Widener University

What you'll study

The Bachelor in Engineering at Widener builds a strong foundation in mathematics, physics and basic engineering science before moving into specialised coursework tailored to the chosen discipline (for example, mechanical, electrical and computer, civil or biomedical engineering). Early years focus on calculus, differential equations, physics, chemistry, materials science, computer programming and engineering graphics. You then study core engineering subjects such as statics and dynamics, mechanics of materials, thermodynamics, fluid mechanics, circuit theory, systems and control, signals and instrumentation, and engineering materials depending on your major.

Practical learning is central: course work is reinforced by laboratory classes (electronics, materials testing, fluids, controls, CAD/CAM), computer-based modelling and simulation (MATLAB, CAD, Python/C++), and hands-on fabrication. The programme culminates with a senior capstone design project in which students work in multidisciplinary teams to define, design, prototype and present solutions to real engineering problems. Electives and technical minors allow students to tailor the degree to interests such as robotics, renewable energy, biomedical devices or construction management.

Entry requirements

Applicants should hold a recognised secondary school diploma with a strong record in mathematics and science. Typical preparation includes courses in algebra, geometry, precalculus or calculus, physics and chemistry. Universities accept a range of qualifications—A-levels, IB, European secondary certificates or international equivalents—and will evaluate applicants on overall academic performance and the strength of STEM subjects.

Admissions normally look for evidence of problem-solving ability and commitment to engineering. Practical experience such as robotics clubs, science projects or workplace exposure is helpful but not mandatory. International applicants must demonstrate equivalent academic preparation and proficiency in English. Specific requirements and supporting documents are available from Widener University's admissions office.

Career prospects

Graduates enter a broad range of technical and professional roles. Common positions include design engineer, project engineer, systems or control engineer, test and validation engineer, manufacturing engineer, quality engineer and field engineer. Widener alumni also move into sectors such as aerospace, automotive, energy, construction, biomedical devices, electronics, defence and consulting.

The programme prepares students for employment with engineering firms, start-ups, government agencies and research laboratories, or for graduate study (Master's/PhD) and professional licensure pathways. Many students combine degree experience with internships or cooperative education placements to build industry contacts and practical skills that improve employability.

Why study at Widener University

Widener offers a hands-on, career-focused engineering education with small class sizes and close faculty mentorship. The curriculum emphasises experiential learning—laboratory work, industry-standard software, maker spaces and capstone design—that helps students translate theory into practice. Strong ties with regional industry and active internship/co‑op programmes give students access to real-world projects and employment opportunities.

Students benefit from modern laboratory facilities, interdisciplinary collaboration across biomedical, electrical and mechanical areas, and support services including academic advising, career services and faculty-led research. For students seeking a practical, professionally oriented engineering degree that leads to industry roles or further technical study, Widener provides a supportive environment and pathways into the engineering workforce.