Jiangsu, China
Jiangsu, China
Cost Of Living
Undergraduate Fees International Students
Post Graduate Fees International Students
Wang Zeshan, often dubbed the “King of Explosives” and “Chinese Alfred Nobel,” is a leading figure in the develo... View More
Wang Zeshan, often dubbed the “King of Explosives” and “Chinese Alfred Nobel,” is a leading figure in the development of new explosives. As a full professor at NJUST, his research significantly impacted both civilian and military applications, notably enhancing the launch range of China's artillery by over 20%. His work on propellant charges and the reuse of waste energetic materials has been groundbreaking. In recognition of his contributions, he was awarded China's highest scientific honor, the 2017 National Highest Science and Technology Award View Less
Ren Xinmin is a distinguished aerospace engineer and a member of the Chinese Academy of Sciences. He played a pivotal ro... View More
Ren Xinmin is a distinguished aerospace engineer and a member of the Chinese Academy of Sciences. He played a pivotal role in China's space industry, leading the development of several major aerospace projects, including the country's first man-made satellite. His leadership in the "Two Bombs, One Satellite" initiative has cemented his status as one of the founding fathers of China's aerospace endeavors View Less
Lu Ke is a renowned materials scientist and an academician of both the Chinese Academy of Sciences and the German Nation... View More
Lu Ke is a renowned materials scientist and an academician of both the Chinese Academy of Sciences and the German National Academy of Sciences. His research focuses on advanced materials and heat treatment processes. In 2020, he was honored with the Future Science Award in the Materials Science category, recognizing his significant contributions to the field. View Less
Lu Zhangong is a prominent political figure who served as the Vice Chairman of the Chinese People's Political Consultati... View More
Lu Zhangong is a prominent political figure who served as the Vice Chairman of the Chinese People's Political Consultative Conference. His tenure was marked by a strong advocacy for scientific and technological advancement in China. He played a crucial role in promoting policies that supported research and innovation, contributing to the nation's progress in various scientific domains View Less
Li Hongzhi is a leading expert in ballistics and high-speed launch technology. He established the discipline of intermed... View More
Li Hongzhi is a leading expert in ballistics and high-speed launch technology. He established the discipline of intermediate ballistics and developed the theoretical system and related methods for transient flow field measurement and calculation. His pioneering work has opened up new fields in ultra-high-speed electrothermal launch technology View Less
Pan Delu is a leading researcher in ocean color remote sensing and a member of the Chinese Academy of Engineering. His w... View More
Pan Delu is a leading researcher in ocean color remote sensing and a member of the Chinese Academy of Engineering. His work has significantly advanced the understanding of oceanic environments and their monitoring through satellite technology. He has been instrumental in developing methods for assessing ocean color, which is crucial for studying marine ecosystems and climate change View Less
Mengchu Zhou is a Chinese-American Distinguished Professor of electrical and computer engineering. He is recognized for ... View More
Mengchu Zhou is a Chinese-American Distinguished Professor of electrical and computer engineering. He is recognized for his contributions to systems science and engineering and has been honored as a Fellow by several prestigious organizations, including IEEE, IFAC, and AAAS. His work has had a significant impact on the field of automation and systems engineering View Less
Xu Zhijun is a Chinese entrepreneur who currently serves as the Deputy Chairman and rotating Chairman of Huawei Technolo... View More
Xu Zhijun is a Chinese entrepreneur who currently serves as the Deputy Chairman and rotating Chairman of Huawei Technologies Co., Ltd. His leadership has been pivotal in Huawei's growth and its position as a global leader in telecommunications and information technology. He has been instrumental in steering the company through technological advancements and international expansion View Less
Jiang Dingzhi is a Chinese politician who currently serves as the Chairman of the Jiangsu People's Political Consultativ... View More
Jiang Dingzhi is a Chinese politician who currently serves as the Chairman of the Jiangsu People's Political Consultative Conference. With a background in engineering from NJUST, he has contributed to the development of policies that support technological innovation and industrial growth in Jiangsu Province. His leadership continues to influence the region's economic and technological landscape View Less
Li Lianyu is a former Chinese politician who held various positions in Jiangsu province, including Vice-Mayor of Xuzhou ... View More
Li Lianyu is a former Chinese politician who held various positions in Jiangsu province, including Vice-Mayor of Xuzhou and Deputy Party Secretary of the Ili Kazakh Autonomous Prefecture in Xinjiang. He was removed from office in 2014 and investigated by the Communist Party's anti-graft agency. His career reflects the complexities of political life in China View Less
The below information is required while
completing the university application :
Admission requirements for undergraduate programs at Nanjing University of Science and Technology (NJUST):
Educational Background: Applicants must have completed their senior high school education or possess an equivalent qualification. This ensures that candidates have the foundational knowledge necessary for university-level studies.
