Degree Programs & Offerings
Undergraduate Program
The undergraduate program provides students with an education that is unique in its depth, provides access to faculty, and offers an extraordinary range of educational opportunities beginning in freshman year. Get DetailsCombined BS/MS Degree
Earn a BS in Civil Engineering and a Master of Science in Engineering (MSE) in Civil Engineering from Johns Hopkins in five years total. Learn MoreMSE in Civil Engineering
The master’s degree in civil engineering focuses on mechanics of materials, probabilistic methods, fire engineering, earthquake engineering, infrastructure design for resilience. Learn MoreMS in Systems Engineering
The master's degree in systems engineering focuses on network and mathematical modeling, optimization, analysis of complex infrastructure systems, public health, and urban resilience. Learn MorePhD Program
Seek out—and solve—high-impact challenges related to the built environment. Research in this area includes: structural engineering, structural mechanics, probabilistic methods, hazards management, and systems engineering. Learn More
Students showcase innovation, skill, and teamwork at the 2024 Steel Bridge Competition
The CaSE-led student team earned fourth place in the ASCE/AISC annual competition for civil engineering students
Grand Societal Challenges
Rooted in fundamental mechanics, systems thinking, advanced computational methods and uncertainty quantification, our programs successfully navigate the conflicting objectives inherent in addressing the following grand societal challenges:
Resilient Cities - Creating more resilient cities by enhancing earthquake resistance of structures, using systems-based solutions to address food insecurity, and developing new materials and structures for improved fire safety. More
Space Exploration & Habitation - Develop technology that will support long-term exploration and inhabitation of space, including optimized ultra-lightweight materials, cutting-edge computational mechanics, and systems-based approaches to community design. More
Decision-Making & Health - Leverage systems modeling, modern analysis, and advanced optimization to help transform data into decisions that will ensure healthy and more equitable communities. More
Human Safety & Security - Improve technologies, policies, and infrastructure that are robust to evolving threats – from changing climate, to acts of war, to global pandemics. More
Future Energy Infrastructure - Find mechanics-based solutions, create structural engineering advances, and use systems-based planning to address the changing energy supply, aging distribution networks, dynamic markets, and increasing hazards. More
Focus Areas
Mechanics of Materials
Collaborate on research of significant interest to aerospace, automotive, defense, manufacturing, materials, biomedical and electronics industries by using computational and experimental modeling, machine learning, topology optimization, and material design. DetailsStructures
Find solutions for structures that optimize, overcome uncertainty, and provide resilience and extreme efficiency under a variety of hazards. DetailsSystems
Ensure that society can recover from threats by connecting mathematics, engineering, social and physical sciences and medicine. Details
Learn from faculty who are defining their fields.
Our world-renowned faculty are mentors and teachers, dedicated to providing students with the knowledge and experiences needed to graduate as leaders--no matter what professional path they choose.
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EASA supports research and dialogue that addresses pressing challenges and contributes to the future wellbeing of society through interdisciplinary and international collaboration
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Johns Hopkins students developed a human-centered design turning a theoretical commercial site into a livable and sustainable community
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The new tool is the first to use large language modeling to predict infectious disease risk
View Latrobe Hall
Latrobe Hall on the University's Homewood Campus is home to our administrative offices, labs, and student workspaces.