About our curriculum
The Mathematical Science Course at Akita University is meticulously designed to cultivate individuals capable of viewing and solving problems through a mathematical and scientific lens. Our aim is to develop skilled professionals who can apply these perspectives to research and development across various fields.
First Academic Year: Foundations
- Objective: To lay the groundwork necessary for specialized subjects and to understand their relevance in the broader context of science and engineering.
- Focus: Basic subjects in mathematics and science, along with fundamental data processing techniques.
Second Academic Year: Developing Thought Processes
- Objective: To immerse students in the characteristic ways of thinking in different fields within mathematical science.
- Methodology: Emphasis on logical thinking and discussion, facilitated through interactive, practice-based classes. This includes training in rational explanation, research methods, and effective writing.
Third Academic Year: Specialization and Deepening Knowledge
- Topics Explored:
- Rigorous reasoning in mathematical structures
- Analysis and interpretation of physical phenomena and structures of matter via quantum mechanics
- Theoretical foundations of telecommunication technology
Fourth Academic Year: Advanced Specialization and Practical Application
- Objective: To achieve proficiency in specialized topics and enhance the practical application of this knowledge.
- Key Features:
- “Proposal of Research Themes” and “Graduation Research” courses.
- Focused study on highly specialized topics, enabling students to refine their skills and methodologies in their chosen area.
Our curriculum is structured to not only impart theoretical knowledge but also to develop practical skills and a deep understanding of mathematical and scientific principles. By the completion of their studies, students are equipped with a profound grasp of their fields and are ready to apply their expertise effectively in real-world scenarios.