Clone of Bachelor's Degree in Civil Engineering
Small class sizes, state-of-the-art laboratory facilities, and close interaction with faculty means you don’t get lost in the crowd here.
Design resilient bridges, water systems, and transit networks across all five civil disciplines inside a single ABET-accredited degree.
At a Glance
STEM-Designated Degree
Qualifies international students for extended U.S. work authorization through Optional Practical Training (OPT)
ABET Accredited
Ensuring program meets highest engineering standards
Proven Career Success
Average Starting Salary: $77,674 (bachelor's degree graduates)*
Notable Employers: Arup, Jacobs, Burns & McDonnell, HNTB Corporation, Consigli Construction Co.**
*WPI Class of 2025 First Destination Survey **WPI First Destination Survey, Class of 2025
Application Deadlines
Early Decision/Early Action I: Nov. 1
Early Decision/Early Action II: Jan. 5
Regular Decision: Feb. 1
Explore This Degree
Customize Your Path
Your WPI degree is yours to shape. Specialize with a concentration to go deeper into the area driving your curiosity. Complement your major with a minor, or fill the rest with electives that interest you. And if you're not ready to be done, the accelerated BS/MS program earns you both your bachelor's and master's in just five years.
Concentrations
Environmental
Design water supply, waste treatment, and air pollution systems — protecting hydrology, water resources, and public health downstream.
Potential Minors
Environmental and Sustainability Studies | Business | Mathematics | Data Science
Undecided? No problem. Apply now and explore before committing to a specific path.
Student-to-Faculty Ratio
Student Clubs and Organizations
Of First-Year Students Return for Their Sophomore Year (2025)
WPI Difference Why Future Civil Engineers Choose WPI
Our project-based degree in civil engineering prepares you for the sustainable infrastructure challenges of tomorrow.
Through distinctive seven-week terms and intensive project work, you'll:
Design
structures, transportation systems, and water infrastructure for resilient communities
Investigate
soil mechanics, structural behavior, and environmental systems in dedicated civil engineering labs
Collaborate
on real-world civil projects through global project sites and major project work
BUILD
a professional portfolio of completed projects at one of our 50+ project centers worldwide
CUSTOMIZE
your expertise by choosing a mix of electives or a concentration to match your interests
Collaborate
with teams across disciplines to develop solutions for today's complex challenges
Resources & Tech You'll Tap Into
Research Opportunities
- Water sustainability in developing countries
- Contaminant detection, hazardous waste remediation, and watershed sustainability through the Water Resource Center
- Climate-adaptive infrastructure, smart sensors for degradation monitoring, and energy-harvesting materials
- Structural and geotechnical design, transportation, environmental engineering, water resources, and construction project management
- Soil mechanics and foundation engineering
- Sustainable construction and resilient urban infrastructure
Project-Based Learning Experiences
Apply civil engineering theory and practice from day one. Build a professional portfolio with real work that matters. A degree in civil engineering at WPI means your coursework is inseparable from real projects.
At WPI, learn in an immersive environment where classroom concepts transform into hands-on projects, thanks to our intensive, seven-week terms. Complete increasingly advanced projects for industry partners and community organizations, both local and global. Present your solutions directly to organizations that will implement what you create.
Below, explore real civil engineering projects completed by WPI students.
📍Cuenca, Ecuador
Students investigated contaminated river systems and developed wastewater management recommendations for a community in Ecuador.
📍Lyon, France
Teams analyzed a major metropolitan transit network and produced infrastructure improvement recommendations for city planners.
📍Boston, Mass.
Students helped the Massachusetts Department of Environmental Protection implement public notification systems for sewer overflow events.
📍Chelsea, Mass.
Project teams mapped environmental hazards and analyzed pollution exposure risks for a dense urban Massachusetts community.
📍Worcester, Mass.
Students evaluated activated carbon filtration as a drinking water treatment standard for communities across the United States.
📍Puerto Rico
Teams designed a modular, hurricane-resistant shipping container facility for a mountainous rural community in Puerto Rico.
Skills You'll Gain
With a degree in civil engineering from WPI, you'll design the bridges, buildings, transportation networks, and water systems that shape how communities live, move, and thrive.
Explore opportunities to build skills such as:
Model steel, concrete, and timber structures in SAP2000 and Revit to design buildings and bridges that withstand earthquakes, wind, and everyday loads.
Apply load-path analysis and seismic detailing to deliver safe, code-compliant designs through hands-on project-based studios.
Simulate floodplains, stormwater systems, and drinking-water distribution using HEC-RAS and EPANET to protect communities from flooding and contamination.
Design water treatment and wastewater processes that meet EPA standards while solving real environmental challenges for cities and watersheds.
Plan highways, intersections, and multimodal corridors in AutoCAD Civil 3D and Synchro to move people and freight safely and efficiently.
Analyze soil behavior, foundations, and slope stability with PLAXIS to engineer the ground beneath roads, bridges, and high-rise buildings.
Lead interdisciplinary project teams through WPI's signature major project, coordinating with clients, contractors, and community stakeholders to deliver real infrastructure solutions.
Communicate technical designs, cost estimates, and construction schedules clearly to engineers, public officials, and residents who depend on the work.
→ Explore the full curriculum in the academic catalog.
Student Voice
"In GPS, I was on a team that created a structure for civilians living in Dharavi, India. We ended up going through at least four drafts before finally settling on a design and later a poster that we could present at the GPS Poster Presentation Day." — Aseel Kambal '25, BS in Civil Engineering; minor in Environmental & Sustainability Studies
Best Career Placement
Best Colleges for Engineering in America
Worldwide out of 21,000+ Universities
Civil Engineering Career & Salary Outlook
|
Career Path |
Industry Sector |
Entry Level (0–5 years) |
Mid-Level (5–10 years) |
Senior Level (10+ years) |
| Structural Engineering | Construction | Structural Engineer $75K |
Senior Structural Engineer $115K |
Director of Structures $180K |
| Transportation Engineering | Infrastructure | Transportation Engineer $75K |
Senior Transportation Engineer $115K |
Transportation Director $180K |
| Water Resources & Environmental | Environmental | Environmental Engineer $75K |
Senior Environmental Engineer $104K |
Director of Environmental Services $165K |
| Geotechnical Engineering | Civil & Mining | Geotechnical Engineer $75K |
Senior Geotechnical Engineer $115K |
Director of Geotechnical $180K |
| Construction Management | Construction | Project Engineer $72K |
Project Manager $107K |
Director of Construction $170K |
| Urban & Regional Planning | Public Sector | Urban Planner $68K |
Senior Urban Planner $84K |
Director of Planning $135K |
Salary data from the Bureau of Labor Statistics
Financing Your Future
College is a great investment in your future—and we’re here to help you plan for it. Explore WPI’s cost of attendance and learn how our Office of Financial Aid can guide you through options for funding your education.
Start Building Your Future Today
WPI's simple formula helps students thrive: "Go to class. Do the work. Ask for help." With our civil engineering degree, you'll gain the expertise, hands-on experience, and network to design bridges, buildings, and water systems communities depend on.