Bachelor in Engineering Physics/Applied Physics (Bachelor's)

Benedictine College connects academic study with Catholic intellectual tradition and the founding principles of American liberty. Students can choose from more than 50 academic programs, with undergraduate and graduate options across the college. Graduate offerings listed include a Master of Business Administration, a Master of Arts in Classical Education, a Master of Arts in Classical Leadership, and a Master of Arts in School Leadership. Programs of distinction and international study options are also part of the academic structure.

The college is located at 1020 North Second Street in Atchison, Kansas. Campus facilities include the Moritz Library in D’Aniello Hall, an Independence Hall-inspired building that was previewed in July 2026 and scheduled for dedication in September 2026. Benedictine College is also developing a proposed School of Osteopathic Medicine on campus, adding a planned medical education direction to its existing academic offerings.

International applicants can apply for Spring 2027 and Fall 2027. The college provides campus visits, application support, and move-in and orientation dates for incoming students. Its wider college experience includes faith and service, student life, athletics, media and culture, and alumni activities. Atchison provides the setting for a campus-centered education shaped by Catholic identity, academic study, and service.

Students in this programme conduct hands-on laboratory experiments and apply physics principles to engineering challenges. They work on projects that integrate theoretical knowledge with practical problem-solving in real-world contexts. The curriculum emphasizes experimental design, data analysis, and technical communication. This programme prepares students to bridge physics and engineering disciplines through applied research and development.

Focus areas include Applied physics, Engineering problem-solving, Laboratory experimentation, Theoretical and practical physics, Technical design and analysis.

The programme requires a total of 120 credits, distributed across core physics courses, engineering-related electives, laboratory work, and general education requirements. Students complete a capstone project that integrates knowledge from both physics and engineering disciplines.

Graduates pursue roles in engineering research, technical development, and applied physics within industry or government laboratories.

Applicants must have a high school diploma or equivalent with a minimum GPA of 2.5. Required documents include official transcripts and standardized test scores. International students must submit TOEFL or IELTS scores if English is not their primary language.

The programme totals about 120 credit hours. On-campus, full-time, four-year programme. For international students, tuition is above the median for US programmes. The institution admits about 76% of applicants.