Civil Engineering, 4+1 Program
Bachelor/Master of Science in Civil Engineering
Bridges, roads, roofs, airports: Wherever you go, you’ll see the work of civil engineers. We design, build, and maintain the foundation and infrastructure for our world, from interstate highways, suspension bridges, high-rise buildings, and energy systems to seaports, airports and community centers.
If you’re a hard-working, dedicated engineering student who has decided to pursue graduate study, we offer an option that makes the best use of your time and schedule.
The 4+1 combined option means you will receive both your bachelor’s AND master’s degrees in just five years.
That means you can save a whole year of studying and paying tuition and be that much closer to your next big step: starting your career!
This 4+1 combined Bachelor of Science in Civil Engineering (BSCE) and Master of Science in Engineering (MSE) program enables you to earn both degrees in five years instead of the six that are required to complete these degrees separately.
As a 4+1 student, you’ll broaden your studies at an accelerated pace, improve your career prospects and gain a competitive advantage in a dynamic field.
Build a foundation of engineering knowledge with mechanics and calculus courses.
- MA 16300 – Integrated Calculus Analysis Geometry I
- MA 16400 – Integrated Calculus Analysis Geometry II
- PHYS 15200 – Mechanics
Expand your knowledge through courses in multivariate calculus, statics and materials used in the civil engineering discipline.
- MA 26100 – Multivariate Calculus
- CE 0400 – Civil Engineering Materials
- CE 27101 – Basic Mechanics I (Statics)
Dive into structural analysis, environmental engineering and hydrology.
- CE 33400 – Structural Analysis I
- CE 35400 – Introduction to Environmental Engineering
- CE 34200 – Engineer Hydrology and Hydraulics
Engage in a hands-on project in a two-semester capstone experience; take nine hours of graduate classes toward your MSE degree.
- CE 42900 – Senior Engineering Design I
- CE 43900 – Senior Engineering Design II
In year five, you can choose the non-thesis option (21 credit hours of classes) or to complete a thesis (with nine hours of thesis-focused classes and 12 additional credit hours).
- CE 32300 – Soil Engineering
- CE 34200 – Engineering Hydrology and Hydraulics
The combined program allows you to use nine credits of graduate level courses (approved by a graduate advisor or the graduate committee of the MCE department) to satisfy both the BS and MS graduation requirements.
This reduces the number of required credits for the combined BSCE+MSE degree to 143, making it possible for you to complete both degrees in five years.
As a graduate of this program, you’ll become a competent and engaged professional in the field of civil engineering, who can:
- Continue developing professionally
- Demonstrate teamwork and leadership skills
- Contribute meaningfully to your profession
- Recognize the societal, ethical and global impact of your work
Beyond the Classroom
We encourage you to get involved in activities like:
- American Society of Civil Engineers
- Society of Women Engineers
- Society of Hispanic Professional Engineers
Civil engineers work in a variety of industries and roles, including:
- Project management
- Field works
- Computer aided design
Our alumni work with some of the most innovative organizations across the region and around the world, including:
- ArcelorMittal Steel
- NIES Engineering
PNW prepared me not only for my doctoral studies but also for my future career in the industry. I developed research skills and improved my ability to solve realistic problems that are faced by engineers and managers in the industry.
Meet the Faculty
Associate Professor of Civil Engineering
Chen is an Associate Professor in Civil Engineering. His teaching and research interests lie primarily in structural engineering. Also, he is the faculty advisor of the ASCE student chapter at PNW.
Assistant Professor of Civil Engineering
Wubeshet Woldemariam is an Assistant Professor of Civil Engineering in the Mechanical and Civil Engineering Department. His research and teaching focus on transportation and infrastructure planning.
Assistant Professor of Civil Engineering
Teaching and research discovery as a civil-geotechnical engineering faculty.