Curriculum

We build flexible and creative thinking skills by giving students a strong foundation in the basic sciences, including math, English, physics, biochemistry, and programming, which are essential for studying in the interdisciplinary field of advanced engineering.

We offer specific specialization tracks for engineering majors, rather than the typical engineering major curriculum.
We train students with interdisciplinary intuition and creative problem-solving skills by teaching them the practical application principles required in the advanced fields of biomedical engineering and intelligent robotics.

• Intelligent Robotics Major Track
  The curriculum is designed around the primary subjects of mechanical engineering, mechanical design, biomechanics, electronics and electrical engineering, and artificial intelligence to cultivate expert talents in intelligent robotics convergence with a focus on human-robot interface, robot control, and medical robotics. We also offer a variety of hardware and software training courses.
• Bio Convergence Major Track
  The curriculum is designed around the primary subjects of biotechnology, biomechanics, human anatomy and physiology, medical electronics, and programming to train future-oriented, interdisciplinary medical engineering professionals in personalized medical technology, bioinformatics, biohealthcare software, and medical devices. We operate experimental bio-fusion engineering courses that reflect the needs of the bio industry.

• 01

  Issuing Nanodegrees

  Students who complete each specialization track will receive a diploma and a separate certificate, the NanoDegree, to prove that they have studied their first major in-depth when applying for a job.

• 02

  Industry demand-driven training

  To provide education centered on the needs of industry that cannot be covered in the major curriculum, we offer a variety of non-major courses and a capstone design program in collaboration with industry and train engineers with practical problem-solving skills required by industry.

• 03

  Industry-academia research projects

  There is a growing demand for master's and doctoral-level professionals with core competencies in intelligent robotics and biomedical engineering. Our Department of Bio-robotic Systems Engineering is actively conducting industry-academia collaboration-oriented research projects to help students find employment.