Introduction to Sino foreign Cooperative Education in Electronic Science and Technology
(1) Introduction to Sino foreign Cooperative Education in Electronic Science and Technology
This major is dedicated to cultivating scarce talents in the country, and students mainly seek employment in electronic science and technology related fields. Keeping up with the times, it has trained a group of graduates engaged in integrated circuit design work. More than 30% of undergraduate students have signed contracts with an annual salary of over 100000 yuan. For specific information, please refer to the introduction of the Electronic Science and Technology major at the School of Electrical Engineering and Automation, Jiangxi University of Technology.
The electronic industry is experiencing rapid technological updates and frequent international exchanges and cooperation. This major carries out Sino foreign cooperation in education, cultivates students' international communication skills, enables them to acquire cutting-edge scientific and technological knowledge in the industry, accumulate learning experience in international exchanges, and become industry leaders. As one of the largest scientific research centers in the Far East of Russia, Amur Communist Youth City National University of Technology is close to Northeast China, and Russia is also a participant of the "the Belt and Road" initiative. It has broad cooperation space and development prospects in various fields of industry, education and research.
(2) Regarding the "3+1" training method
"3+1" is a Sino foreign cooperative education project approved by the Ministry of Education for cooperation between Jiangxi University of Technology and Amur Gongqingcheng National Technical University in Russia. Passed the National College Entrance Examination of the People's Republic of China and met the admission score line of our school. Full time for four years, students who have studied at Jiangxi University of Technology for the first three years can choose to study at Amur Gongqingcheng National Technical University in Russia or continue their studies at Jiangxi University of Technology in the fourth year if they have successfully completed the courses specified in the training program for the first three years and passed the exams. The tuition and miscellaneous fees during the study period at Amur Gongqingcheng National Technical University in Russia shall be based on the school's fee standards. Teaching language: Chinese teachers use Chinese, while foreign teachers use Russian.
(3) Regarding the issuance of graduation certificates and degree awards
Students who complete the courses specified in the training program of this project for four years full-time at Jiangxi University of Technology and pass the grades will be awarded a bachelor's degree graduation certificate by Jiangxi University of Technology, and a realistic academic certificate by Amur Gongqingcheng National Technical University in Russia. If they meet the requirements for granting degrees at Jiangxi University of Technology, they will be awarded a bachelor's degree.
If students choose to study at Amur Gongqingcheng National Technical University in their fourth year, complete the courses specified in the training program for one year, and pass the exam, they will receive a bachelor's degree certificate issued by Jiangxi University of Technology and Amur Gongqingcheng National Technical University in Russia. If they meet the degree granting requirements of both universities, they will be awarded a bachelor's degree from Jiangxi University of Technology and Amur Gongqingcheng National Technical University in Russia.
If a student studies at Amur Gongqingcheng National Technical University in Russia for less than one year in their fourth year, or fails to complete the courses specified in the training program of this project, and cannot meet the graduation requirements of Amur Gongqingcheng National Technical University, they will not be able to obtain the undergraduate degree certificate and degree certificate from Amur Gongqingcheng National Technical University, but are still eligible to apply for the undergraduate degree certificate and degree certificate from Jiangxi University of Technology. Jiangxi University of Technology recognizes the credits earned by students at Amur Gongqingcheng National Technical University.
1. The current basic situation of this major
Our School of Electronic Science and Technology was founded in 2007, with over 400 undergraduate students and a master's degree program in the first level discipline of Electronic Science and Technology; The Teaching and Research Office of Electronic Science and Technology currently has 16 full-time teachers, all of whom have a master's degree or above (8 with a doctoral degree), including 5 master's supervisors and one Baosteel Outstanding Teacher Award winner; In the past three years, teachers in the teaching and research department have led more than ten vertical scientific research projects at or above the provincial level, and published more than thirty high-level scientific research papers (included in the three major searches); Undergraduate majors include: Semiconductor Device Physics, CMOS Analog Integrated Circuit Analysis and Design, Digital Integrated Circuit Analysis and Design, Embedded System Technology, etc. While engaged in teaching and research, the profession actively serves the industry and local economic construction with existing platforms as support, and has formed a relatively distinctive feature in areas such as intelligent monitoring of mines, intelligent transportation, and new medical devices.
