Bachelor in Physics with specialization in Medical Instrumentation

De La Salle University in Manila, founded in 1911, is one of the Philippines' leading private research universities, known for combining rigorous academics with Lasallian values of service and social responsibility. Serving around 26,000 students with an international community of about 500, DLSU offers strong programmes across business, engineering, social sciences, humanities, law and the sciences. The university emphasizes innovative teaching methods and a student-centred approach to learning.

DLSU's curriculum often integrates project-based learning and flipped-classroom models that prepare students for practical problem solving and teamwork. The university maintains active partnerships with industry, local government and international organisations, creating pathways for internships, research collaborations and experiential learning. Campus resources include research centres, career services and student organisations that support academic and professional development.

For international students, DLSU offers an engaging urban campus in Manila with access to cultural activities and professional networks in the capital region. Support services, orientation programmes and exchange opportunities help newcomers adapt and build connections. Graduates leave with a mix of theoretical grounding, applied skills and a commitment to civic engagement, making DLSU a compelling option for students seeking a well-rounded education in Southeast Asia.

The Bachelor in Physics with specialization in Medical Instrumentation is a 4-year program at De La Salle University, Manila, designed for students who want to apply physics principles to medical fields. This degree helps students develop skills in physics, electronics, and biomedical instrumentation. The program's main advantages include hands-on experience and a strong foundation in physics and medical instrumentation.

The curriculum includes courses like Radiation Physics, Biomedical Instrumentation, and Medical Imaging, as well as foundational courses in physics, mathematics, and computer programming. Students also develop skills in electronics, programming, and data analysis through laboratory work and research projects.

Graduates of this program can pursue careers as Medical Physicists, Biomedical Engineers, Radiation Therapists, Medical Imaging Technologists, or Health Physicists. They can work in hospitals, research institutions, or medical device companies, applying their knowledge of physics and medical instrumentation to improve healthcare outcomes.