Qingdao, China
Qingdao, China
Cost Of Living
Undergraduate Fees International Students
Post Graduate Fees International Students
Wang Zhongyu, born in 1933, graduated from QUST in 1953. He embarked on a distinguished political career, culminating in... View More
Wang Zhongyu, born in 1933, graduated from QUST in 1953. He embarked on a distinguished political career, culminating in his appointment as the Governor of Jilin Province from 1989 to 1992. His tenure was marked by efforts to modernize the province's infrastructure and economy, aligning with China's broader reform and opening-up policies. Wang's leadership played a pivotal role in steering Jilin through a period of significant transformation, fostering economic growth and social development. His contributions to public service have left a lasting impact on the region and serve as an inspiration to QUST students and alumni View Less
Mo Yan, born in 1955, is a renowned Chinese novelist and short story writer. In 2012, he was awarded the Nobel Prize in ... View More
Mo Yan, born in 1955, is a renowned Chinese novelist and short story writer. In 2012, he was awarded the Nobel Prize in Literature for his work that merges folk tales, history, and contemporary life with hallucinatory realism. Since 2011, Mo Yan has served as a visiting professor at QUST, sharing his literary insights and experiences with students. His association with the university enhances its cultural and academic stature, inspiring a new generation of writers and thinkers. View Less
Wang Tianpu, born in 1962, graduated from QUST with a Bachelor of Engineering in 1985. He rose through the ranks to beco... View More
Wang Tianpu, born in 1962, graduated from QUST with a Bachelor of Engineering in 1985. He rose through the ranks to become the president of Sinopec Corporation, one of China's largest state-owned petroleum and petrochemical enterprises. Under his leadership, Sinopec expanded its global footprint and advanced its technological capabilities. Wang's achievements underscore the quality of engineering education at QUST and its role in producing industry leaders View Less
Zhang Siying (1925–2019) was a distinguished automatic control specialist and a professor at Qingdao University. He wa... View More
Zhang Siying (1925–2019) was a distinguished automatic control specialist and a professor at Qingdao University. He was elected as an academician of the Chinese Academy of Sciences in 1997. Zhang founded the Institute of Complexity Science at Qingdao University in 1999 and contributed significantly to the development of complex systems and control theory in China. His work laid the foundation for advancements in automation and systems engineering View Less
Zhengxu Zhao, born in 1960 in Qingdao, is a prominent engineer and computer scientist. He earned his BSc and MSc in Engi... View More
Zhengxu Zhao, born in 1960 in Qingdao, is a prominent engineer and computer scientist. He earned his BSc and MSc in Engineering from Shandong University and a PhD in Computing from Staffordshire University, UK. Zhao has held academic leadership positions in both the UK and China and is a Fellow of the Royal Society of Arts. He has contributed to over twelve Chinese national space projects, including the Lunar Exploration Program, earning recognition as the "Chang'e Artist" for his work in space mission visualization. View Less
Chen Kezheng is a materials engineer who has been serving as the president of QUST since September 2019. He obtained his... View More
Chen Kezheng is a materials engineer who has been serving as the president of QUST since September 2019. He obtained his master's degree from Shandong University and a Ph.D. in materials engineering from Dalian University of Technology. Chen conducted postdoctoral research at the University of Florida and has held various academic positions at QUST, including dean of the School of Materials Engineering and deputy president. His leadership focuses on advancing research and innovation in materials science. View Less
Zhu Miaolong, born in April 1942, is a Chinese mathematician and expert in space technology. He served as the president ... View More
Zhu Miaolong, born in April 1942, is a Chinese mathematician and expert in space technology. He served as the president of Qingdao University and is currently its honorary president. Zhu has made significant contributions to China's space program, particularly in the areas of multi-stage rockets and optimal satellite orbits. His published works have influenced the development of aerospace engineering in China View Less
Liang Xu is a Chinese singer and alumnus of QUST. While specific details about his career are limited, his success in th... View More
Liang Xu is a Chinese singer and alumnus of QUST. While specific details about his career are limited, his success in the entertainment industry highlights the diverse talents nurtured at QUST. Liang's achievements in music demonstrate the university's support for artistic pursuits alongside its strong emphasis on science and technology View Less
Li Bingjun is a Chinese politician and graduate of QUST. He has held various governmental positions, contributing to pub... View More
Li Bingjun is a Chinese politician and graduate of QUST. He has held various governmental positions, contributing to public administration and policy-making in China. Li's career exemplifies the university's role in preparing students for leadership roles in government and public service. View Less
Zou Zheng is a professional footballer who graduated from QUST. He has played for several clubs in the Chinese Super Lea... View More
Zou Zheng is a professional footballer who graduated from QUST. He has played for several clubs in the Chinese Super League and has represented China in international competitions. Zou's accomplishments in sports reflect QUST's encouragement of athletic excellence and its comprehensive approach to student development. View Less
The below information is required while
completing the university application :
Here are key admission requirements for bachelor's degree programs at Qingdao University of Science and Technology (QUST):
Academic Qualifications: Applicants must possess a high school diploma or its equivalent.
