Civil Engineering
Master of Science
Master of Science
Course Delivery
Total Credits
Credit Hour
Minimum Duration
The Department of Civil and Environmental Engineering offers a world-class educational experience for graduate students that is enhanced by modern technology and is accessible to all segments of society. As a student in this program, you'll prepare to solve complex problems by drawing on robust real-world civil engineering data and applying state-of-the-art software tools. You have the option to choose from three focus areas in Transportation Engineering, Pavement Engineering, and Structural Engineering as you explore topics like:
By completing the program, students will gain expertise in a contemporary area of interest to them as well as engineering leadership skills to help them push their own knowledge and their discipline forward. Students will also have the opportunity to:
Civil engineers commonly work for consultancies or for government agencies at the local, state or federal level. Many find career opportunities in improving or replacing obsolete transportation systems and meeting the growing demand for updated, sustainable infrastructure. Professionals may specialize in areas like transportation or pavement engineering, taking on positions where they develop and maintain streets, highways, airports, harbors and public transit.
Licensure as a professional engineer (PE) is crucial for many roles in the field. Regulations vary by state, but you generally must be a licensed PE to sign, seal and submit engineering work for official approval. Graduate education can help you earn your license by preparing for the Principles and Practice of Engineering exam and meeting work experience requirements. Graduates will also be prepared for a variety of careers across the field of civil and transportation engineering. MSU College of Engineering alumni earn highly competitive salaries, with the average salary for masters-level engineering student exceeding $109,000, according to PayScale. Common career options for graduates include engineering manager, senior transportation/pavement engineer, project engineer and more.
Dr. Savolainen’s research examines the fundamental nature of road user behavior, particularly how traffic safety and operations are influenced by behavior in consideration of roadway and traffic characteristics. His work in this area has provided important information as to how road user behavior changes in response to such roadway features as maximum speed limits, centerline/shoulder rumble strips, and red-light-running cameras at signalized intersections. His research has also advanced fundamental knowledge as to how roadway design, environmental factors, and in-vehicle distractions affect the risk of traffic crashes.
FOR/STT 875 - R Programming for Data Sciences (3 Credits)
CE 444 - Principles of Traffic Engineering (3 Credits)
CE 449 - Highway Design (3 Credits)
CE 844 - Highway and Traffic Safety (3 Credits)
CE 849 - Transportation Research Methods (3 Credits)
CE 891 - Special Topics - Advanced Highway Design and Traffic Control (3 Credits)
CE 432 - Pavement Rehabilitation (3 Credits)
CE 831 - Advanced Concrete Pavement Analysis and Design (3 Credits)
CE 832 - Advanced Asphalt Pavement Analysis (3 Credits)
CE 835 - Engineering Management of Pavement Networks (3 Credits)
CE 838 - Bituminous Materials (3 Credits)
Design:
CE 805 - Advanced Steel Design (3 Credits)
CE 806 - Advanced Concrete Design (3 Credits)
CE 808 - Structural Fire Engineering (3 Credits)
CE 891 - Special Topics - Bridge Design (3 Credits)
CE 891 - Special Topics - Sustainability (3 Credits)
Materials:
CE 837 - Advanced Concrete Materials (3 Credits)
CE 839 Smart Materials and Structures (3 Credits)
Analysis:
CE 800 Structural Dynamics (3 Credits)
CE 804 Structural Mechanics or CE 872 FE Analysis (3 Credits)
CE 461 Computational Methods in Civil Engineering
Optional:
CE 892 MS Project (Design or Analysis Focus)
Students must complete the core classes, and choose one elective.
Students can start the program in any semester. We recommend applications are submitted at least one month prior to the start of the semester to allow time for processing.
The university reserves the right to make changes in the types, structures, rates for fees, and tuition. Every effort will be made to give as much advance notice as possible.
