Master in Electronic Technology

Jiangsu University (JSU) traces its origins to early 20th-century institutions and has grown into a comprehensive research university recognized among China’s top institutions, with strong emphasis on engineering, materials science, clinical medicine and chemistry. The university offers a broad spectrum of programs across sciences, engineering, humanities and professional fields and maintains a large campus with extensive teaching and laboratory facilities.

JSU is research-driven, with multiple national-level centers, innovation platforms and a well-equipped library collection that supports scholarly activity. The Overseas Education College coordinates international admissions and student services, and the campus hosts more than 1,000 international students from over 70 countries. Cultural activities, language support and an active international festival program help overseas students integrate and experience local culture while studying.

Located in Zhenjiang, a historic city with affordable living and convenient access to larger urban centers, JSU combines strong employment outcomes with opportunities for practical training, internships and collaborative research. Students benefit from a supportive campus environment, comprehensive accommodation options and programs designed to prepare graduates for careers in industry, research and public service both within China and internationally.

The Master in Electronic Technology at Jiangsu University is a 3-year program for students interested in photoelectric information materials and devices. This Master's degree is taught in English and focuses on optical non-destructive imaging and photon processing technology. Students will gain a deep understanding of micro-nano electric materials and devices.

The curriculum covers research directions such as photoacoustic information science and detection technology, optical non-destructive imaging and photon processing technology, and micro-nano electric materials and devices. Students will develop hands-on skills in laboratories and learn from experienced professors. The program also helps students understand the latest developments in electronic technology.

Graduates of this program can pursue careers as Electronic Engineers, Photonics Specialists, Materials Scientists, Optical Engineers, or Research and Development Managers. They can work in technology companies, research institutions, or manufacturing firms, applying their knowledge to develop new electronic devices and improve existing technologies.