Tianjin, China
Tianjin, China
Cost Of Living
Undergraduate Fees International Students
Post Graduate Fees International Students
Yang Enze (1919–2019) was a trailblazer in China's telecommunications sector. After earning his degrees in telecommuni... View More
Yang Enze (1919–2019) was a trailblazer in China's telecommunications sector. After earning his degrees in telecommunications during the tumultuous era of the Second Sino-Japanese War, he dedicated his career to advancing China's communication infrastructure. As the chief engineer of the "82 Project," he led the development of China's first practical fiber-optic communication system, a 13.6 km link in Wuhan, which became operational in 1982. This groundbreaking work laid the foundation for the nation's fiber-optic industry. Later, at Tianjin University, he established the city's first fiber-optic laboratory and continued teaching until the age of 99, exemplifying unwavering dedication to education and innovation View Less
Zheng Dong, an alumnus of Tianjin University, has seamlessly blended entrepreneurial success with philanthropic endeavor... View More
Zheng Dong, an alumnus of Tianjin University, has seamlessly blended entrepreneurial success with philanthropic endeavors. After venturing into the field of venture investment in 1994, he achieved significant success in both state-owned and commercial enterprises. Recognizing the transformative power of education, Zheng established the Zheng Dong Innovation Scholarship in 2010, supporting over 2,000 economically disadvantaged students. His generous donations, including 50 million yuan for the university library and another 50 million yuan for faculty development, underscore his commitment to nurturing future talent and advancing academic excellence at his alma mater View Less
Li Hongxia, born in October 1965, is a distinguished materials scientist specializing in fire-resistant materials. After... View More
Li Hongxia, born in October 1965, is a distinguished materials scientist specializing in fire-resistant materials. After obtaining her Bachelor's and Master's degrees from Tianjin University, she earned her Doctorate in Engineering from the Shanghai Institute of Ceramics. Her illustrious career includes roles as the director of the National Key Laboratory of Advanced Fire-Resistant Materials and chief scientist at China Baowu Steel Group. Recognized for her contributions to metallurgical fireproofing materials, Li has been honored as a National Model and one of the first National Prominent Engineers, reflecting her significant impact on China's materials science sector. View Less
Yan Chen is a renowned mechanical engineer specializing in reconfigurable mechanisms, including rigid origami, metamater... View More
Yan Chen is a renowned mechanical engineer specializing in reconfigurable mechanisms, including rigid origami, metamaterials, and deployable structures. After completing her doctoral studies at the University of Oxford, she returned to China and became a professor at Tianjin University, where she heads the Motion Structure Laboratory. Her research has significantly advanced the field of mechanical engineering, and she has been recognized with titles such as Fellow of the Institution of Mechanical Engineers and one of the 2016 Youth Science and Technology Innovation Leaders by the Ministry of Science and Technology View Less
Zhao Tianshou, born in 1961, is a prominent scientist in energy science and mechanical engineering. After earning his ba... View More
Zhao Tianshou, born in 1961, is a prominent scientist in energy science and mechanical engineering. After earning his bachelor's and master's degrees from Tianjin University, he obtained his doctorate from the University of Hawaii at Manoa. He currently serves as the Cheong Ying Chan Professor of Engineering and Environment and Chair Professor of Mechanical & Aerospace Engineering at the Hong Kong University of Science and Technology. His research focuses on energy conversion and storage, and he has been honored as a Fellow of the Royal Society of Chemistry and the American Society of Mechanical Engineers View Less
Wang Shuxin, born in September 1966, is a leading figure in artificial intelligence and mechanical manufacturing. After ... View More
Wang Shuxin, born in September 1966, is a leading figure in artificial intelligence and mechanical manufacturing. After completing his advanced degrees at Tianjin University, he held various academic positions, eventually becoming vice president of the university. In June 2022, he was appointed president of Chongqing University. His research contributions have been recognized with multiple State Science and Technology Progress Awards, and in 2021, he was elected as a member of the Chinese Academy of Engineering, reflecting his significant impact on China's technological advancement View Less
