Digital technology is an interdisciplinary discipline involving many fields such as computer, art, and humanities, and its postgraduate entrance examination direction is also relatively diverse.
Computer Graphics & Visualization Techniques.
Computer graphics is an important branch of the field of digital technology, which focuses on how computers are used to generate and manipulate images. Visualization technology transforms data and information into more intuitive graphs and images that are easy to analyze and understand. After graduation, graduate students in this field can work in game development, film and television special effects, virtual reality and other fields.
Skill learning and Xi qualifications are improved, and the qualification inquiry for postgraduate examination is inquired
Digital** Design & Creativity.
Digital Design & Creativity focuses on how to use digital technology for design and creative practice. Graduate students in this field need to have design thinking and innovation ability, and be able to combine digital technology with art to create works with unique charm. After graduation, you can work in graphic design, interaction design, UI design, and other fields.
Digital industry and culture.
Digital industry and culture mainly study the development trend, policy and cultural phenomenon of digital industry. Graduate students in this direction need to understand the various links in the digital industry chain, as well as the cultural and social issues related to it. After graduation, you can work in the fields of planning, cultural industry management, and media research.
Artificial Intelligence and Machine Learning Xi.
Artificial intelligence and machine learning Xi is one of the hot spots in the field of digital technology, mainly studying how to use artificial intelligence technology to process and analyze multiple ** data such as images, audio, and **. Graduate students in this direction need to have a foundation in programming and mathematics, and be able to apply artificial intelligence techniques to solve practical problems. After graduation, you can work in the fields of intelligent recommendation, face recognition, voice recognition, etc.
Cyber security and multi-** information privacy protection.
Cyber security and multi-information privacy protection mainly studies how to ensure the security and privacy of digital information. Graduate students in this direction need to understand cybersecurity protocols, encryption technologies, and privacy regulations, and be able to design and implement security solutions to protect the digital assets of individuals and organizations. After graduation, you can work in the fields of network security management, security consulting, and data privacy protection.