Age Limit: Candidates should be under 40 years of age at the time of application.
Language Proficiency: For Chinese-taught programs, applicants need a New HSK Level 4 or above. For English-taught programs, an English proficiency certificate is required.
Application Materials: Applicants must submit the following documents:
Completed application form
Photocopies of schooling certificates and transcripts (translated into Chinese or English)
A copy of passport
Resume
Letter of guarantee
Study or research plan (no less than 800 words)
Health Examination: Applicants must undergo a medical examination at a hospital designated by the Chinese embassy or consulate.
Application Deadlines: For bachelor's degree programs, applications should be submitted before July 30th or December 30th.
Know more
In May 2021, China's "Tianwen-1" Mars probe successfully landed on Mars, with key core technologies for autonomous navigation provided by QUST. This collaboration highlights the university's expertise in space technology and its role in advancing China's space exploration initiatives
In 2004, QUST and the University of Paderborn in Germany co-founded the Sino-German Technical College, which has been included in the cooperation project between the governments of China and Germany. This initiative promotes international collaboration in education and provides students with opportunities for cross-cultural learning and exchange
In March 2023, the National Rubber and Tire Engineering Technology Research Center, co-established by QUST, won the China Industrial Award, the highest award of its kind in the country. This accolade recognizes the center's achievements in industrial research and its impact on the rubber and tire industry
In 2021, QUST's disciplines in Chemistry, Materials Science, and Engineering entered the top 1% of global universities and research institutions according to the Essential Science Indicators (ESI). This recognition underscores the university's commitment to excellence in scientific research and its growing influence in these fields. The achievement reflects the high-quality research output and the university's contribution to advancing knowledge in these critical areas
In 2020, QUST was recognized as a "University with Outstanding Contributions in Innovation of the Cooperation among Industries, Universities, and Research Institutes" in Shandong Province. This award acknowledges the university's efforts in bridging the gap between academia and industry, fostering innovation through collaborative partnerships
In 2019, QUST ranked 52nd among Chinese universities in patent transfers. This ranking reflects the university's success in translating research into practical applications and its contribution to technological advancement through intellectual property commercialization
In April 2018, QUST successfully launched the "Qingkeda 1" satellite into space. This milestone marked the university's entry into the field of space technology and satellite development. The satellite's launch demonstrated QUST's capabilities in aerospace engineering and its contribution to China's space exploration efforts
In 2018, QUST's approach to integrating industry, education, and research was widely acclaimed as a model for other institutions. This recognition highlights the university's successful efforts in fostering collaboration between academia and industry, leading to innovative solutions and advancements in various fields.
