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Mission Statement of the Undergraduate Civil Engineering Program:

The civil engineering program educates intellectual leaders of the profession by instilling in them a fundamental understanding of the mathematical principles of physics and nature that underlie engineering science, a practical appreciation of the challenges of creative engineering design, and a sense of responsibility for professional service.


ABET Program Educational Objectives

The program is designed so that the following broad objectives would be fulfilled:

  • Graduates are prepared for advanced study in engineering or other fields.

  • Graduates are prepared for successful engineering practice.

ABET Program Outcomes

The specific outcomes of the civil engineering program are to produce graduates who:

  • Understand the principles of physical science, mathematics and engineering science on which engineering research and practice are based;

  • Are able to identify, formulate, and solve engineering problems using modern engineering tools;

  • Have knowledge and skills to design, conduct, and evaluate experiments;

  • Demonstrate critical thinking skills and an ability for independent learning;

  • Are able to design a component or system to meet desired needs within an economic, environmental, and societal context;

  • Communicate effectively to function in multidisciplinary teams;

  • Are broadly educated to understand contemporary issues and the context in which civil engineering is practiced in modern society;

  • Understand professional responsibilities and ethics

The undergraduate program has been designed to provide a firm foundation in a wide breadth of modern civil engineering. Some flexibility is built into the curriculum so that students may pursue particular interests such as structural or geotechnical analysis and design, coastal and ocean engineering, or economics and systems analysis. The program has been accredited by ABET, the Accreditation Board for Engineering and Technology, since 1936.

Requirements for the B.S. Degree

For students entering JHU in Fall 2006 or later: Requirements for the B.S. degree include 24 credits in humanities and social sciences, 17 credits in basic sciences, 16 credits in mathematics, 48 credits in common engineering, 16 credits in technical electives, and 7 credits in unspecified electives. This totals 128 credits. At least 6 credits must be in (W) (Writing) courses taken from the Krieger School of Arts and Sciences.

For students enrolled prior to Fall 2006: Requirements for the B.S. degree include 24 credits in humanities and social sciences, 17 credits in basic sciences, 16 credits in mathematics, 45 credits in common engineering, 20 credits in technical electives, and 6 credits in unspecified electives. This totals 128 credits, of which at least 6 must be in (W) (Writing) courses.

The Civil Engineering undergraduate advising manual, which the student should obtain from the department, contains detailed information, including specific requirements and advice with respect to technical and nontechnical electives and design credits.

Each student is assigned an adviser, who is to sign all registration forms and add and drop forms. Prior to graduation, all programs are reviewed by the department chair and advising coordinator.


Bachelor’s/Master’s Honors Programs

The Department of Civil Engineering has two honors programs for the combined bachelor’s/master’s degrees, to which students may be admitted as early as the second semester of sophomore year. The honors programs take five or six years, depending on the options selected, and carry an automatic tuition waiver of 50% after the first eight semesters of undergraduate work.

One program combines a B.S. in Civil Engineering with either a Master of Science in Engineering in Civil Engineering (M.S.E.) or a Master of Civil Engineering (M.C.E.). The other program leads directly from the B.S. in Civil Engineering to the M.S.E. in Environmental Engineering through the Department of Geography and Environmental Engineering.



Undergraduate Minor

Click here for more information about a CE Undergradate Minor.








Tsunami damage to a coastal resort in Thailand. Professor Dalrymple, with an ASCE team, examined tsunami damage shortly after the disaster to examine lifeline damage and to see what construction survived better.

[faculty page]






Professor Greg Deierlein to deliver the 2007 Carroll lecture on April 11
more information >>

Open positions in the CE Department >>

Summer 2006 Department Newsletter is now available view pdf >>

Professor Lian Shen receives ONR Young Investigator Award more information >>

Professor Tony Dalrymple elected to National Academy of Engineering
more information >>

Robertson delivers Carroll Lecture: Dr. Leslie Robertson, Designer of the World Trade Center and the Bank of China Building, gave the 2006 Carroll lecture on April 12. more information >>