Widener University

What you'll study

The programme combines advanced coursework, applied projects and optional research to build depth in core civil engineering disciplines. Students typically study a mix of compulsory and elective modules that cover theory, design and computational practice.

• Advanced Structural Analysis and Design — finite element methods, dynamic analysis, reinforced concrete and steel design at an advanced level.
• Geotechnical and Foundation Engineering — soil mechanics, slope stability, foundation design and ground improvement techniques.
• Transportation Engineering — traffic engineering, pavement design, transportation systems planning and modelling.
• Water Resources and Hydraulics — hydrology, open-channel and pipe flow, stormwater management and flood mitigation design.
• Environmental and Infrastructure Systems — fundamentals of water and wastewater engineering, environmental impact considerations and sustainable infrastructure design.
• Construction Engineering and Project Management — construction methods, contract administration, scheduling, cost estimating and risk management.
• Computational and Laboratory Methods — use of industry software (e.g. structural, geotechnical and hydraulics packages), experimental testing and data analysis.
• Capstone, Thesis or Project — options for a research thesis, an applied design project or a professional capstone that integrates technical and management skills.

Courses are delivered in classroom and laboratory settings with opportunities for team-based design projects and industry-aligned research. The programme supports part-time and evening study to accommodate working professionals.

Entry requirements

• Bachelor’s degree in civil engineering or a closely related engineering discipline from an accredited institution. Applicants with strong mathematical and engineering backgrounds from other disciplines may also be considered.
• A competitive undergraduate GPA; specific departmental thresholds and assessment of transcript strength apply.
• Academic transcripts and a detailed CV or resume documenting engineering experience or internships.
• Statement of purpose describing academic and professional goals, and how the programme fits those objectives.
• Letters of recommendation, typically two or three, from academic or professional referees who can attest to technical ability and readiness for graduate study.
• English language proficiency evidence for applicants whose first language is not English (accepted tests and minimum scores are set by the university).
• GRE scores may be requested in some cases; requirements are determined by the department and can be waived depending on prior qualifications and experience.

Career prospects

Graduates move into a wide range of technical and leadership roles across the built environment. Typical career paths include:

• Civil or structural engineer in consulting firms delivering design and analysis services.
• Transportation engineer or planner with public agencies and private consultancies.
• Geotechnical engineer or foundation specialist working with contractors and specialty consultancies.
• Water resources and hydraulics engineer in utilities, environmental consultancies and municipal government.
• Construction engineer or project manager overseeing delivery, cost control and scheduling on infrastructure projects.
• Environmental engineer focused on wastewater, stormwater and remediation projects.
• Continued academic study (PhD) or preparation for professional licensure (Fundamentals of Engineering and Professional Engineer routes).

Widener’s programme emphasises practical skills and industry connections, making graduates attractive to engineering consultancies, government agencies, contractors, utilities and specialist design firms.

Why study at Widener University

• Applied, industry-relevant training — coursework and projects emphasise real-world design, software tools and laboratory testing used in contemporary civil engineering practice.
• Small classes and faculty access — a favourable student-to-faculty ratio enables close mentoring, support for research or professional projects, and tailored academic advising.
• Flexible study options — part-time and evening scheduling supports professionals who wish to work while studying.
• Support for licensure and professional development — curriculum and advising are aligned with pathways to FE/PE registration and continuing professional education.
• Location and industry connections — proximity to metropolitan markets provides access to internships, practicum placements and employer networks in the Mid-Atlantic region.

Together these elements make Widener’s Master’s in Civil Engineering a practical choice for engineers seeking advanced technical competence and career progression in infrastructure and environmental sectors.