
Beijing, China

Beijing, China

Cost Of Living

Undergarduate Fees

Post Graduate Fees International Students
Ma Yansong, born in 1975 in Beijing, is a visionary architect and the founder of MAD Architects, an internationally accl... View More
Ma Yansong, born in 1975 in Beijing, is a visionary architect and the founder of MAD Architects, an internationally acclaimed design firm with offices in Beijing, Los Angeles, and Rome. After earning his bachelor's degree from BUCEA, he pursued a master's at Yale University, where his project "Floating Islands" garnered attention. Ma's design philosophy, "Shanshui City," seeks to harmonize urban development with natural landscapes, emphasizing emotional resonance and human experience. His notable projects include the Harbin Opera House, Lucas Museum of Narrative Art in Los Angeles, and the Quzhou Sports Park. Ma's innovative approach has earned him numerous accolades, including the Royal Institute of British Architects (RIBA) International Fellowship and recognition from Fast Company as one of the "Most Innovative Companies" in 2023. He also contributes to academia as a professor at BUCEA and has held teaching positions at institutions like the University of Southern California and Tsinghua University View Less
Li Ruihuan, born in 1934, is a prominent Chinese politician and a distinguished alumnus of BUCEA. Often referred to as t... View More
Li Ruihuan, born in 1934, is a prominent Chinese politician and a distinguished alumnus of BUCEA. Often referred to as the "Contemporary Lu Ban" for his carpentry skills, Li transitioned from a skilled worker to a significant political figure. He served as the Chairman of the 9th National Committee of the Chinese People's Political Consultative Conference (CPPCC) from 1993 to 2003 and was a member of the Politburo Standing Committee of the Chinese Communist Party from 1989 to 2002. Li's leadership and contributions have had a lasting impact on China's political landscape View Less
Kongjian Yu is a renowned landscape architect and urban planner, celebrated for pioneering the "sponge cities" concept, ... View More
Kongjian Yu is a renowned landscape architect and urban planner, celebrated for pioneering the "sponge cities" concept, which integrates natural water management systems into urban planning to mitigate flooding and enhance ecological resilience. After completing his studies at BUCEA, Yu founded Turenscape, a design firm specializing in landscape architecture and ecological restoration. His work has significantly influenced China's national policies on sustainable urban development. Yu's contributions have been recognized globally, earning him the Sir Geoffrey Jellicoe Award in 2020 and the 2023 Cornelia Hahn Oberlander International Landscape Architecture Prize View Less
Mao Yisheng (1896–1989) was a pioneering structural engineer and a key figure in the development of modern bridge engi... View More
Mao Yisheng (1896–1989) was a pioneering structural engineer and a key figure in the development of modern bridge engineering in China. After graduating from BUCEA, he pursued advanced studies at Cornell University and Carnegie Mellon University, where he earned the institution's first Ph.D. Mao's notable projects include the design of the Qiantang River Bridge, China's first dual-purpose road-and-railway bridge, and his involvement in the construction of the Wuhan Yangtze River Bridge. Beyond engineering, he served as president of several major Chinese universities and was a vice chairperson of the Chinese People's Political Consultative Conference View Less
Zhang Li, born in 1970 in Beijing, is an influential architect and academic. After completing his education at Tsinghua ... View More
Zhang Li, born in 1970 in Beijing, is an influential architect and academic. After completing his education at Tsinghua University, he founded Atelier TeamMinus, a design studio known for its innovative approach to architecture. Zhang played a pivotal role in designing venues for the Beijing 2022 Winter Olympics, including the National Ski Jumping Center ("Snow Ruyi") and Big Air Shougang. He also curated the Chinese Pavilion at the 2021 Venice Biennale. His work has earned him numerous awards, such as the Liang Sicheng Architecture Prize in 2023. View Less
Qingyun Ma, born in 1965 in Xi'an, is a distinguished architect and educator. After earning his bachelor's degree in Civ... View More
