Microelectronic Science and Engineering with Contemporary Entrepreneurialism Xi'an Jiaotong-Liverpool University

Overview

By the time you graduate from the Microelectronic Science and Engineering with Contemporary Entrepreneurialism at Xi'an Jiaotong-Liverpool University, you will have:

• Understand the fundamental mechanisms governing solid-state microelectronic devices and their related application for integrated circuits
• Understand the technology and specified processes behind the advanced manufacturing and fabrication of electronic devices
• Have in-depth understanding in existing or emerging aspects of microelectronics i.e. circuit design, materials, device engineering and fabrication processes
• Use emerging process techniques for the investigation of advanced microelectronic processes and cutting-edge devices
• Communicate technical content effectively via reports, academic publications and oral presentations
• Educate entrepreneurial leaders with a global vision and the ability to lead future development in the industry
• Obtain hands-on industry experience gained through on-site visits and internships
• Gain comprehensive entrepreneurial and leadership knowledge, including project management and innovation concepts applicable in practical settings
• Apply high-level and transferable communication, interpersonal, problem-solving and analytical skills across a range of careers and industries.

Career opportunities:

Students graduating from Microelectronic Science and Engineering with Contemporary Entrepreneurialism programme at Xi'an Jiaotong-Liverpool University are not only specialised in their individual fields but they also sport well-rounded knowledge bases that enable them to take leading roles in industry, making XJTLU Entrepreneur College (Taicang) graduates highly in-demand in the future of work.

Graduates will be well-equipped with a wide range of transferable knowledge and skills, such as:

• In-depth expertise and knowledge through practical application experience
• Understanding of interdisciplinary technology backgrounds
• Methodological problem-solving skills
• Cross-cultural leadership, management skills, and workplace experience
• Innovation abilities, including the mastery and incorporation of new technology within new industry paths.

The programme will also provide a sound foundation for further studies at masters and PhD levels in microelectronics, integrated circuits, semiconductor, advanced nanotechnology, as well as fabrication and packaging.