University of Massachusetts Amherst

What you'll study

The PhD programme combines advanced coursework with focused research leading to a dissertation that contributes original scholarship to the civil engineering field. Students take a mix of core and elective graduate-level modules tailored to their specialism and research needs, and engage in seminars, teaching, and professional development.

• Core and elective coursework — advanced topics such as structural dynamics and earthquake engineering, finite element methods and computational mechanics, advanced soil mechanics and geotechnical engineering, pavement systems and transportation planning, hydrology and water resources modelling, environmental engineering processes, and materials behaviour and durability.
• Research preparation — research methods, statistical analysis for engineers, proposal development and topical seminars that prepare students to formulate and defend a dissertation research plan.
• Qualifying milestones — a departmental qualifying examination or portfolio requirement to demonstrate mastery of foundational knowledge, followed by a dissertation proposal defence and the final dissertation defence.
• Laboratory and field work — extensive experimental and computational research carried out in on‑campus facilities, including structural testing labs, geotechnical laboratories, materials testing facilities, and access to high-performance computing resources.
• Teaching and professional development — opportunities to develop teaching and communication skills through graduate teaching assistantships, journal clubs, and workshops on grant writing and research ethics.

Entry requirements

Applicants are normally expected to hold a recognised master’s degree in civil engineering or a closely related discipline. Exceptional candidates with a strong bachelor’s degree and substantial research experience may also be considered. Typical departmental expectations include:

• Academic records — strong undergraduate and graduate transcripts showing coursework in core civil engineering subjects such as mechanics, materials, mathematics and fluid mechanics.
• Research experience — evidence of prior research or project work (eg supervised research, publications, technical reports or a master’s thesis) that demonstrates the ability to conduct independent research.
• References and statement — at least two academic references, a CV, and a statement of purpose outlining research interests and how they align with faculty expertise.
• English language proficiency — for applicants whose first language is not English, an approved English language qualification is required per university regulations.

Admissions are competitive and decisions take into account the fit between the applicant’s research interests and available faculty supervision and facilities.

Career prospects

Graduates of the PhD programme enter a wide range of careers that make use of advanced technical skills and research experience. Common pathways include:

• Academia and research — faculty positions at universities, postdoctoral research, and leadership roles in university research centres.
• Industry R&D and consulting — senior technical roles in engineering consultancies, construction and infrastructure firms, materials and geotechnical companies, and technology start-ups.
• Public sector and policy — technical and leadership positions in government agencies, transportation authorities, environmental regulatory bodies and international development organisations.
• National labs and research institutes — research scientists and project leads in national laboratories and independent research institutes focused on infrastructure resilience, sustainability and advanced materials.

Why study at University of Massachusetts Amherst

The University of Massachusetts Amherst offers a vibrant research environment within a college of engineering that emphasises interdisciplinary collaboration and practical impact. The civil engineering department features faculty with active research programmes across structural engineering, geotechnical and materials science, transportation systems, and water and environmental engineering.

• Research facilities — access to well‑equipped structural and geotechnical laboratories, materials testing facilities and computational resources to support experimental, field and computational research.
• Collaborative centres — opportunities to work with campus research centres and regional partners on applied projects in infrastructure resilience, sustainable transportation and environmental protection.
• Funding and training — funded graduate appointments and teaching assistantships, plus professional development in teaching, grant writing and communication.
• Location and network — a research-intensive campus that supports connections with industry, government agencies and other universities in the Northeast and beyond, providing routes to internships and collaborative projects.

Overall, the PhD in Civil Engineering at UMass Amherst is designed to prepare researchers and leaders who will advance engineering knowledge and address complex infrastructure and environmental challenges.