A civil engineering degree will provide you with the knowledge and technical ability to perform essential engineering functions in the design, management and construction industries, among others. As a civil engineer, you can expect to work with public works in some capacity.
Beyond the classroom, our civil & environmental engineering curriculum includes ample hands-on opportunities that will help prepare students for a career in the field. Projects are designed to provide students with practical applications of engineering principles along with important team and project management skills. As freshmen, students visit major civil engineering projects in the region, where they are exposed to client-based design projects early on.
MAJORS & MINORS
Our Civil Engineering program offers rigorous hands-on education taught by experienced professors. The program is designed to teach students the fundamental principles of science and engineering, preparing them to solve problems in the industry. In addition to offering undergraduate and graduate degrees in Civil Engineering, Rose-Hulman also offers a minor and graduate-level education in Environmental Engineering.
Bachelor of Science in Civil Engineering
Master's in Civil Engineering
The Civil Engineering master’s program is designed to provide additional depth and breadth into the challenging and versatile profession of civil engineering. The one-year, course-based program focuses on structural engineering. However, there are alternatives for individuals interested in a multi-year, thesis-based Master of Science Civil Engineering program.
Minor in Environmental Engineering
A minor in environmental engineering provides an introduction to the overall field of environmental engineering.
Master's in Environmental Engineering
You may pursue either a course-based master of environmental engineering degree or a project-based master of science in environmental engineering. Both programs require 48 hours of credit hours.
Our curriculum requires students to master both theory and practice, and it has a significant emphasis on civil engineering concepts throughout the courses. Students in both majors spend ample time working in teams from our first course on. Most courses have a significant term team project where students implement the theory they have learned.
Both curricula also include a three-term (full-year) capstone experience. Most students complete a group civil engineering project for an external client. A handful of senior theses are done in conjunction with faculty in other departments, most notably Mathematics, but also Biology and Biomedical Engineering and Electrical and Computer Engineering.
No Trivial Feat for Our Faculty
Rose-Hulman Tops U.S. News’ Engineering List for 20th Straight Year
Civil Engineering Trio Honored for Technical Expertise, Teaching
Facilities & Resources
Hands-on learning is a key component of the civil & environmental engineering curriculum at Rose-Hulman, and our students will have opportunities to test theories and learnings using innovative labs and technology.
In the lab, you’ll use equipment such as the stream table to apply theories and principles that address issues of flooding.
Between innovative laboratories and access to outdoor landscapes, there are many opportunities for students to gain hands-on experience while on Rose-Hulman’s campus. In the Structures Lab, students apply computer and strain gage technology to their projects, while the Ecological Systems Laboratory is designed for students to conduct research and outreach activities related to sustainable water quality. Students can also research water quality in the Lost Creek – South Fork watershed.
The overall thing at Rose-Hulman is giving back. As civil engineers, we serve people every day. That kind of thing is near and dear to me.
Top Careers in Civil and Environmental Engineering
Construction managers are desirable for their engineering and leadership expertise that are critical to help ensure building projects are completed on time and under budget.
Engineers working in this specialty manage natural resources and determine how they should be handled including waste disposal, pollution and flood control.
Structural engineers are heavily involved in designing structures, such as buildings, bridges and tunnels. Frequently, structural engineers work as consultants to architects or contractors.
Dr. Kevin G. Sutterer brings his experience as a geotechnical consultant to the classroom. His expertise includes liquefaction studies, seismic stability of earth structures, embankment dams and slope stability.