil and Environmental Engineering, stands as a leader in preparing future engineers with expertise to tackle today’s infrastructure challenges. Virginia Tech’s civil engineering department is recognized for its commitment to advancing public service through rigorous academic and hands-on experiences. Students benefit from training covering all major disciplines: construction engineering and management, structural engineering and materials, transportation and infrastructure systems engineering, land development, geotechnical engineering, and environmental and water resources engineering.

Program highlights include:

• Eight diverse specialty areas ensure depth within the Virginia Tech Civil Engineering curriculum
• Extensive hands-on experiences through fieldwork, research, internships, service projects, and global initiatives, bridging classroom theory with real-world problem solving
• Nearly $300,000 awarded annually in scholarships for undergraduate civil engineering students
• Strong, active partnerships with leading professional engineering organizations

Virginia Tech Civil Engineering continually brings talented students and expert faculty together to tackle critical engineering issues, design resilient systems, and innovate solutions that set the program apart.

Carnegie Mellon University, College of Engineering

Location: Pittsburgh, PA

Acceptance rate: 12%

Full-time annual tuition and fees: $57,436

Average ACT/SAT scores:

• SAT: 1510-1560
• ACT: 34-35
• Students must submit scores to be considered for admission

Carnegie Mellon Civil Engineering, offered through the renowned Department of Civil and Environmental Engineering, provides a Bachelor of Science program tailored for driven students interested in advancing infrastructure and sustainable solutions. The Carnegie Mellon civil engineering curriculum combines fundamental technical knowledge with real-world problem-solving, emphasizing hands-on, flexible learning and interdisciplinary project courses that connect students across specialties.

With its strong focus on innovation and collaboration, the undergraduate civil engineering program at Carnegie Mellon prepares graduates to make an impact in areas such as urban development, transportation, and sustainability. Students benefit from a supportive environment that empowers them to thrive academically and professionally.

Program highlights include:

• Research opportunities in civil and environmental engineering, including small grants, independent study projects, honors programs, and competitive summer internships
• Direct pathway to an integrated BS/MS program
• Access to diverse professional and identity-based student organizations within the department
• Curriculum emphasis on civic responsibility, environmental stewardship, and sustainable design

Carnegie Mellon's civil engineering program uniquely bridges rigorous academics with a dynamic, collaborative community, creating a supportive environment where undergraduate students excel and prepare for leadership in the civil engineering profession.

Top 10 universities by total FE exam volume

The National Council of Examiners for Engineering and Surveying (NCEES) publishes an annual report on engineering licensing, covering everything from exam results to participation nationwide.

Many students take their FE exams during the final year of their undergraduate program or soon after graduation. In 2025, the top universities by FE exam volume were:

• Texas A&M University (714 students)
• Purdue University (585 students)
• Missouri University of Science and Technology (558 students)
• North Carolina State University (509 students)
• California Polytechnic State University, San Luis Obispo (500 students)
• Clemson University (441 students)
• University of Colorado, Boulder (423 students)
• Penn State University (408 students)
• Colorado School of Mines (406 students)
• California State Polytechnic University, Pomona (400 students)

Note that this includes all FE exams, not only the FE Civil; however, the schools above all have a deep commitment to professional development and licensure. While not all rank on the top 10 list for civil engineering specifically, they are also worth exploring for future engineering students.

Your frequently asked questions: Answered

What is the NCEES?

The National Council of Examiners for Engineering and Surveying (NCEES) is an American non-profit organization dedicated to advancing professional licensure for engineers and surveyors. This organization also develops and administers the Fundamentals of Engineering (FE) exam and dictates the professional standards for licensed engineers in the U.S.

What is ABET accreditation?

ABET, formerly known as the Accreditation Board for Engineering and Technology, is a nonprofit organization that accredits college and university engineering programs. The accreditation standardizes the skills, courses, and quality of engineering education, ensuring that students entering the profession meet key qualifications.

How do I get into a top civil engineering program?

Top engineering programs can be incredibly competitive. Therefore, if you’re a high school student, it’s best to plan your application and enhance your profile early:

• Schedule advanced science and math classes, such as honors and AP courses.
• Take a standardized exam such as the SAT or ACT. Having high test scores increases your options and makes you stand out, even in test-optional admissions.
• Join clubs that emphasize quantitative or technical skills, such as a math league or a robotics club.
• Participate in national math contests, such as the American Mathematics Competition (AMC).
• Secure recommendations from teachers or organizational leaders who can speak to your technical and critical thinking skills.
• Become a well-rounded candidate by developing your communication skills, evidenced by your application materials and other writing.

