Whether you are interested in our M.S., M.Eng., or Ph.D. programs across twelve diverse areas of civil engineering, you will find a vibrant community here. With award-winning faculty, cutting-edge facilities, and the backing of one of the nation's top research universities, we foster an inspiring environment for learning and innovation. Our program is among the largest in the country, with over 70 dedicated professors in civil and environmental engineering. We're proud to be ranked in the top 10 nationally, a testament to the strength of our courses, faculty, and research opportunities. We sincerely hope you consider advancing your civil engineering journey with us at Texas A&M University.
Virtual Engineering Graduate Programs Informational
You can learn about our engineering graduate programs from the comfort of your home by attending our Virtual Grad Preview held every Fall semester. Speak with advisors and explore available opportunities by registering for one of the multiple sessions.
Civil Engineering Programs Overview
Texas A&M University’s Department of Civil and Environmental Engineering offers a nationally recognized suite of graduate degree programs designed to prepare students to address the complex infrastructure, environmental and societal challenges of the 21st century. With a strong emphasis on research, interdisciplinary collaboration and real-world applications, our graduate programs equip students with both the technical knowledge and leadership skills needed to advance careers in academia, industry and government.
Graduate students can choose from three distinct pathways: the Master’s with thesis in Civil Engineering (MS), Master’s non-thesis in Civil Engineering (MEng or MSn), and the Doctor of Philosophy in Civil Engineering (Ph.D.). Each program is designed to meet the needs of students with different academic interests and career goals.
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The Master of Science with thesis in Civil Engineering (MS) is a research-based degree that provides students with in-depth knowledge in one or more civil engineering specialties, such as structural engineering, transportation systems, water resources, environmental engineering, construction engineering and management, materials engineering, coastal engineering, or geotechnical engineering.
This program requires the completion of original research, culminating in a thesis. Students work closely with faculty mentors on cutting-edge research projects that address global challenges—from sustainable urban infrastructure to climate-resilient design. The MS degree is ideal for students who are considering a future in research, teaching or advanced technical roles in industry or public service.
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The Master of Engineering (Meng) or Master of Science non-thesis (MSn) in Civil Engineering is a non-thesis professional degree designed for students seeking to deepen their technical expertise and broaden their practical engineering skills without the requirement of a research component. This coursework-focused degree is well-suited for practicing engineers who want to strengthen their qualifications, transition into new areas within civil engineering, or prepare for leadership roles in industry.
The non-thesis program provides flexibility and customization, allowing students to tailor their course selections to align with specific career goals in areas such as structural engineering, transportation engineering, water resources engineering, environmental engineering, construction engineering and management, materials engineering, coastal engineering or geotechnical engineering.
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The Ph.D. in Civil Engineering is the department’s highest academic degree and is designed for students who are passionate about original research, academic scholarship, and technological innovation. Ph.D. students engage in advanced, independent research under the guidance of renowned faculty and contribute to knowledge that shapes the future of civil engineering. The program culminates in a dissertation that advances theory, design or application in a specialized area of the field. In addition to the eight areas listed above, the Ph.D. program offers additional tracks in future cities, artificial intelligence and data sciences, automation in civil infrastructure, and sustainable and resilient natural and built environments.
Graduates of the Ph.D. program often pursue careers as university professors, research scientists or high-level technical consultants in government or industry.