Bachelor in Computer Engineering

Loyola Marymount University in Los Angeles blends rigorous academics with a values-driven mission rooted in Jesuit and Marymount traditions. Founded in 1911, LMU enrolls about 10,004 students, including close to 917 international students, and offers more than a hundred programs spanning liberal arts, business, engineering, film and the health sciences. The university emphasizes ethical leadership, social justice and service, creating a campus culture where academic excellence is paired with a commitment to community impact.

Class sizes at LMU tend to be small, which supports close mentorship from faculty and hands-on learning across disciplines. Students benefit from a wide range of experiential opportunities—internships in Los Angeles, community-engaged learning, undergraduate research and study abroad programs—that connect classroom theory to professional practice. The vibrant campus life includes student organizations, service projects and strong arts programming that help international students build networks and find their place on campus.

Career preparation and professional development are central to the LMU experience, with dedicated advising, career fairs and alumni connections across the LA region. International students can access tailored support for visas, orientation and cultural adjustment, as well as language resources and academic tutoring. For prospective students seeking a values-centered education in a dynamic urban setting, LMU offers a supportive environment that prioritizes academic growth, ethical reflection and meaningful preparation for global careers.

The Bachelor in Computer Engineering at Loyola Marymount University is for students interested in designing computing systems and software. This 4-year degree combines electrical engineering and computer science to help students understand hardware and software integration.

Computer Engineering students learn about circuit boards, networks, and routers, and get experience designing computing systems for areas like robotics, smart devices, and Internet of Things. They develop skills in hardware and software design, and learn to work with various programming languages.

Graduates can work as Computer Hardware Engineers, Robotics Engineers, Software Developers, Network Architects, or Embedded Systems Engineers in industries like tech, manufacturing, and telecommunications.