PlusOne with MS in Civil Engineering
PlusOne with MS in Civil Engineering
Overview
PlusOne accelerated master’s degrees allow students to accelerate the attainment of the master’s degree by applying graduate credits taken as an undergraduate toward both the undergraduate and graduate degrees. Current undergraduate students apply to enroll in the PlusOne program.
With the PlusOne program, students attain their bachelor’s degree followed by a PlusOne year to complete the master’s degree.
Benefits
- Accelerate learning – get your master’s in one year vs. typically two
- Reduce costs – apply some courses toward both your undergrad and master’s degrees, and get the MS for PlusOne tuition scholarship
- Gain a competitive edge – stand out with an advanced degree
Below are the eligible undergraduate majors available to pursue a PlusOne pathway with a master’s degree in Civil Engineering. Also, review the Curriculum Guides and the Accelerated Master’s links for further details, including program policies and procedures, as well as how to Apply.
PlusOne Pathways for MS in Civil Engineering
Acceptable Undergraduate Pathways
| Eligible Undergrad Majors | Additional Prerequisites |
| BS in Bioengineering (and all combined majors) | |
| BS in Chemical Engineering (and all combined majors) | |
| BS in Civil Engineering (and all combined majors) | |
| BS in Computer Engineering (and all combined majors) | |
| BS in Electrical Engineering (and all combined majors) | |
| BS in Environmental Engineering (and all combined majors) | |
| BS in Industrial Engineering | |
| BS in Mechanical Engineering (and all combined majors) |
Graduate Course Sharing
Any graduate course that contributes to the MS degree requirements may be shared and used to satisfy both a student’s undergraduate and graduate program requirements. The pre-requisites of all graduate courses must be considered when selecting courses for course sharing; one should also consider whether the graduate course qualifies within the undergraduate program as a Technical Elective or a General Elective. Students should coordinate with their undergraduate Academic Advisor to confirm which BS degree requirements will be fulfilled with shared graduate courses.
For other questions on graduate course sharing, please contact Graduate School of Engineering Advising.
Acceptable Undergraduate Pathways
| Eligible Undergrad Majors | Additional Prerequisites |
| BS in Bioengineering (and all combined majors) | CIVE2221 |
| BS in Civil Engineering (and all combined majors) | CIVE2221 |
| BSCS Computer Science | CIVE2221 |
| BACS Computer Science | CIVE2221 |
| BS Data Science | CIVE2221 |
Graduate Course Sharing
Any graduate course that contributes to the MS degree requirements may be shared and used to satisfy both a student’s undergraduate and graduate program requirements. The pre-requisites of all graduate courses must be considered when selecting courses for course sharing; one should also consider whether the graduate course qualifies within the undergraduate program as a Technical Elective or a General Elective. Students should coordinate with their undergraduate Academic Advisor to confirm which BS degree requirements will be fulfilled with shared graduate courses.
For other questions on graduate course sharing, please contact Graduate School of Engineering Advising.
| Dynamic Modeling for Environmental Investment and Policymaking | 4 SH | |
| CIVE 5275 | Life Cycle Assessment of Materials, Products, and Infrastructure | 4 SH |
| CIVE 5280 | Remote Sensing of the Environment | 4 SH |
| CIVE 5281 | Coastal Dynamics and Design | 4 SH |
| CIVE 5363 | Climate Science, Engineering Adaptation, and Policy | 4 SH |
| CIVE 5373 | Transportation Systems: Analysis and Planning | 4 SH |
| CIVE 5536 | Hydrologic and Hydraulic Design | 4 SH |
| ENVR 6500 | Biostatistics | 4 SH |
| IE 6200 | Engineering Probability and Statistics | 4 SH |
Acceptable Undergraduate Pathways
| Eligible Undergrad Majors | Additional Prerequisites |
| BS in Civil Engineering (and all combined majors) | CIVE2221, CIVE2331, CIVE2340 |
| BS in Environmental Engineering (and all combined majors) | CIVE2221, CIVE2331, CIVE2340 |
Graduate Course Sharing
Any graduate course that contributes to the MS degree requirements may be shared and used to satisfy both a student’s undergraduate and graduate program requirements. The pre-requisites of all graduate courses must be considered when selecting courses for course sharing; one should also consider whether the graduate course qualifies within the undergraduate program as a Technical Elective or a General Elective. Students should coordinate with their undergraduate Academic Advisor to confirm which BS degree requirements will be fulfilled with shared graduate courses.
For other questions on graduate course sharing, please contact Graduate School of Engineering Advising.
