The Department of Engineering for Innovation seeks to increase students’ interest in engineering technology, promote essential academic ability in specialist areas and develop communication skills, and to teach core specialties with a broad perspective. This approach is intended to develop creativity and inquisitiveness among individuals with the capacity for learning, consideration and the initiative for problem identification/resolution with a global perspective.

Fourth-year teaching is divided into special courses to develop comprehensive engineering expertise and frontier courses to also develop management ability. In this regard, students fulfilling the requirements listed below and obtaining a predetermined number of credits receive certification.

• Basic science/liberal arts expertise for practical engineering, including mathematical science, data science, and AI
• Fundamental engineering expertise and ability for application and practice in social implementation via experiments, training, exercise and practice
• Capacity to understand the essence of issues and express opinions with an appropriate sense of ethics
• Communication skills and the resourcefulness to understand, respect and work with others
• International familiarity and the initiative for ongoing learning

The Division of Mechanical Engineering cultivates the ability to play active roles with broad perspectives in the field of mechanical engineering, including design drawing, mechanical design, thermofluid dynamics, engineering, materials, information processing and measurement control, based on the learning targets of the college.

The Division of Civil Engineering cultivates the ability to play active roles with broad perspectives in the field of civil engineering, including land surveying, materials, structures, ground, hydraulics, environment, planning, construction, legal matters and design drawing, based on the learning targets of the college.

The Division of Applied Chemistry and Biochemistry cultivates the ability to play active roles with broad perspectives in the fields of applied chemistry and biochemistry, including organic/inorganic/analytical/physical types, chemical engineering, basic biology and biotechnology, as well as functional materials and food biochemistry, based on the learning targets of the college.

The Division of Electrical and Electronic Engineering cultivates the ability to play active roles with broad perspectives in the fields of electrical and electronic engineering, including electric circuits, electromagnetism, electronic circuits, electronic engineering, electric power, measurement, control and communication engineering, based on the learning targets of the college.

The Division of Computer Science and Engineering cultivates the ability to play active roles with broad perspectives in the fields of information science and engineering, including programming, software, computer engineering, computer systems, system programming, information communication networks, information mathematics/information theory and integration systems, based on the learning targets of the college.