Academics
Bachelor's Program of Artificial intelligence & Information Security
Bachelor's Program of Artificial intelligence & Information Security
Technological advancement has seen information appliances become a staple within medical environments, where they produce vast amounts of medical data. At the same time, people today increasingly demand access to medical information. The combination of these two factors means that the management and research of medical information will be key areas for future development, while the ubiquity of the internet also means that medical informatics can be developed and applied in daily life. Consequently, there will be growing demand for cross-disciplinary professionals capable of combining a medical background with information engineering skills. These professionals must be able to combine the resources and specialized knowledge of different fields, analyze problems from diverse perspectives, and produce innovative academic research and applications of knowledge for the benefit of the wider community.
宗旨與目標

Core Competencies

The program trains students in three core competencies: hospital practices, information engineering, and innovative applications. The high importance placed on projects and internships is designed to equip students with the practical skills required for a successful transition to the workplace upon graduation

 

Core Competencies

What students learn

Fundamentals of Hospital Practices

Students gain knowledge of medical diagnoses as well as practical experience using information systems at hospitals

Fundamentals of Information Engineering

Students learn programming to prepare them to develop practical systems

Innovative Applications

Students combine a medical background with information engineering techniques, while a practice-oriented approach allows them to comprehensively integrate different disciplines to develop innovative applications

 

 

課程與特色

Curriculum Planning

The curriculum covers the following:

  • Java programming
  • C# programming
  • calculus
  • probability and statistics
  • discrete mathematics
  • linear algebra
  • data structure and algorithms
  • computer networking
  • database practices
  • object-oriented analysis and design (OOAD)
  • medical informatics
  • medical standards and terminology
  • electronic medical records (EMRs)
  • clinical informatics
  • medical information systems
  • analysis of medical decision-making
  • medical imaging
  • medical equipment and interfaces
  • basic principles and techniques of web technology
  • programming of mobile devices
  • human-computer interface design and user experience
  • cloud technology and healthcare
  • mobile medical treatment and innovative applications
  • smart hospitals and innovative applications
  • internship
Location
Faculty
Office of International Education