Jinlong Gong, born in June 1979, is a distinguished chemist specializing in heterogeneous catalysis and hydrogen energy.... View More
Jinlong Gong, born in June 1979, is a distinguished chemist specializing in heterogeneous catalysis and hydrogen energy. After earning his B.S. and M.S. degrees from Tianjin University, he completed his Ph.D. at the University of Texas at Austin and conducted postdoctoral research at Harvard University. As a professor at Tianjin University, he leads a research group focusing on catalytic synthesis and CO₂ conversion. His work has garnered numerous accolades, including the Te-Pan Hou Chemical Engineering Innovation Award and the NSFC's Excellent Young Investigator Award, highlighting his contributions to sustainable energy solutions View Less
Zhang Jike is a celebrated Chinese table tennis player known for his remarkable achievements in the sport. He achieved a... View More
Zhang Jike is a celebrated Chinese table tennis player known for his remarkable achievements in the sport. He achieved a career Grand Slam by winning the World Championships, World Cup, and Olympic Games, showcasing his exceptional talent and dedication. His success has not only brought glory to China but also inspired countless aspiring athletes. As an alumnus of Tianjin University of Science and Technology, Zhang's accomplishments exemplify the university's commitment to nurturing excellence in both academics and athletics. View Less
He Wenna is an accomplished Chinese trampoline gymnast who clinched the gold medal at the 2008 Beijing Olympics. Her vic... View More
He Wenna is an accomplished Chinese trampoline gymnast who clinched the gold medal at the 2008 Beijing Olympics. Her victory marked a significant milestone in China's gymnastics history, elevating the nation's status in the sport. As a graduate of Tianjin University of Science and Technology, He Wenna's dedication and success reflect the university's support for students pursuing excellence in diverse fields, including sports. View Less
Huang Shanshan is a distinguished Chinese trampoline gymnast who secured a silver medal at the 2012 London Olympics. Her... View More
Huang Shanshan is a distinguished Chinese trampoline gymnast who secured a silver medal at the 2012 London Olympics. Her consistent performance at international competitions has contributed to China's prominence in trampoline gymnastics. An alumna of Tianjin University of Science and Technology, Huang's achievements underscore the university's role in fostering talent that excels on the global stage. View Less
The below information is required while
completing the university application :
Admission requirements for international applicants seeking to enroll in a bachelor's program at Tianjin University of Science and Technology (TUST):
Educational Background: Applicants must possess a high school diploma or its equivalent.
Age Limit: Candidates should be under the age of 30.
Language Proficiency:
For Chinese-taught programs: A minimum HSK Level 4 certificate is required.
For English-taught programs: Proof of English proficiency, such as IELTS or TOEFL scores, is necessary.
Academic Transcripts: Submission of complete high school academic transcripts is mandatory.
Study Plan: Applicants must provide a study plan outlining their academic goals and objectives.
Physical Examination: A valid physical examination report from a recognized hospital is required.(Cuesc)
Know more
In 2024, several TUST scholars were recognized in the "World’s Top 2% Scientists" list published by Stanford University and Elsevier. Notable faculty members such as Shujun Wang, Liang Hao, and Bowen Cheng were acknowledged for their significant contributions to their respective fields. This recognition underscores TUST's growing influence in global scientific research and its commitment to academic excellence
In August 2024, the "Carving Silicon" team from TUST's College of Chemical Engineering and Materials secured the Second Prize in the National College Students Integrated Circuit Innovation and Entrepreneurship Competition. Competing against over 5,600 teams from more than 430 universities, this achievement highlights TUST's dedication to fostering innovation and practical skills among its students.
In 2023, TUST's Professor Cheng Bowen led a groundbreaking project titled "Green and Efficient Manufacturing Technology and Application of Polymer Melt Nanofibers," which earned the Second Prize of the State Technological Invention Award. This innovation introduced a solvent-free method for producing polymer nanofibers, addressing global challenges in sustainable manufacturing. The technology has significant applications in areas such as environmental protection, aerospace, and biomedicine, marking a milestone in China's advancement from "Made in China" to "Created in China."
