Students will be trained according to a multi-disciplinary curriculum that integrates political science, economics, sociology, and international relations. Based on their choice, students will obtain Bachelor of Economics (in Economics) or Bachelor of Laws (in Political Science and Public Administration, International Politics, or Sociology), upon successfully meeting degree requirements.
Program Highlights
- Students will be trained according to a multi-disciplinary curriculum that integrates political science, economics, sociology, and international relations. Based on their choice, students will obtain Bachelor of Economics (in Economics) or Bachelor of Laws (in Political Science and Public Administration, International Politics, or Sociology), upon successfully meeting degree requirements.
- Core courses involve The Logic of Politics, Principles of Economics, Sociology of Global History, Understanding International Relations, Macroeconomics, Microeconomics, Chinese Political Economy, International System and International Order, Probability and Statistics, Foundations of Computer Programming, Introduction to Artificial Intelligence, Towards Artificial General Intelligence, etc.
- The program features several practical modules, not least Global Deep Dive and Leadership Fieldwork for Smart Society. Through rich fieldwork opportunities and cultural experiences, students will learn to understand smart society and solve practical problems. Living and studying in this close community of faculty and cohort members, students will develop exceptional skills in communication, teamwork, as well as lifelong learning, enabling them to play critical roles in global governance and international cooperation.
Education Objectives
- Students will be grounded in a profound belief in the shared future for humanity and become individuals with cultivated integrity and nurtured vigor in body and mind.
- Students will be empowered to develop an integrated knowledge system combining arts and sciences, characterized by familiarity with foundational theories, skills in digital technologies, and disposition of interdisciplinary thinking.
- Students will demonstrate the ability to use quantitative, qualitative, and other analytical tools for academic research; to identify and solve practical problems; and to participate in critical thinking, innovative practices, interdisciplinary collaboration, and organized scientific research. Students will also obtain an global perspective and cross-cultural communication skills.
The Global Talents in Science and Engineering Program is a top-tier undergraduate engineering program designed for outstanding students worldwide. The program aims to cultivate global leaders with creative engineering vision, cross-cultural organizational wisdom, and interdisciplinary collaboration skills; a community of learners driven by cross-cultural and cross-disciplinary explorations; and future practitioners for innovation and creation. It brings together Tsinghua University’s excellent faculty and integrates cutting-edge engineering education concepts from around the world, offering comprehensive academic and practical education.
Program Highlights
- Students can personalise their learning based on the multi-disciplinary curriculum that integrates information science technology (IST), mechanical engineering (ME), civil engineering (CE) and design science (DS), and obtain Bachelor of Engineering in Interdisciplinary Engineering or Bachelor of Engineering in traditional majors upon successfully meeting degree requirements.
- Students will receive rigorous training in fields such as Interdisciplinary Engineering, Electrical Engineering and Automation, Electronic Information Science and Technology, Mechanical Engineering, Measurement, Control Technology and Instruments, Vehicle Engineering, Civil Engineering and Systems, Traffic Engineering, Architecture, Urban Planning, and Landscape Architecture. Through rich cultural experiences and interdisciplinary learning, the program focuses on enhancing students’ abilities to solve complex engineering problems. Students will develop exceptional skills in engineering design, communication, teamwork, scientific experimentation, as well as lifelong learning, enabling them to play critical roles in global science and engineering fields.
Education Objectives
- Students will be grounded in a profound belief in the shared future for humanity and become individuals with cultivated integrity and nurtured vigour in body and mind.
- Students will be empowered to customise their learning based on the multi-disciplinary curriculum that integrates information science and technology (IST), mechanical engineering (ME), civil engineering (CE), and design science (DS) to develop their own knowledge system.
- Upon graduation, students will become blueprint drafter who can harness creative engineering minds to conceive groundbreaking solutions; culture weavers who can translate knowledge across divides to unite global teams; master synthesisers who can ground vision in action to unravel complex engineering challenges; and leaders of innovations who can compete on the world stage while building collaborative bridges across pioneering horizons.
Program Highlights
Students can personalise their learning based on the multi-disciplinary curriculum that integrates information science technology (IST), mechanical engineering (ME), civil engineering (CE) and design science (DS). Through rich cultural experiences and interdisciplinary learning, the program focuses on enhancing students’ abilities to solve complex engineering problems. Students will develop exceptional skills in design, communication, teamwork, scientific experimentation, as well as lifelong learning, enabling them to play critical roles in global science and engineering fields.
- Design education augmented by computing.
Architectural and urban design in the new era will have to engage with the opportunities opened by computer science and AI technologies. Understanding and applying the latest technologies and tools through the lens of design thinking is a core ability for students to grasp complex urban problems and generate innovative solutions.
- Multi-disciplinary learning based on personalized projects.
Leveraging Tsinghua University’s comprehensive set of disciplines, the specially crafted curriculum provides students with ample room to customize and pursue multi-disciplinary projects under the collaborative supervision of tutors from different schools and departments.
- Embedded learning in urban regeneration practice.
China’s urbanization provides a fertile soil for innovative ideas of urban regeneration. To study in China is to live and relive China’s urban development experiences, be involved in real-world urban regeneration practice as part of the study, and reflect on how contemporary challenges are dealt with.
- An Asian perspective on urban challenges beyond Asia
The teaching faculty is drawn from an international cast of experts with rich experiences in Asian cities. This Asia-focused perspective helps students become future-ready urban professionals to deal with urban challenges in and beyond Asian cities.
- Independent thinkers and leaders with excellent career prospects
Tsinghua graduates are always highly sought after by employers. With visionary insights, technological competency, and real-world experiences, graduates from this program are anticipated to excel as designers, consultants, policymakers, entrepreneurs, and civil servants, among many others, in various sectors of urban development around the world.
