One of the first group of institutions of higher learning approved by the Chinese Ministry of Education for the training of "Excellent Engineers". The university specializes in engineering and English language courses are compulsory in NJTech.
Nanjing Tech University is a university located in Nanjing, Jiangsu Province, China. It is located 300 km from Shanghai. NJTech is a key institution of higher learning to be constructed in Jiangsu Province, and one of the first group of institutions of higher learning approved by the Chinese Ministry of Education for the training of "Excellent Engineers". The university specializes in engineering. English language courses are compulsory.
The University has 26 colleges, and close to 30,000 students including over-seas students, undergraduates, and master's degree and PhD candidates. It has 5 post-PhD stations, 35 PhD programs, 107 master's degree programs, 19 programs for Master of Engineering, and 80 undergraduate programs. And it has also become a university comprising eight branches of learning, namely, engineering, science, management, economics, liberal arts, law, philosophy, and medicine.
| Field | Course | Year of study |
|---|---|---|
| Information Technology | Computer Science & Technology* | 4 |
| Engineering | Automation | 4 |
| Economics | International Economy and Trade | 4 |
| Engineering | Civil Engineering | 4 |
| Engineering | Mechanical Engineering and Automation | 4 |
| Pharmacy | Pharmacy* | 4 |
| Chemistry | Chemistry | 4 |
| Geographical | Geodesy and Geomatics Engineering | 4 |
| Engineering | Traffic Engineering | 4 |
| Language | Chinese International Education | 4 |
| Chemistry | Chemical Engineering and Technology | 4 |
| Engineering | Environmental Science and Engineering | 4 |
| Engineering | Bioengineering | 4 |
| Business | International Economics and Trade* | 4 |
| Business | Computer Science and Technology* | 4 |
| Field | Course | Year of study |
|---|---|---|
| Physics | Material Physics and Chemistry | 3 |
| Engineering | Identification and quantitative prediction of hazardous characteristics of chemicals | 3 |
| Engineering | Fire safety and safety functional materials | 3 |
| Engineering | Public safety and emergency management | 3 |
| Engineering | Principle and Application of Refractory Wastewater Treatment | 3 |
| Engineering | Solid waste treatment and site restoration technology | 3 |
| Engineering | Prevention and Emergency Rescue of Sudden Pollution Accidents and Research on Pollution Toxicity | 3 |
| Engineering | Control Theory and Control Engineering | 3 |
| Engineering | Detection Technology and Automation | 3 |
| Engineering | Pattern recognition and intelligent system | 3 |
| Engineering | High voltage and insulation technology | 3 |
| Engineering | Power System and Automation | 3 |
| Engineering | Mechanical Manufacturing and Automation | 3 |
| Engineering | Theory and Application of Space Geodesy | 3 |
| Engineering | Geographic Information System and Its Application | 3 |
| Engineering | Photogrammetry and remote sensing | 3 |
| Engineering | Structural Engineering | 3 |
| Field | Course | Year of study |
|---|---|---|
| Engineering | Chemical Engineering* | 3 |
| Engineering | Structural Engineering | 3 |
| Chemistry | Safety Theory and Technology of Hazardous Chemicals | 3 |