Bachelor in Engineering Science

Benedictine University in Lisle offers a values-based, student-centered education in the Chicago metropolitan area. Founded in 1887, the university combines small class sizes and personalized attention with a focus on ethical development and community service. The campus atmosphere encourages close faculty-student relationships and hands-on learning, making it a welcoming option for students who prefer a supportive, guided academic experience.

Programs span liberal arts, professional studies and graduate offerings, with emphasis on critical thinking, leadership and practical skill-building. Faculty frequently bring real-world perspectives into the classroom, and experiential opportunities such as internships, community projects and research help students apply learning to meaningful outcomes. The university’s size supports individualized advising and a clear pathway to career readiness.

International students benefit from tailored support services, including assistance with immigration processes, English language resources and integration activities that connect newcomers with campus life. Proximity to Chicago creates access to a wide range of cultural and professional opportunities, while the Lisle campus maintains a close-knit community feel. Applicants seeking a principled, student-focused environment will find Benedictine a strong match.

The Bachelor in Engineering Science at Benedictine University is a four-year degree program for students who want to study engineering. It offers flexibility and support as students explore different career paths in engineering. The program's main advantage is that it provides a solid foundation in general engineering courses.

The curriculum includes general engineering courses that prepare students for more advanced studies. Students can choose to continue their studies at Benedictine or transfer to another accredited engineering school. The program focuses on developing problem-solving skills, mathematical modeling, and engineering design principles. Students also learn about different engineering disciplines and how to apply their knowledge in real-world situations.

After graduating, students can become engineering technicians, systems engineers, engineering managers, or research and development engineers. They can work in industries such as aerospace, automotive, or energy, or for companies that develop new technologies. Some students may also choose to pursue advanced degrees in engineering or related fields.