Today, civil engineering emphasizes sustainability, mitigating climate risk, improving public systems, and effective communication and collaboration on complex projects. When it comes to extracurriculars or research opportunities, seek out team-based service or mission-oriented activities. Experiences that center around environmental sustainability, housing, or other important engineering issues show a genuine commitment to the field.

What degree do you need to be an engineer?

To become an engineer, you generally need at least a bachelor’s degree from an ABET-accredited program, most often a Bachelor of Science in engineering. In some cases, a degree in mathematics, statistics, or a closely related field may also allow entry into the engineering profession, depending on your state’s specific requirements. While it’s not strictly necessary to major in civil engineering as an undergraduate to later specialize in the field, completing coursework related to this discipline will streamline your path and make it easier to meet professional standards.

Keep in mind that although a bachelor’s degree is the minimum educational requirement for engineering licensure, many advanced or specialized roles may require a master’s or even a doctoral degree. Deciding whether to continue with graduate studies or focus on gaining practical work experience after earning your bachelor’s will help you plan the most effective route toward licensure and advancement.

How long does it take to become a civil engineer?

The professional engineer (PE) designation is the highest title an engineer can receive in the U.S., offering professionals the opportunity to lead projects, manage important documentation, and assume legal responsibilities.

Here’s a breakdown of how to become an engineer, highlighting every key achievement in the process:

• Education (four years): Start the process by earning a four-year bachelor’s degree.
• First exam (two to three months): Study for and pass the Fundamentals of Engineering (FE) Civil exam.
• Work experience (four years): Accumulate four years of progressive engineering work experience under the supervision of a licensed Professional Engineer (PE). This stage forms the practical component of the standard engineering track.
• Second exam (three to six months): Successfully prepare for and pass the Principles and Practice of Engineering (PE) exam, which is required to achieve full professional standing as an engineer.

Altogether, candidates often spend between eight and ten years attaining full PE licensure, including obtaining their engineering degree and fulfilling both professional assessments. Of course, the timeline can vary based on individual study schedules, exam preparation, whether a candidate decides to pursue a master’s or PhD, and the pace at which required experience is obtained.

How much do civil engineers make?

According to the Bureau of Labor Statistics (BLS), civil engineers made an average of $99,590 in 2024. The starting salary for civil engineers is around $72,000, with many opportunities for salary advancement available to those with experience and proper licensure.

How do I prepare for the FE exam?

A strategic approach is central to effective preparation for the FE Civil exam. Creating a focused study plan will set you on the path toward success.

• Begin your FE Civil exam preparation early. Most experts advise dedicating two to three months, or at least 150 hours, of focused study time.
• Build a personalized FE Civil exam study schedule. Evaluate your upcoming commitments, including work, university classes, or personal obligations, and design a consistent routine that prioritizes your exam preparation throughout the next several months.
• Utilize reliable FE Civil exam study materials. Make the most of NCEES FE Civil exam resources and supplement your learning with reputable third-party FE practice guides and review books developed specifically for FE Civil exam candidates.
• Regularly answer sample FE Civil exam questions. Work through mock problems to become familiar with the question formats and the unique pacing of this test.
• Complete several full-length practice FE Civil exams. Replicate real testing conditions by timing yourself, limiting distractions, and consulting the NCEES Reference Handbook to simulate the official exam environment closely.
• Participate in an FE Civil exam study group. Students can connect with peers or leverage academic resources from department faculty focused on group-based FE Civil exam prep.

Whether you are preparing for the FE Civil exam during your final academic year, after graduation, or as a practicing engineer balancing work responsibilities, consistent and thorough preparation is vital. Maintain your motivation by breaking study periods into manageable sections, preventing burnout, and ensuring steady progress toward success.

Conclusion: Building your future

Civil engineering is a dynamic profession that combines scientific principles with mathematical and computational methods to address the challenges of developing and maintaining modern society. For those interested in becoming a civil engineer, understanding the diverse roles and responsibilities within the field is key. As a working professional, you will engage in innovative projects that require collaboration with experts from various disciplines to develop solutions to complex problems.

When considering how to become a civil engineer, it’s crucial to focus on educational programs that deliver exceptional academics, hands-on research opportunities, and robust professional development. These elements will help build the knowledge and skills necessary for success in this domain. Choosing a program with a strong commitment to advancing the industry positions you to achieve your long-term career objectives and prepares you for full engineering licensure.

By strategically selecting the right educational path, you lay the groundwork to meet all requirements and fulfill your professional aspirations in this impactful field.