Civil Engineering University at Buffalo

Overview

The Civil Engineering programme at University at Buffalo offers students a sophisticated platform to advance their technical expertise and professional leadership. This Master of Science degree is designed to address the complex challenges of the modern built environment through rigorous academic training and research.

The curriculum is structured around 30 credits, providing a balanced mix of core requirements and elective choices. Students can tailor their educational journey by selecting a culminating experience, such as a comprehensive exam, a research project, or a formal master's thesis.

Each student works closely with an academic advisor to develop an individualised programme of study.

Why Civil Engineering at University at Buffalo?

The department is home to world-renowned research groups that focus on enhancing community resiliency and sustainability. Facilities include specialised laboratories for structural engineering, mechanics, and materials, where researchers develop innovative design guidelines for buildings and infrastructure.

Students benefit from an environment that prioritises the rehabilitation of the built environment in response to extreme weather and growing populations. The university maintains strong links with industry, providing a practical context for theoretical studies in geosystems and transportation.

The programme's distinctive teaching features include a focus on computational geomechanics and seismic response. By integrating cutting-edge research into the classroom, the institution ensures that graduates are prepared for the evolving demands of the global engineering sector.

Tuition Fee Breakdown

• International fee: USD 12870 per semester
• National fee: USD 12870 per semester
• Local fee: USD 5655 per semester

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The programme allows students to specialise in specific focus areas. Modules may include:

Construction Engineering and Management

• Technical and Management Skills
• Sustainable Construction Solutions
• Practical Construction Innovation

Geosystems Engineering

• Computational Geomechanics
• Deep Foundations
• Ground Improvement
• Seismic Response of Soils
• Liquefaction
• Retrofit of Foundations, Dams, and Slopes

Structural Engineering, Mechanics and Materials

• Community Resiliency
• Design Guidelines for Buildings
• Wind Engineering
• Fire Engineering
• Materials Engineering

Transportation Engineering

• Efficiency and Safety of Surface Systems
• Sustainability in Transportation
• Resiliency of Surface Transportation

Careers with Civil Engineering

Graduates of this programme pursue diverse career pathways across both the public and private sectors. Many alumni secure roles in engineering consultancy, government agencies, and international construction firms, focusing on infrastructure development and environmental protection.

The advanced technical training prepares students for positions such as structural engineers, transportation planners, and site managers. Additionally, the research-intensive nature of the degree provides an excellent foundation for those wishing to pursue further education at the doctoral level.

Employment opportunities are vast, with graduates contributing to the safety and sustainability of global infrastructure. The skills acquired at the university enable professionals to lead innovative projects that address the critical needs of modern society.