The Department of Civil and Environmental Engineering offers a world-class educational experience for graduate students that is enhanced by modern technology and is accessible to all segments of society. As a student in this program, you'll prepare to solve complex problems by drawing on robust real-world civil engineering data and applying state-of-the-art software tools. You have the option to choose from three focus areas in Transportation Engineering, Pavement Engineering, and Structural Engineering as you explore topics like:
By completing the program, students will gain expertise in a contemporary area of interest to them as well as engineering leadership skills to help them push their own knowledge and their discipline forward. Students will also have the opportunity to:
Civil engineers commonly work for consultancies or for government agencies at the local, state or federal level. Many find career opportunities in improving or replacing obsolete transportation systems and meeting the growing demand for updated, sustainable infrastructure. Professionals may specialize in areas like transportation or pavement engineering, taking on positions where they develop and maintain streets, highways, airports, harbors and public transit.
Licensure as a professional engineer (PE) is crucial for many roles in the field. Regulations vary by state, but you generally must be a licensed PE to sign, seal and submit engineering work for official approval. Graduate education can help you earn your license by preparing for the Principles and Practice of Engineering exam and meeting work experience requirements. Graduates will also be prepared for a variety of careers across the field of civil and transportation engineering. MSU College of Engineering alumni earn highly competitive salaries, with the average salary for masters-level engineering student exceeding $109,000, according to PayScale. Common career options for graduates include engineering manager, senior transportation/pavement engineer, project engineer and more.
Dr. Savolainen’s research examines the fundamental nature of road user behavior, particularly how traffic safety and operations are influenced by behavior in consideration of roadway and traffic characteristics. His work in this area has provided important information as to how road user behavior changes in response to such roadway features as maximum speed limits, centerline/shoulder rumble strips, and red-light-running cameras at signalized intersections. His research has also advanced fundamental knowledge as to how roadway design, environmental factors, and in-vehicle distractions affect the risk of traffic crashes.
FOR/STT 875 - R Programming for Data Sciences (3 Credits)
CE 444 - Principles of Traffic Engineering (3 Credits)
CE 449 - Highway Design (3 Credits)
CE 844 - Highway and Traffic Safety (3 Credits)
CE 849 - Transportation Research Methods (3 Credits)
CE 891 - Special Topics - Advanced Highway Design and Traffic Control (3 Credits)
CE 432 - Pavement Rehabilitation (3 Credits)
CE 831 - Advanced Concrete Pavement Analysis and Design (3 Credits)
CE 832 - Advanced Asphalt Pavement Analysis (3 Credits)
CE 835 - Engineering Management of Pavement Networks (3 Credits)
CE 838 - Bituminous Materials (3 Credits)
Design:
CE 805 - Advanced Steel Design (3 Credits)
CE 806 - Advanced Concrete Design (3 Credits)
CE 808 - Structural Fire Engineering (3 Credits)
CE 891 - Special Topics - Bridge Design (3 Credits)
CE 891 - Special Topics - Sustainability (3 Credits)
Materials:
CE 837 - Advanced Concrete Materials (3 Credits)
CE 839 Smart Materials and Structures (3 Credits)
Analysis:
CE 800 Structural Dynamics (3 Credits)
CE 804 Structural Mechanics or CE 872 FE Analysis (3 Credits)
CE 461 Computational Methods in Civil Engineering
Optional:
CE 892 MS Project (Design or Analysis Focus)
Students must complete the core classes, and choose one elective.
Students can start the program in any semester. We recommend applications are submitted at least one month prior to the start of the semester to allow time for processing.
The university reserves the right to make changes in the types, structures, rates for fees, and tuition. Every effort will be made to give as much advance notice as possible.
You can be ensured a return on your investment at Michigan State University.
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MSU provides programs and initiatives that support and enhance diversity. We will expand our campus and external partnerships to put in place inclusive recruitment and retention practices. We nurture and promote individuals’ varied experiences and perspectives, ensuring structures and processes make possible full participation by all members of our community.
MSU’s nationally recognized online programs foster student growth and well-being throughout their academic career. We will expand inclusive mentoring practices and accelerate improvement across units to implement evidence-based practices to ensure our students complete successfully.
Continuing education can be one of the most exciting, challenging, and rewarding experiences you undertake in your life. We hope you consider becoming a Spartan, to learn online and reach your career goals. With highly ranked online programs and exceptional professors, we educate students who advance the common good with uncommon will.