In December 2023, TUST hosted the main forum of the 2023 Haihe Forum for International Young Scholars, attracting over 100 young talents from countries including the United States, the United Kingdom, Germany, France, and Japan. This event showcased TUST's dedication to international collaboration and its efforts to attract global talent for academic and research excellence
TUST actively participates in the Ministry of Education's "Excellent Engineer" education and training program, selecting outstanding students for specialized classes in fields like intelligent science and advanced manufacturing. This program aims to cultivate high-quality engineering talents equipped with practical skills and innovative thinking
TUST established the Tianjin University of Science and Technology Science and Technology Park, recognized as one of the first batch of Tianjin University Science and Technology Parks. This initiative fosters industry-academia collaboration, supports startups, and promotes the commercialization of research, thereby enhancing regional economic development
TUST has established multiple international joint research centers, including collaborations with the Food and Agriculture Organization of the United Nations and various foreign universities. These centers facilitate cross-border research initiatives, promote academic exchange, and contribute to solving global challenges in science and technology
TUST established the National Key Laboratory of Food Nutrition and Safety, focusing on cutting-edge research in food science. This facility plays a crucial role in advancing knowledge in food safety, nutrition, and public health, contributing to national and international standards in the food industry
TUST has been designated as a National Intellectual Property Pilot University, reflecting its strong emphasis on innovation and patent development. The university has signed numerous patent transfer agreements, some exceeding 10 million yuan, demonstrating its commitment to translating research into practical applications that benefit industry and society
In 2024, TUST researchers developed a method to extract oligopeptide ferrous chelates from yak hide, resulting in a compound with high antioxidant activity. This innovation involves enzymatic hydrolysis of yak hide collagen peptides, followed by chelation with iron ions under controlled conditions. The resulting chelate exhibits significant iron-binding capacity, making it a potential dietary supplement to address iron deficiency. This development not only utilizes animal by-products effectively but also contributes to the field of functional foods and nutrition
In 2024, TUST introduced an intelligent robot designed for sampling contaminated sites. Equipped with advanced vision sensing, drilling mechanisms, and negative-pressure suction systems, the robot can navigate complex terrains to collect soil and air samples efficiently. Its autonomous capabilities reduce human exposure to hazardous environments and improve the accuracy and speed of environmental assessments. This innovation holds significant promise for environmental monitoring and remediation efforts
In 2024, TUST developed a novel method for extracting pullulan polysaccharide from high-viscosity fermentation broth. The process eliminates the need for dilution and organic solvents, utilizing natural polymer bioflocculants like chitosan for cell removal and purification. This approach enhances yield and purity while reducing environmental impact and production costs. The extracted pullulan has applications in food, pharmaceuticals, and biodegradable films, marking a significant advancement in sustainable bioprocessing.
In 2023, TUST's Professor Cheng Bowen led a project that revolutionized nanofiber production by introducing a solvent-free, eco-friendly method for manufacturing polymer melt nanofibers. This innovation, recognized with the State Technological Invention Award (Second Prize), addressed global challenges in sustainable nanofiber production. The team developed a novel polymer melt differential electrospinning technique, enabling the creation of nanofibers without harmful solvents. This advancement not only reduces environmental impact but also enhances the scalability and efficiency of nanofiber manufacturing, benefiting industries such as filtration, biomedical engineering, and textiles
In 2023, TUST patented a high-oxygen stress method to preserve the freshness of fruits. The technique involves exposing pre-cooled fruits to high concentrations of oxygen in a sealed environment, inducing stress responses that delay ripening and spoilage. This method extends shelf life without chemical preservatives, offering a natural solution for fruit storage and transportation. It holds potential benefits for the agricultural and food distribution industries
In 2023, TUST developed an advanced tube plate welding device featuring dual welding heads and a visual system for real-time monitoring. The system allows simultaneous welding operations, significantly improving efficiency and precision in joining steel tubes. This innovation is particularly beneficial for industries requiring high-quality welds, such as boiler manufacturing and chemical processing equipment. The device's automation and accuracy enhance production capabilities and product reliability
In 2023, TUST's College of Artificial Intelligence developed a versatile health detection platform capable of identifying pathogenic microorganisms and small molecules across various environments. The system integrates advanced sensors and data analysis tools to provide real-time health assessments. Its adaptability makes it suitable for applications in public health monitoring, clinical diagnostics, and environmental surveillance, contributing to improved disease prevention and health management strategies
In 2023, TUST researchers developed an electrochemical sensor designed to detect clam toxins by screening specific peptides. Utilizing computer simulations, the team identified peptides with high affinity for toxins, enhancing the sensor's specificity and sensitivity. This innovation provides a rapid and accurate method for monitoring seafood safety, addressing public health concerns related to shellfish consumption. The sensor's application can significantly reduce the risk of foodborne illnesses
In 2023, TUST's College of Mechanical Engineering unveiled a magnetron endoscope capsule robot, a minimally invasive device for gastrointestinal diagnostics. The capsule integrates magnetic control and imaging technologies, allowing for precise navigation and real-time visualization of the digestive tract. This innovation enhances patient comfort and diagnostic accuracy, representing a significant advancement in medical robotics and non-invasive diagnostic procedures
In 2023, TUST's College of Economics and Management conducted a study focusing on the utilization of vegetable waste in rural areas. The research explored methods to convert agricultural waste into valuable resources, such as biofertilizers and energy sources. By promoting sustainable waste management practices, the study aims to enhance environmental protection and economic development in rural communities. The findings contribute to the broader goals of sustainable agriculture and rural revitalization
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