Master in Applied Chemistry

Osaka University is a major public research university located in the city of Osaka, known for strong science, engineering and medical programs and a commitment to global collaboration. The university serves a large and diverse student body of over 22,000 learners, including more than 2,600 international students from many countries, creating an active international community across campuses. Osaka University blends rigorous academics with extensive research opportunities and cross-disciplinary initiatives.

Academic strengths include cutting-edge laboratories, collaborative research centers and graduate programs that connect students with industry and international partners. Undergraduates and graduate students benefit from research-led teaching, internship programs and opportunities to work on real-world challenges in technology, medicine and environmental science. English-taught programs and language support services enhance accessibility for non-Japanese speakers.

International students receive tailored support through admissions guidance, orientation, language courses and cross-cultural activities that ease integration into campus life. The university’s location in a vibrant metropolitan region provides cultural amenities, professional networking and internship options. For students seeking a research-intensive environment with global links and a broad range of study areas, Osaka University offers a dynamic setting for academic and professional growth.

The Master in Applied Chemistry at Osaka University is a two-year program that helps students develop their creativity and originality in chemistry. This Master's degree provides broad knowledge in chemistry and related fields, and students learn about novel methods of creating molecules and materials.

The curriculum includes courses like Molecular Reaction Chemistry, Molecular Design Chemistry, and Industrial Organic Chemistry. Students study in a high-level and international research environment and develop skills through lectures and their own research work. The program also covers Organometallic Chemistry and Molecular Interaction Chemistry.

Graduates can pursue careers as Research Chemists, Materials Scientists, Quality Control Managers, or Laboratory Coordinators. They can work in industries like pharmaceuticals, materials science, or energy. With a strong foundation in chemistry, graduates can contribute to the development of new technologies and products.