Information and Physical Sciences
●Degree Programs: Information and Physical Sciences
●Degrees conferred: Master and Doctorate (Information Science, Science, Engineering)
Educational Objectives
Based on the educational goals of Osaka University and the Graduate School of Information Science and Technology, the Department of Information and Physical Sciences aims to develop an academic field that combines basic mathematical theories of information technology and its analysis with ideas enlightened by the natural and social sciences, to create new developments in information science required for the realization of a knowledge-based society, and to bring about social change. We aim to create new developments in information science required for the realization of a knowledge-based society and to bring about changes in society.
Master's degree program
Cutting-edge, advanced specialized knowledge and outstanding academic expertise
The three pillars of the program are mathematical science, including system modeling, analysis, control, optimization, and decision making; applied physics, including optical information processing and nano information technology; and intelligence science, including learning and recognition. The goal is to acquire broad knowledge and deepen understanding in order to elucidate the mechanisms and principles of complex natural and social phenomena, as well as various activities of companies and society.
Advanced broad-based knowledge and deep critical thinking
We aim to nurture individuals who can acquire the ability to think and judge across a wide range of issues from a bird's eye view, and who have the desire and interest to tackle problems from a broad perspective.
Sophisticated international mindset
We aim to develop human resources with communication skills that enable them to operate from an international perspective.
Advanced design prowess
We aim to develop human resources with management skills that enable them to carry out projects in a collaborative manner.
Doctoral degree program
Cutting-edge, advanced specialized knowledge and outstanding academic expertise
The program aims to provide students with cutting-edge and advanced specialized knowledge and techniques to cultivate the ability to conduct research in mathematical science, applied physics, and intelligence science, which are fundamental technologies, and their related applied fields, so that they can set and explore issues on their own.
Advanced broad-based knowledge and deep critical thinking
We aim to nurture individuals who can acquire the ability to think and judge across a wide range of issues from a bird's eye view, and who have the desire and interest to tackle problems from a broad perspective.
Sophisticated international mindset
We aim to develop human resources who can acquire communication skills to operate from an international perspective, demonstrate leadership to lead engineers and researchers, and be active globally with high ethical standards.
Advanced design prowess
We aim to develop human resources with management skills that enable them to carry out projects in a collaborative manner.
Degree Awarding Policy (Diploma Policy)
Under the Diploma Policy of Osaka University and the Graduate School of Information Science and Technology, the Master's Course and Doctoral Course of the Department of Information and Physical Sciences will award a Master's degree (in Information Science, Science, or Engineering) to students who have earned the prescribed credits in the fields of information science, applied physics, and intelligence science, and who have received the necessary research guidance and submitted a thesis prepared in accordance with the requirements as follows The Master's degree (Information Science, Science, or Engineering) is awarded to students in the Master's program, and the Doctoral degree (Information Science, Science, or Engineering) is awarded to students in the Doctoral program.
Master's degree program
The Master's Course in Information and Physical Sciences awards degrees to students who have enrolled in the program for the prescribed period of time, earned the prescribed credits in the fields of mathematical sciences, applied physics, and intelligence sciences, and passed the examination and examinations, in order to develop human resources as specified in the educational objectives.
Cutting-edge, advanced specialized knowledge and outstanding academic expertise
・Cutting-edge and highly specialized knowledge and skills in mathematical sciences, applied physics, and intelligence sciences.
Advanced broad-based knowledge and deep critical thinking
・Interest in various issues in the natural and social sciences, and a high level of education in all aspects of information science.
Sophisticated international mindset
・Academic and communication skills to communicate with researchers in related fields with an international perspective.
Advanced design prowess
・The master's thesis should be written in a clear and concise manner, and should include research that contributes to the development of mathematical science, applied physics, and intelligence science.
・The master's thesis prepared and submitted must be clearly and concisely written and contain research that contributes to the development of mathematical science, applied physics, and intelligence science.