In 2015, QUST established a National University Science Park, aiming to promote innovation and entrepreneurship. The park serves as a platform for transforming scientific research into technological innovations and supports the development of startups and high-tech enterprises
In 2010, QUST launched the Sino-Thai International Rubber College (STIRC), its first overseas cooperative educational institution. Located in Thailand, STIRC focuses on rubber technology and aims to foster international cooperation in education and research
In 2025, QUST introduced a reusable Surface-Enhanced Raman Spectroscopy (SERS) molecular detection apparatus. The device features a noble metal nano film deposited on a glass substrate, forming a SERS substrate. A metal ring is deposited on the edge region of the SERS substrate, creating a two-dimensional air chamber. This design allows for the adsorption and immobilization of molecules under test on the other glass sheet, which is placed upside down on the metal ring. The apparatus can be used without cleaning between tests, enhancing its efficiency and reducing operational costs in molecular detection applications
In 2024, QUST collaborated with Guangzhou Metro Design & Research Institute to develop a direct current power supply system for urban rail transit. The system includes a cascaded H-bridge medium-voltage direct-hanging converter, a common direct current bus, and a standby power supply. This configuration enhances the efficiency and reliability of power distribution in urban rail transit systems, addressing the growing demand for sustainable and resilient infrastructure in metropolitan areas. The innovation contributes to the modernization of urban transportation networks, supporting the transition towards greener and more efficient public transit solutions
In 2024, QUST developed a system and method for determining the critical suspension speed of an impeller in a solid-liquid stirred tank. The system establishes a relationship between the voltage of a measurement electrode and the solid-liquid suspension state, providing a more objective and accurate determination compared to traditional methods based on empirical formulas and visual observation. By utilizing electrode voltage ratios as determination criteria, the system offers a reliable approach to optimizing mixing processes in various industrial applications, including chemical and pharmaceutical manufacturing
In 2024, QUST introduced a method for modifying the interface of carbon fiber reinforced thermoplastic resin matrix composite materials. The process involves grafting on the surfaces of carbon fibers and polymethyl methacrylate resin to introduce active carboxyl groups, followed by the use of hexamethylene diisocyanate as a coupling agent to form a "molecular bridge." This modification enhances the mechanical properties of the composite material by improving the interface binding force between the resin and the fiber. The method offers a cost-effective and efficient approach to producing high-performance composite materials for various structural applications
In 2024, QUST introduced a method for transmitting information through topological quantum error correction based on multi-space-time transformation. The system involves initializing quantum information, detecting and correcting errors, and decoding the information using a stabilizer and a double-layer convolutional neural network model. This approach enhances information safety and reduces the number of devices required for generating quantum states. The innovation represents a significant advancement in quantum computing, offering a more efficient and secure method for transmitting quantum information, with potential applications in secure communication and computational technologies
In 2023, QUST researchers developed an online measurement device designed to assess the size and shape of crystals in high-solid-content crystallization processes. This invention aims to enhance the efficiency and quality control of industrial crystallization processes, which are crucial in chemical manufacturing. The device integrates a solution amplifier, measurement instruments, and a crystallization kettle to provide real-time monitoring and adjustments during the crystallization process. By enabling precise control over crystal formation, this technology contributes to improved product consistency and reduced waste in chemical production
In 2023, QUST introduced a novel method for preparing solid electrolytes by utilizing cellulose nanocrystals as templates. The process involves in-situ polymerization of a polymer on the surfaces of these nanocrystals, followed by hot-pressing to form a membrane. This approach not only enhances the electrochemical performance of the resulting solid electrolyte but also improves its mechanical properties. The use of cellulose nanocrystals, a renewable resource, aligns with sustainable practices in energy storage technologies, offering a promising alternative to traditional electrolytes in batteries and supercapacitors
In 2023, QUST developed an innovative method for preparing carbon materials through an electrochemical process. The technique involves applying a voltage to an electrically conductive medium in an oxygen-free environment containing a carbon source and a catalyst. This process results in the formation of carbon materials on the surface of a solid substrate. The method is notable for its simplicity and efficiency, offering a scalable approach to producing carbon materials that can be utilized in various applications, including energy storage, catalysis, and environmental remediation.
In 2023, QUST researchers developed an active zinc-based catalyst designed to facilitate the rearrangement reaction of ibuprofen. The catalyst is prepared by immersing carbon fiber material in an aqueous sodium hydroxide solution, followed by multiple dip-coating steps with a zinc salt solution and hydrothermal treatment. The resulting catalyst exhibits high efficiency and selectivity in the rearrangement process, which is a critical step in the synthesis of ibuprofen. This innovation not only improves the yield of ibuprofen production but also offers a more sustainable and cost-effective method for its synthesis.
In 2023, QUST developed technological equipment for tank track moving supports, comprising a zero-point positioning system, a workpiece identifying system, and a clamping apparatus. The clamping apparatus includes a tooling plate, a clamp, and a pressing device, designed to securely hold the moving support during manufacturing processes. This equipment enhances the precision and efficiency of producing tank track components, which are critical in military and heavy machinery applications. The innovation contributes to the advancement of manufacturing technologies in defense and industrial sectors.
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