Professor
Supervisor of Doctorate Candidates
Supervisor of Master's Candidates
Human–Computer Interaction (HCI) is an interdisciplinary field that studies how humans interact with computational systems in efficient, natural, and safe ways. It integrates knowledge from computer science, psychology, cognitive science, design, and engineering.
With the rapid advancement of computing technologies, interaction paradigms have evolved continuously—from command-line interfaces → mouse and keyboard → touchscreens → speech and gesture → virtual reality and intelligent interaction. Through this evolution, computational systems have gradually transformed from passive tools into active partners and collaborators.
Modern HCI research goes beyond basic system usability and increasingly focuses on the following key aspects:
User Experience (UX)
Designing systems that are more natural, intuitive, and enjoyable to use.
Human Factors
Reducing cognitive load and operational errors while improving safety and efficiency.
Human–AI Collaboration
Enabling effective cooperation between humans and artificial intelligence systems.
Embodied Interaction
Leveraging human body movements, perception, and environmental context to support more natural interaction.
Within the field of Human–Computer Interaction, computing systems are no longer viewed as passive instruments, but are increasingly designed as intelligent systems capable of understanding human behavior, supporting human needs, and augmenting human capabilities.
Virtual Reality (VR) is an advanced interaction technology that uses computer-generated three-dimensional environments to create a strong sense of immersion, presence, and interactivity.
Within virtual environments, users interact with digital worlds through head, hand, or full-body movements, enabling complex spatial tasks that are difficult to achieve using traditional screen-based interfaces. Typical application domains include:
3D Design and Modeling
Industrial Simulation and Digital Twins
Medical Training and Teleoperation
Education and Virtual Laboratories
Gaming and Immersive Entertainment
With ongoing advances in hardware capabilities and computational algorithms, virtual reality technologies are rapidly expanding beyond entertainment and into critical domains such as industry, healthcare, education, and scientific research.