Acceptable Undergraduate Pathways
| Eligible Undergrad Majors | Additional Prerequisites |
| BS in Bioengineering (and all combined majors) | CIVE2221, CIVE2320, CIVE2324, CIVE3425 |
| BS in Chemical Engineering (and all combined majors) | CIVE2221, CIVE2320, CIVE2324, CIVE3425 |
| BS in Civil Engineering (and all combined majors) | CIVE2221, CIVE2320, CIVE2324, CIVE3425 |
| BS in Computer Engineering (and all combined majors) | CIVE2221, CIVE2320, CIVE2324, CIVE3425 |
| BS in Electrical Engineering (and all combined majors) | CIVE2221, CIVE2320, CIVE2324, CIVE3425 |
| BS in Environmental Engineering (and all combined majors) | CIVE2221, CIVE2320, CIVE2324, CIVE3425 |
| BS in Industrial Engineering | CIVE2221, CIVE2320, CIVE2324, CIVE3425 |
| BS in Mechanical Engineering (and all combined majors) | CIVE2221, CIVE2320, CIVE2324, CIVE3425 |
Graduate Course Sharing
Any graduate course that contributes to the MS degree requirements may be shared and used to satisfy both a student’s undergraduate and graduate program requirements. The pre-requisites of all graduate courses must be considered when selecting courses for course sharing; one should also consider whether the graduate course qualifies within the undergraduate program as a Technical Elective or a General Elective. Students should coordinate with their undergraduate Academic Advisor to confirm which BS degree requirements will be fulfilled with shared graduate courses.
For other questions on graduate course sharing, please contact Graduate School of Engineering Advising.
Acceptable Undergraduate Pathways
| Eligible Undergrad Majors | Additional Prerequisites |
| BS in Bioengineering (and all combined majors) | |
| BS in Chemical Engineering (and all combined majors) | |
| BS in Civil Engineering (and all combined majors) | |
| BS in Computer Engineering (and all combined majors) | |
| BS in Electrical Engineering (and all combined majors) | |
| BS in Environmental Engineering (and all combined majors) | |
| BS in Industrial Engineering | |
| BS in Mechanical Engineering (and all combined majors) | |
| BS in Computer Science (Khoury) | |
| BS in Data Science (Khoury) | |
| BS in Economics (CSSH) | |
| BS in Math (COS) | |
| BS in Physics (COS) |
Graduate Course Sharing
Any graduate course that contributes to the MS degree requirements may be shared and used to satisfy both a student’s undergraduate and graduate program requirements. The pre-requisites of all graduate courses must be considered when selecting courses for course sharing; one should also consider whether the graduate course qualifies within the undergraduate program as a Technical Elective or a General Elective. Students should coordinate with their undergraduate Academic Advisor to confirm which BS degree requirements will be fulfilled with shared graduate courses.
For other questions on graduate course sharing, please contact Graduate School of Engineering Advising.
Acceptable Undergraduate Pathways
| Eligible Undergrad Majors | Additional Prerequisites |
| BS in Bioengineering (and all combined majors) | CIVE2331, CIVE2334 |
| BS in Chemical Engineering (and all combined majors) | CIVE2331, CIVE2334 |
| BS in Civil Engineering (and all combined majors) | CIVE2331, CIVE2334 |
| BS in Computer Engineering (and all combined majors) | CIVE2331, CIVE2334 |
| BS in Electrical Engineering (and all combined majors) | CIVE2331, CIVE2334 |
| BS in Environmental Engineering (and all combined majors) | CIVE2331, CIVE2334 |
| BS in Industrial Engineering | CIVE2331, CIVE2334 |
| BS in Mechanical Engineering (and all combined majors) | CIVE2331, CIVE2334 |
| BS in Chemistry (COS) | CIVE2331, CIVE2334 |
| BS in Ecology and Evolutionary Biology (COS) | CIVE2331, CIVE2334 |
| BS in Environmental and Sustainability Sciences (COS) | CIVE2331, CIVE2334 |
| BS in Physics (COS) | CIVE2331, CIVE2334 |
Graduate Course Sharing
Any graduate course that contributes to the MS degree requirements may be shared and used to satisfy both a student’s undergraduate and graduate program requirements. The pre-requisites of all graduate courses must be considered when selecting courses for course sharing; one should also consider whether the graduate course qualifies within the undergraduate program as a Technical Elective or a General Elective. Students should coordinate with their undergraduate Academic Advisor to confirm which BS degree requirements will be fulfilled with shared graduate courses.
For other questions on graduate course sharing, please contact Graduate School of Engineering Advising.
Program Contacts
Construction Management
q.wang@northeastern.edu
Urban and social resilience; geo-social networking; coupled, human-natural systems, natural disaster response and evacuation; urban computing
Data and Systems
a.mueller@northeastern.edu
Biogeochemistry of natural and engineered systems; in-situ sensors and instrumentation for high-resolution process characterization; remediation and sustainability in natural and built coastal environments; sensor-driven closed-loop controls for resource optimization in engineered systems; signal processing and machine learning, embedded systems, and sensor networks
Geotechnical/Geoenvironmental
c.shillaber@northeastern.edu
Geotechnical subsurface characterization through in-situ and laboratory methods; quantification of construction energy and carbon; sustainable geotechnics
Structures
mi.kane@northeastern.edu
Citizen-centric controls, infrastructure automation; community resilience; grid-interactive efficient buildings; sustainability
Transportation
p.furth@northeastern.edu
Traffic signal control including transit signal priority and better serving pedestrians; bicycle safety and bicycle network analysis; transit operations analysis
Water, Environmental & Coastal Systems
P.LareseCasanova@northeastern.edu
Physical, chemical, and electrochemical transformation processes of metallic, inorganic, and organic water pollutants, with applications to groundwater environments and unit operations
Academic Advising
For support with academic questions, students should reach out to their undergraduate academic advisor in their home college as well as the Graduate School of Engineering.