2. Training objectives of this major
The goal of this major is to cultivate talents with a wide range of electronic information majors. The undergraduate stage is divided into two directions: electronic science and electronic technology. Among them, electronic science involves advanced electronic functional devices, modern electronic materials, and microelectronic processes, with research directions mainly focused on intelligent sensor devices and modern advanced piezoelectric integrated devices; Electronic technology includes integrated circuit design and embedded system design, with research directions mainly focused on the development of integrated medical sensors, intelligent Internet of Things, and mining safety monitoring equipment.
3. The training philosophy of this major
The major revolves around the goal of cultivating senior talents in engineering and scientific research with a solid foundation, broad caliber, strong abilities, and high quality. It continuously deepens the reform of professional education and teaching, and strives to improve the comprehensive quality of students. Adhere to the principle of "close connection between theoretical teaching and the forefront of electronic science, and equal emphasis on practical teaching and classroom teaching"; Emphasize the cultivation of students' practical and hands-on abilities, and implement the training route of starting from applied electronic design, radiating and extending towards integrated circuit design, electronic functional device research and development, and other directions.
4. Discipline construction of this major
This major has a first level master's degree in Electronic Science and Technology and is currently cultivating qualifications for doctoral degree training.
5. Training conditions for this major
Having a teaching and research team with high levels of teaching and research, rich practical experience, and dedication to work, 50% of teachers have a doctoral degree, and 100% have a master's degree or above; Equipped with teaching and research facilities that align with talent development goals on hardware. Having a comprehensive application electronic design platform, including embedded systems, digital processing technology, sensor detection, IoT and other experimental centers; Having a complete microelectronics experimental platform (with equipment value of 25 million), including complete microelectronics preparation and testing equipment for photolithography, plasma etching, magnetron sputtering, PECVD, semiconductor testing, etc; The software has a comprehensive IC design (Cadence simulation platform, Huada Jiutian integrated circuit design platform) and embedded system design (including hardware circuit design, embedded operating system, and upper computer high-level language programming) platform. The overall professional development has formed a planned education and training sequence from applied electronic technology to integrated circuit design and microelectronic devices.
6. Various achievements in teaching construction and reform
We have one provincial-level experimental teaching demonstration center, two provincial-level high-quality courses, one provincial-level high-quality resource sharing course, one provincial-level bilingual teaching demonstration course, three school key construction courses, and two school resource sharing courses. The major is one of the outstanding engineer program majors and popular majors in the school.
7. Application fields and employment prospects of this major
The Electronic Science and Technology major has broad development opportunities in both employment and scientific research. Among the 30 largest market sectors in the world, 22 are related to electronic technology; Out of the 25 best inventions published by Time magazine in 2019, 15 were related to electronic science; The employment rate of graduates in the past three years is over 90%, and over 90% of employed students are employed in the electronics industry; The employment quality is relatively high, with over 30% of 2021 undergraduate graduates earning an annual salary of over 100000 yuan; Most of the students who graduated from undergraduate programs in 2021 and obtained a master's degree will enter Double First Class universities for further studies (such as Southeast University, University of Electronic Science and Technology of China, Harbin Institute of Technology, etc.).
8. Undergraduate students in this major actively participate in engineering practice
In recent years, excellent results have been achieved in the National Electronics Competition and the National Integrated Circuit Innovation Competition. The National Integrated Circuit Competition has maintained its best performance in Jiangxi Province so far: the first prize in the 2017 National College Student Integrated Circuit Design Innovation Competition; Professional students actively participate in the teacher's research projects in their spare time, and some of the research and development projects have entered the industrialization stage; Some outstanding students have published high-level academic papers as first authors during their undergraduate studies.