Qingyun Ma, born in 1965 in Xi'an, is a distinguished architect and educator. After earning his bachelor's degree in Civil Engineering in Architecture from Tsinghua University, he pursued further studies at the University of Pennsylvania. Ma founded MADA s.p.a.m., an architectural firm responsible for over 1.2 million square meters of built projects, including the Qingpu Community Island and Tianyi Square. He also served as the dean of the University of Southern California School of Architecture, where he influenced a new generation of architects View Less
Zhang Zaiming is an esteemed academician of the Chinese Academy of Engineering and a prominent figure in the field of ge... View More
Zhang Zaiming is an esteemed academician of the Chinese Academy of Engineering and a prominent figure in the field of geotechnical engineering. A graduate of BUCEA, Zhang has made significant contributions to underground engineering and urban infrastructure development in China. His research has been instrumental in advancing construction techniques and ensuring the safety and stability of major urban projects. Zhang's work has earned him numerous accolades, including national science and technology awards View Less
Liu Guisheng is a nationally recognized engineering survey and design master in China. An alumnus of BUCEA, Liu has play... View More
Liu Guisheng is a nationally recognized engineering survey and design master in China. An alumnus of BUCEA, Liu has played a crucial role in the planning and execution of significant urban development projects across the country. His expertise in engineering surveying has contributed to the modernization of China's infrastructure, particularly in urban planning and construction. Liu's dedication to the field has been acknowledged through various national honors and awards View Less
Zhao Hong is renowned as the founder of China's nuclear industry base. After graduating from BUCEA, he dedicated his car... View More
Zhao Hong is renowned as the founder of China's nuclear industry base. After graduating from BUCEA, he dedicated his career to the development and establishment of nuclear facilities, laying the groundwork for China's advancements in nuclear energy. Zhao's leadership and vision have been instrumental in positioning China as a significant player in the global nuclear sector. His contributions have had a lasting impact on the country's energy infrastructure and technological capabilities View Less
Lin Hao, born in 1971 in Beijing, is a distinguished architect known for his innovative designs in urban regeneration an... View More
Lin Hao, born in 1971 in Beijing, is a distinguished architect known for his innovative designs in urban regeneration and sustainable architecture. After completing his studies at BUCEA, he pursued advanced degrees at the University of California, Berkeley, and the University of Cambridge. Lin's notable projects include the Taikoo Li Chengdu and various eco-friendly hotels and rural community buildings. He has also contributed to academia as an Honorary Research Fellow at Tsinghua University's Institute of Culture & Creativity and as an adjunct associate professor at The Chinese University of Hong Kong View Less
The below information is required while
completing the university application :
Here are the key undergraduate admission requirements for international students applying to Beijing University of Civil Engineering and Architecture (BUCEA):
Educational Background: Applicants must have completed high school or possess a high school diploma with university application qualifications and good academic performance.
Age Limit: Applicants should be no more than 30 years old as of September 1, 2025.
Language Proficiency:
Chinese-Taught Programs: Applicants are required to have a Chinese proficiency certificate (HSK Level 4 or above).
English-Taught Programs: Applicants should provide proof of English language proficiency, such as TOEFL or IELTS scores.
Application Documents:
Completed Application Form for International Students.
High school graduation certificate or pre-graduation certificate.
Academic transcripts from high school.
Language proficiency certificates.
Scanned copy of a valid passport.
Curriculum Vitae (CV) or resume.
Foreigner Physical Examination Form.
Application Deadline: June 16, 2025 (applications will not be accepted after this date).
Application Procedure:
Submit the application online through the BUCEA application portal.
Upload all required documents as per the guidelines.
Regularly check the online application account and emails for updates from the Admissions Office.
Please ensure all documents are authentic and complete to avoid any delays or rejections in the admission process.
Know more