Age Limit: Candidates should be between 18 and 28 years old at the time of application. This age range is set to align with typical academic progression and maturity levels.
Language Proficiency: For English-taught programs, applicants are required to have a minimum IELTS score of 5.5, a TOEFL score of 80, or a Duolingo score of 85. For Chinese-taught programs, an HSK Level 4 certificate is necessary.
Health Requirements: Applicants must be in good physical and mental health. A Foreigner Physical Examination Form must be completed, covering all items listed, and the results are valid for six months.
Application Documents: Required documents include a completed online application form, a notarized copy of the highest degree certificate, academic transcripts, a passport copy, a study plan or personal statement, two recommendation letters, and a certificate of no criminal record.
Ethical and Legal Compliance: Applicants must observe Chinese laws and university rules and regulations, and respect Chinese customs. This ensures a harmonious and respectful academic environment.
Know moreIn 2022, NJUST took a significant step in transforming its campus into a technological hub by establishing the Nanjing Technology and Innovation Park. This initiative aimed to foster collaboration between the university, government, and industry to create a thriving ecosystem for startups and technological innovation. The park has become a center for research commercialization, allowing students and faculty to develop and scale their innovations into real-world applications. This achievement not only helped in enhancing NJUST’s ties with the industry but also played a pivotal role in advancing China’s innovation-driven development agenda.
NJUST took a major step forward in 2020 by expanding its international research collaborations with leading institutions across Europe, North America, and Asia. The university's commitment to global cooperation in scientific research and development led to an increase in joint research projects, particularly in fields like materials science, environmental technology, and artificial intelligence. This expansion fostered cross-border academic exchange and knowledge sharing, enabling NJUST to be at the forefront of global technological innovations and ensuring its research remained world-class
In 2018, NJUST made a significant contribution to China's defense capabilities with a breakthrough in military missile systems. The university’s research team developed innovative technologies in missile guidance, propulsion systems, and defense mechanisms. This achievement was recognized at both national and international levels for its potential impact on military strategies and defense technologies. NJUST’s continued advancements in military technologies played a crucial role in reinforcing China’s defense system and maintaining its strategic edge.
In 2016, NJUST was included in China’s prestigious Project 211, a national initiative to cultivate a group of elite universities with strong research and development capabilities. Being part of this project marked a milestone in the university's growth and solidified its status as a top research institution in China. The funding and resources provided through Project 211 enabled NJUST to expand its research infrastructure, enhance its academic programs, and continue its pursuit of excellence in both technology and applied sciences.
In 2015, NJUST earned a place among the top 300 universities globally for chemical engineering in the QS World University Rankings by Subject. This achievement reflected the university's growing prowess in the field, with its cutting-edge research in materials science, chemical process engineering, and environmental technology. The ranking highlighted the high quality of its faculty, research output, and its contributions to industrial applications. This success also increased NJUST’s appeal to international students and faculty, further enhancing its global presence in the field of chemical engineering
NJUST made significant strides in green energy research in 2012, particularly focusing on renewable energy solutions and energy storage technologies. The university formed international collaborations with leading global institutions to develop advanced solar power systems, energy-efficient grids, and battery technologies. Their research into lithium-ion batteries and sustainable energy storage systems contributed to China’s push for cleaner energy solutions. NJUST’s innovations in green energy were recognized globally and helped China in its transition toward more sustainable industrial and energy practices.
In 2010, NJUST launched the Intelligent Manufacturing Research Institute, an initiative aimed at advancing China’s capabilities in automation, robotics, and smart manufacturing systems. The institute’s work was critical in pushing forward the digital transformation of China’s manufacturing sector. With a focus on integrating artificial intelligence, big data, and the Internet of Things (IoT), the research institute became a leading force in smart factory development. This achievement bolstered the university’s reputation as a hub for industrial innovation and research, addressing the needs of China’s rapidly evolving manufacturing landscape.
By the early 2000s, NJUST had firmly established itself as one of China’s top universities, particularly excelling in engineering and technology disciplines. It gained widespread recognition for its programs in mechanical engineering, chemical engineering, and automation. The university’s growing research output, coupled with its innovative approach to teaching and industrial collaboration, resulted in its rise in national and international rankings. This achievement highlighted the university’s shift towards being a comprehensive institution that embraced a diverse range of disciplines beyond its original military focus.
