Tsinghua University

This course introduces a wide range of manufacturing processes used in modern industry, including machining and assembly. It covers how the material properties of a product affect the performance of manufacturing processes.

This course introduces international regulations and the latest developments in intellectual property protection, and focuses on discussing relevant issues in the implementation of intellectual property law and future trends in intellectual property protection.

This course covers major topics in the Western study of Classics. In addition to the civilizations of ancient Greece and Rome, this course will cover developments in the study of Ancient Egypt, Mesopotamia, India, and China. It presents an introduction to the major themes and methods involved in the study of the ancient world. Drawing on scholarship in the fields of literature, archaeology, history, and manuscript studies, the course engages with the main theoretical and methodological advances in classics. Using case studies from the ancient world, the course opens perspectives for the comparative study of ancient cultures, and provides a helpful starting point in developing a well-rounded understanding of the classical traditions of the ancient world.

This course is most suitable for learners who can recognize at least 400 Chinese characters, have a Chinese vocabulary of about 1000 words, and grasp basic Chinese grammar with HSK 3 level. Compared to the elementary level, this course’s teaching material / textbook includes longer Chinese articles, a richer vocabulary, and more complex grammar, covering a wider range of topics such as school life, daily life, physical appearance, personality, hobbies, psychological activities, and notable people and cultures from different regions. In class, the teacher will explain the texts in Mandarin and provide various language exercises. 

This course offers a thorough and in-depth exploration of the fundamental principles, procedures, and techniques involved in engineering project management. It equips students with a comprehensive understanding of key concepts, enabling them to effectively navigate the complexities of managing engineering projects. The curriculum encompasses a broad range of topics essential for success in this field, including the project life cycle, project scheduling, project financing, quality management, and project delivery methods. Students will also delve into the intricacies of project organization, budget estimation and assessment, leadership, global culture, supply chain management, and contract management. They can gain crucial insights into effective project planning, execution, monitoring, and early warning mechanisms. Furthermore, the course emphasizes the significance of project environment, health, and safety management, highlighting the importance of maintaining a secure and sustainable work environment. It also addresses the critical aspects of project communication and information management (such as building information modeling), recognizing their pivotal role in fostering collaboration and ensuring project success. Finally, the course also dedicates attention to human resources and team building, underscoring the significance of building cohesive and high-performing project teams. 

This course introduces undergraduate students to a generalist view of the past terrain of life sciences. It covers a generalist view of the Greek origin of life sciences stretching all the way back to Aristotle and Galen. It also looks at a specialist analysis of biological problems involving physiology, cytology, microbiology, genetics, and molecular biology. 

This course mainly teaches the theory, method and process of web-based application design, and requires students to master the characteristics of web technology, be able to describe the scenarios of web applications and carry out targeted and innovative application design, and be able to independently carry out the planning of web application design, information structure setup, interaction design and visual design. 

This course is designed to provide a systematic exposition of the scientific foundations, policy frameworks, and global practices of drug regulation, serving as a cornerstone curriculum in the fields of public health and pharmaceutical innovation.

This course introduces students to the foundations and practices of designing user experiences with AI-empowered software systems. It covers essential concepts in AI, machine learning, and human-computer interaction. Students will receive theoretical training on the analysis, design, and evaluation of user interfaces. Through the lens of user-centered design, students will learn the end-to-end process from requirements gathering to prototyping, including practical training with prototyping software and emerging AI-assisted design tools. Special emphasis is placed on understanding user cognition, affective design, and persuasive design theories that inform effective user experiences.

This course introduces the process of entrepreneurship, including various factors that affect the success of start-up companies such as choosing a product and finding a target audience, gathering a team, and raising funds.