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PART.03

National first-class undergraduate major construction point

National distinctive major

Major of the Ministry of Education's Excellent Engineer Education and Training Program

Core major of the Shandong provincial education service-oriented new-old growth driver conversion major-industry matching project

Key construction major of Shandong provincial distinctive prestigious universities

Major certified by national engineering education

First-level doctoral degree authorization point and postdoctoral research mobile station in Civil Engineering

Integrated bachelor's-master's-doctoral talent training system

This major is oriented toward future national urban and rural construction needs, cultivating application- and innovation-oriented talents who have patriotism, uphold love for the country, the Party, and socialism, take root among the people and dedicate themselves to the country, develop morally, intellectually, physically, aesthetically, and labor-wise in an all-round way, and can adapt to future social development needs; who have noble professional ethics and a sense of social responsibility, solid basic theories and professional knowledge, a certain international perspective, self-learning ability, engineering practice ability, innovative employment ability, and teamwork ability; and who can engage in design, construction, management, technology development, teaching, and scientific research in the fields of building engineering, road and bridge engineering, geotechnical and underground engineering, and water conservancy engineering within the civil engineering field.

National first-class undergraduate major construction point

Pilot major of the Ministry of Education's Excellent Engineer Training Program

Shandong provincial first-class major construction point

Shandong provincial distinctive major

Key construction major of the Shandong provincial prestigious universities project

First-level doctoral degree authorization point in Civil Engineering

Integrated bachelor's-master's-doctoral talent training system

This major focuses on major national construction strategies and, centering on the characteristics of the new era such as green and low-carbon development, marine features, and digital-intelligent iteration, adheres to research as the guide and teaching as the center, attaches great importance to the foundational position of undergraduate education, and establishes and improves the teaching quality monitoring process, so that the quality of education, teaching, and talent training keeps improving. After years of development, it has formed two specialization directions—Inorganic Nonmetallic Materials and Polymer Materials and Engineering—featuring marine environmental building materials, and has become one of the important bases in Shandong Province and the coastal region for cultivating senior talents, conducting scientific research, and developing new technologies in the field of materials science and engineering.

Shandong provincial first-class undergraduate major construction point

Major certified by national engineering education

Authorization points for academic master's degree in Transportation Engineering and professional master's degree in Transportation

This major upholds the philosophy of "fostering virtue through education, developing all five aspects of education, and achieving all-round development," deeply integrates digital, information, and intelligent technologies, and intersects with disciplines such as computer science, control engineering, and electronic communication to form a composite talent training model of "transportation + intelligence." Relying on the national development strategies of "Building a Transportation Powerhouse" and "Digital Transportation," the major focuses on frontier fields such as road traffic intelligence, vehicle-road cooperation, and big data analysis, and is committed to cultivating application- and innovation-oriented talents capable of engaging in transportation system planning and design, intelligent traffic control, traffic safety and emergency response, and road engineering construction and management in road traffic-related fields.

Emerging engineering major

One of the second batch of Intelligent Construction majors established by the Ministry of Education

Relying on the first-level doctoral degree authorization point and postdoctoral research mobile station in Civil Engineering

The Intelligent Construction major is an emerging engineering major oriented toward national strategic needs and the transformation and upgrading of the construction industry. Based on the Civil Engineering major, it deeply integrates information technologies such as artificial intelligence, the Internet of Things, big data, and BIM, as well as mechanical automation technology, aiming to promote the digital and intelligent upgrading of the construction industry across the entire life cycle—from intelligent design (such as AI-generated schemes and BIM clash detection) to intelligent construction (such as robotic bricklaying and drone surveying) to intelligent operation and maintenance (such as fault prediction and energy optimization). It makes building houses smarter, more efficient, and safer. Simply put, it lets computers help us design optimal schemes, lets robots do dangerous work, and uses sensors to monitor building health at all times, ultimately realizing an industrialized construction method that builds houses "like building cars."

Emerging engineering major

Core major of the Shandong provincial education service-oriented old growth driver conversion major-industry matching project

Relying on the Civil Engineering peak discipline and the distinctive discipline direction of Geotechnical and Underground Engineering

Focusing on national strategic needs, the major has built a full-chain training system of "planning-design-construction-operation and maintenance," and has formed distinctive directions such as shield/TBM intelligent construction, intelligent operation and maintenance of underground engineering, disaster big data early warning, green and low-carbon underground space development, and digital twin and BIM technology. Relying on high-level teaching and research platforms and faculty teams, the major is committed to cultivating application- and research-oriented talents with innovative ability and interdisciplinary vision to serve the "Building a Transportation Powerhouse" strategy and the "dual carbon" goals. Graduates can engage in scientific research, design, and management in fields such as smart city construction, major infrastructure, and urban renewal.

Approved by the Ministry of Education (Approval No.: MOE37US2A20161807N)

This program is a cooperative education program between Qingdao University of Technology and the University of Kansas in the United States, approved by the Ministry of Education in 2017. Relying on the high-quality educational resources of both universities, it adopts multiple training models such as "4+0," "3+1," and "3+1+1." Outstanding teachers from both China and the United States—including academicians, specially appointed overseas experts under the national "111 Plan," national-level engineering talents, provincial teaching masters, and Taishan Scholars—participate in teaching, cultivating high-quality application- and innovation-oriented civil engineering talents who are well versed in local codes and practice while possessing a global perspective, innovative thinking, and strong engineering practice ability, enabling them to effectively meet the digital-intelligent transformation of industry and cross-border engineering challenges and become a core force driving technological innovation and cross-cultural collaboration.

PART.04