During the 1980s, NJUST achieved a major breakthrough by receiving multiple National Defense Science and Technology Awards for its contributions to military technologies. These awards were a recognition of the university’s excellence in research and development in defense sectors, particularly in the fields of missile technology, artillery systems, and propulsion engineering. This period also marked the expansion of the university’s research into civil applications of military technologies, making it a prominent institution for both defense and technological innovation.
In 1952, NJUST was established as the Artillery Engineering Department of the Institute of Military Engineering. This marked the beginning of the university’s pivotal role in China’s defense and technological advancements. The university initially focused on military engineering and artillery technology, laying the foundation for its later recognition as a leading institution in defense research. The university's early contributions were critical to China’s military modernization and shaped its focus on applied sciences and engineering.
In 2015, NJUST researchers developed a high-performance lithium-ion battery with increased energy density and longer lifespan. This breakthrough technology was crucial for electric vehicles and renewable energy storage systems. By improving battery efficiency, the invention contributed to the development of green energy solutions and the widespread adoption of electric vehicles. The high-performance lithium-ion battery has become one of the key technologies in the global push for sustainable energy and transportation solutions.
In 2011, NJUST created a mobile health monitoring system that enabled individuals to track and manage their health data in real time. Using wearable devices and mobile applications, the system provided users with constant feedback on their vital signs, such as heart rate, blood pressure, and glucose levels. This innovation has had a significant impact on healthcare by making health monitoring more accessible and affordable. The system has been adopted in various countries, particularly for elderly care and chronic disease management.
In 2008, NJUST developed green energy solutions for industrial applications, aiming to reduce energy consumption and carbon emissions. The technology included energy-efficient systems for factories and power plants, such as waste heat recovery systems and solar energy integration. This invention helped Chinese industries significantly reduce their environmental impact while maintaining high production levels. The green energy solutions also paved the way for sustainable development practices within China’s industrial sector, earning recognition for the university’s commitment to environmental responsibility.
In 2005, NJUST introduced an automated traffic control system that utilized artificial intelligence to optimize traffic flow and reduce congestion. The system analyzed real-time data from traffic cameras, sensors, and GPS to manage traffic lights and reduce waiting times. It proved to be highly effective in urban areas with high traffic volumes, contributing to the reduction of road accidents and improving overall traffic management. This innovation continues to influence smart city projects around the world
In 2002, NJUST developed a smart power grid technology that aimed to optimize electricity distribution and reduce energy waste. The invention used advanced sensors, real-time data collection, and automated controls to create a more efficient and reliable energy grid. This smart grid system became a model for other countries looking to modernize their electricity infrastructure and enhance the integration of renewable energy sources. The smart power grid has become an essential tool for promoting energy sustainability worldwide.
In 1996, a team of engineers at NJUST developed a pioneering digital signal processing (DSP) technique that revolutionized communications and audio technology. This invention was critical in enhancing the quality and bandwidth of digital communication systems. The DSP technology enabled faster processing of data in telecommunications, radar, and audio applications, laying the foundation for innovations in wireless communication and multimedia systems, which are now widely used in mobile devices and broadcasting.
In 1985, NJUST introduced high-speed ballistic materials that were instrumental in advancing the defense industry. These materials were designed to withstand extreme speeds and pressures encountered during the launch of projectiles. The invention not only contributed to the robustness of weaponry but also revolutionized the development of materials used in aerospace engineering. The high-speed ballistic materials significantly improved the performance and durability of military systems, giving China an edge in both defense and space exploration.
In 1978, NJUST developed the electrothermal gunpowder launch system, an innovation that enhanced the performance of projectile launchers. The electrothermal system combined traditional gunpowder with advanced electrical elements, significantly increasing the velocity and efficiency of launches. This system was crucial for various military applications and played a role in modernizing China’s defense technologies. It became a cornerstone in the development of long-range artillery, making it one of the university’s notable technological achievements.
In the 1960s, researchers at NJUST developed advanced propellant technology that played a key role in China’s military advancements. This technology improved the range, speed, and efficiency of artillery and missile systems. The innovation was critical in ensuring that China’s defense capabilities were on par with other global powers during the Cold War period. The development of these propellants not only boosted the country’s defense infrastructure but also contributed to China’s progress in various ballistic technologies.
In 1993, NJUST researchers developed intelligent manufacturing systems, which introduced automation and advanced robotics into the manufacturing process. This system incorporated real-time data analysis, predictive maintenance, and automated control, enhancing the productivity and efficiency of manufacturing units. The invention played a vital role in the modernization of Chinese industries and was adopted by numerous factories, contributing to China’s rapid industrial growth during the late 20th century.
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