Doctoral degree program
The Doctoral Course in Information and Physical Sciences awards degrees to students who have studied for the prescribed period of time, earned the prescribed credits in mathematical sciences, applied physics, and intelligence sciences, and passed the examination and examinations in order to develop human resources as stipulated in the educational goals of the program.
Cutting-edge, advanced specialized knowledge and outstanding academic expertise
The doctoral dissertation is clearly and concisely written, and the candidate possesses a wide range of cutting-edge and highly specialized knowledge and skills in mathematical sciences, applied physics, and intelligence sciences, including the academic content of the doctoral dissertation.
Advanced broad-based knowledge and deep critical thinking
Familiarity with various issues in the natural and social sciences, and a high level of general education beyond information science.
Sophisticated international mindset
Acquire the academic and communication skills to conduct research from a global perspective as an independent researcher and contribute to society through the academic content of the thesis.
Advanced design prowess
Acquire the academic and communication skills to conduct research from a global perspective as an independent researcher and contribute to society through the academic content of the thesis.
Teaching and Learning Policy (Curriculum Policy)
Under the curriculum policy of Osaka University and the Graduate School of Information Science and Technology, the Master's and Doctoral Programs of the Department of Information and Physical Sciences are organized as follows.
Master's degree program
Principles of Curriculum Design
In the Master's Course, students are required to take basic courses that form the foundation of mathematical and information science, as well as elective courses related to the peripheral fields of mathematical and information science, which are the boundary courses of the major and overseas internship courses. These include (1) specialized courses to deepen advanced expertise and understanding in mathematical science, applied physics, and intelligence science, which form the core of information mathematics, (2) cross-disciplinary courses and advanced liberal arts courses to enhance students' knowledge and education in various fields of information science, and (3) courses to enhance students' ability to communicate with researchers in related fields from an international perspective. (3) Advanced international education courses to enhance students' ability to communicate with researchers in related fields from an international perspective and to systematically organize diverse events, and (4) Seminar and seminar courses to develop logical thinking skills and the ability to make rational judgments in response to situations through academic discussions based on a mathematical approach to information science. In addition to the above courses, research guidance for each student's master's thesis is provided to nurture individuals who have acquired advanced specialized knowledge and skills in mathematical and informatics.
Contents and Methods of Education
The program provides specialized courses, interdisciplinary courses, advanced liberal arts courses, advanced international education courses, seminars and exercises, and research guidance, which particularly require hands-on experience and independent learning. The program also provides students with the opportunity to acquire a broad range of knowledge that meets the diverse needs of society.
Academic Performance Evaluation Method
The achievement of the learning objectives stated in the syllabus will be rigorously evaluated using appropriate methods such as examinations, assignments, and report examinations.
Doctoral degree program
Principles of Curriculum Design
In the doctoral course, students deepen their knowledge and understanding by taking specialized courses to acquire cutting-edge research and development skills in mathematical science, applied physics, and intelligence science, which form the core of information mathematics. In addition, advanced liberal arts education courses, interdisciplinary courses, courses to cultivate an advanced international mindset, and internship courses are also offered to enhance multifaceted interests and education, and to hone the ability to carry out research from a global perspective. In addition to the above subjects, the doctoral dissertation research guidance provided to each student will foster individuals who are capable of creating new academic and social value in the field of mathematical and informatics, with solid capabilities in all areas of expertise, knowledge, culture, internationality, and design.
Contents and Methods of Education
Specialized courses and advanced liberal arts/integration courses are conducted in the form of lectures or seminars, depending on the content. Courses for the cultivation of an advanced international mindset and internship courses are mainly based on hands-on experience, and students are required to study before and present their results after the internship. These courses cultivate the ability to create new academic values related to mathematical informatics. We also nurture human resources who can create new social value by utilizing these skills.
Academic Performance Evaluation Method
The achievement of the learning objectives stated in the syllabus will be rigorously evaluated using appropriate methods such as examinations, assignments, and report examinations.