In January 2025, BUCEA's commitment to excellence in civil engineering education was acknowledged by the American Society of Civil Engineers (ASCE). Associate Professor Zhao Xi received the “Outstanding Student Chapter Faculty Advisor Award,” and graduate student Zheng Liang was honored with the “Outstanding Student Leadership Award.” These accolades reflect BUCEA's dedication to fostering leadership and academic excellence among its students and faculty
In August 2024, BUCEA hosted the “2024 Graduates’ Design Exhibition – Inheritance, Renewal, Dynamic and Coexistence” at the Beijing Planning Exhibition Hall. The exhibition showcased outstanding graduation design projects from BUCEA’s School of Architecture, reflecting the university's emphasis on innovation and practical application in architectural education
BUCEA has played a significant role in several of China's major national projects, including the construction of the “Top Ten Buildings in Beijing,” the Beijing Asian Games, the Olympic Games, and the Winter Olympics. The university's expertise in architecture and civil engineering has been instrumental in shaping Beijing's urban landscape and supporting the country's infrastructural development
BUCEA has established cooperative relations with 101 colleges and institutions in 43 countries and regions, promoting academic exchanges and international cooperation research. The university has trained nearly 1,000 Chinese and foreign students through international programs, enhancing its global presence and fostering cross-cultural academic collaboration
In collaboration with CRATerre-ENSAG and the Wu Zhi Qiao Charitable Foundation, BUCEA has advanced earth-based construction techniques aimed at promoting sustainable architecture. These techniques have been applied in various projects across China, including rural housing and public buildings, contributing to sustainable development and cultural preservation
BUCEA has established the Urban Big Data Application Research Center, focusing on leveraging big data analytics to address urban challenges. The center enhances decision-making processes in urban planning and promotes the creation of smart, sustainable cities through data-driven approaches
In 2017, BUCEA spearheaded the formation of the Belt and Road Architectural University International Consortium (BRAUIC), bringing together 44 universities from 19 countries. This consortium aims to foster international collaboration in architectural education and research, promoting the exchange of knowledge and cultural understanding among member institutions. Over the years, BRAUIC has expanded to include 72 universities from 27 countries, becoming a prominent platform for global academic cooperation in architecture and urban planning
In 2016, BUCEA established the Beijing Advanced Innovation Center for Future Urban Design, focusing on innovative solutions for urban development challenges. The center integrates interdisciplinary research in architecture, engineering, and urban planning to address issues such as sustainable development, smart city infrastructure, and urban resilience. It serves as a hub for cutting-edge research and collaboration with industry and government partners.
In 2014, BUCEA received the first prize for national teaching achievements, acknowledging its excellence in educational practices and curriculum development. The university's innovative teaching methods and commitment to quality education have set a benchmark in architectural and engineering education in China.
In August 2022, BUCEA received U.S. Patent 11422076 for a predictive method utilizing K-nearest neighbour algorithms and big data visualization to forecast rock bursts in mining and tunneling operations. This technology enhances safety in underground engineering projects by providing accurate and timely predictions of potential hazards, thereby preventing accidents and ensuring the well-being of workers. The integration of big data analytics in geotechnical engineering exemplifies BUCEA's commitment to leveraging advanced technologies for practical applications
In October 2021, BUCEA was granted U.S. Patent 11136776 for an "Intelligent Storage Control System." This system integrates advanced sensors and automation technologies to optimize storage solutions in urban settings. By enhancing space utilization and energy efficiency, it addresses the challenges of limited urban space and contributes to the development of smart city infrastructures. The system's adaptability makes it suitable for various applications, including residential complexes, commercial buildings, and public facilities. Its implementation has the potential to revolutionize storage management by providing real-time monitoring and automated control, thereby reducing operational costs and environmental impact
In September 2021, BUCEA was granted U.S. Patent 11111688 for a "Three-Dimensional Rotating Intelligent Storage Compartment." This invention introduces a dynamic storage solution that maximizes space efficiency through rotational mechanisms, making it ideal for urban environments where space is at a premium. The intelligent system allows for automated retrieval and storage of items, enhancing convenience and operational efficiency in residential and commercial settings. Its design reflects BUCEA's innovative approach to addressing urban living challenges
In December 2021, BUCEA secured U.S. Patent 11193550 for a method aimed at optimizing the feature parameters of straight grooves in wet friction elements. This advancement improves the performance and durability of mechanical components used in various engineering applications, including automotive and industrial machinery. By enhancing the efficiency of friction elements, the method contributes to energy savings and the longevity of equipment, aligning with sustainable engineering practices
In October 2019, BUCEA secured U.S. Patent 10427962 for a novel method addressing the treatment of black and odorous water bodies using a bionic process. This innovative approach employs biomimetic principles to enhance the natural purification processes of water bodies, effectively reducing pollution and restoring ecological balance. The method has been instrumental in urban water management, particularly in rehabilitating polluted rivers and lakes, thereby improving urban living conditions and promoting environmental sustainability
In May 2019, BUCEA was awarded U.S. Patent 10285345 for an innovative irrigation device and system. This technology offers a sustainable solution for water management in agriculture and urban landscaping by optimizing water usage and reducing waste. The system's design ensures efficient distribution of water, promoting healthier plant growth and conserving water resources. Its application supports environmental conservation efforts and enhances the sustainability of urban green spaces
In 2019, BUCEA, in collaboration with CRATerre-ENSAG and the Wu Zhi Qiao Charitable Foundation, developed advanced earth-based construction techniques aimed at promoting sustainable architecture. These techniques involve the use of local materials and traditional construction methods, enhanced with modern engineering principles to improve structural integrity and seismic resistance. The approach has been applied in various projects across China, including rural housing and public buildings, contributing to sustainable development and cultural preservation
In June 2018, BUCEA was awarded U.S. Patent 9991536 for a "Self-Supplied Hydrogen Fuel Cell System." This system represents a significant advancement in clean energy technology by enabling the generation of hydrogen fuel on-site, reducing dependence on external hydrogen sources. The innovation supports the development of sustainable energy solutions, particularly in urban areas, by providing a reliable and eco-friendly power source for buildings and transportation systems. Its application contributes to reducing carbon emissions and advancing green urban development
In 2010, BUCEA researchers contributed to the development of the Transit Elevated Bus (TEB) concept, a groundbreaking approach to urban public transportation. The TEB was designed to straddle existing roadways, allowing vehicles to pass underneath, thereby alleviating traffic congestion without requiring additional road space. Although the project faced challenges and was eventually discontinued, it sparked global interest in innovative urban transit solutions and demonstrated BUCEA's commitment to addressing urban mobility issues through creative engineering

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