Department of Computer Science

Department Features

Gain expertise in cutting-edge technology from both software and hardware perspectives.

The rapid proliferation and advancement of technologies like IC cards (e.g., Suica), smartphones (e.g., iPhone), and applications like LINE are all achievements of information engineering. In today's world, understanding both software and hardware is essential. The Department of Information Engineering provides the opportunity to study the latest technologies from both perspectives, allowing students to acquire the skills needed to design systems and develop software. Professionals in information engineering are in high demand across various industries. Career opportunities extend beyond system development in IT companies to roles such as network design in general enterprises, as well as many other fields.

• Diploma Policy

  The Department of Computer Science awards a Bachelor's Degree in Computer Science to students who achieve the following educational objectives.

   

  (1) Demonstrate a solid understanding of fundamental technologies in both the software and hardware domains of information engineering, and use this knowledge to design and build information processing systems tailored to specific objectives.

  (2) Explain advanced applied technologies in information engineering, including telecommunications, networks, multimedia (such as image and sound processing), and artificial intelligence.

  (3) Identify engineering problems in information engineering that may have multiple potential solutions or where solutions are unclear, and develop plans to address them. Students will then design and construct information processing systems based on these plans and perform comprehensive evaluations.

  (4) Engage in logical discussions about technical topics with both specialists and non-specialists, collaborating effectively to solve problems.
• Curriculum Policy

  To achieve the diploma policy of the Department of Computer Science, the curriculum is structured based on the following guidelines.

   

  (1) Acquire specialized knowledge in both software and hardware domains, the curriculum includes a set of courses in natural sciences as the foundation, courses that teach basic information processing technologies, and a series of courses that systematically build specialized knowledge upon this foundation. Additionally, practical courses, including exercises and experiments, are offered to develop the skills necessary to design and construct information processing systems.

  (2) Acquire specialized knowledge in applied technologies within the field of information engineering the curriculum includes a wide range of courses that provide practical and concrete learning of cutting-edge technologies.

  (3) Develop the ability to identify problems, plan solutions, execute them, and evaluate outcomes—skills required of advanced information processing engineers—students will engage in research activities through small-group supervision. This is facilitated through graduation research and related courses.

  (4) Develop the ability to logically explain and present technical content, as well as enhance writing, oral presentation, and communication skills, courses focused on improving reading comprehension and writing abilities will be offered. Additionally, seminar and experimental courses with mandatory report submissions, along with graduation research and related courses, will be provided.