89 Best Engineering Bachelor's Degree Programs in China for 2024

Learn how to create vibrant exterior environments with our accredited Landscape Architecture degree course. The course will change the way you see the world around you as you’re encouraged to think about design in all aspects of your life.

Since September 2020, SBC and USST offer students a fantastic and unique opportunity to earn both a British bachelor degree and a Chinese bachelor degree.

Develop your ability to find innovative and practical solutions to improve daily lives, better connect to the world, and shape the future of innovation, sustainability, computation, and entrepreneurship. Our bachelor’s program in Electronic and Information Engineering covers a wide range of topics—including microelectronics, photonics, communication networks, computer architecture, robotics, artificial intelligence, control theory, and power electronics.

This major is an interdisciplinary major of mechanical engineering, chemical engineering, control engineering and other disciplines. The students trained have comprehensive knowledge of process technology, process equipment, process control and other multi-disciplinary knowledge, and can be used in the process industry (chemical industry, energy, light industry, environmental protection, Applied engineering and technical personnel engaged in the research, design, manufacturing of process equipment and control systems, as well as the research and secondary development and technical management of related products in the fields of medicine, food, biology, metallurgy, tobacco, etc.) and the electromechanical industry.

The course is a three-year honours degree, preparing you for a professional career in electronic systems design. The course has been designed especially for candidates without the usual qualifications in Mathematics and physics to pursue their interest in electronics and electronic systems to the degree level.

A ‘Sandwich’ practice teaching mode has been adopted in this major for the purpose of training students to work in national construction and real estate industries with the abilities to manage the whole process of a construction project and to be qualified for a key link as well as developing senior application-orientated talents with strong abilities in learning, practice, innovation and social adaptation for large and medium-sized civil engineering construction enterprises and real estate development enterprise.

The School of Mechanical Engineering is one of the earliest undergraduate colleges established in the school. It is the advanced collective of Shaanxi Province Teachers' Ethics Construction, the governing unit of the Shaanxi Mechanical Engineering Society, and the backing college for the international exchange project between the school and the French YNCREA Engineering University. The college currently has 80 faculty members, including 62 full-time teachers, 7 administrative staff, and 11 experimental and practical teachers. There are 42 associate professors/senior engineers or above in the faculty, and more than 97% of the teachers have a master's degree or above. It has 1 teaching team of "Machinery Design, Manufacturing and Automation Course Group" in Shaanxi Province, 1 advanced individual in teaching management of Shaanxi colleges and universities, 2 school-level teaching teachers, and 16 school-level outstanding teachers. There are more than 1,100 graduate and undergraduate students in the school, and graduates are located in more than 10 provinces, municipalities and autonomous regions across the country. The college now has one master's degree in mechanical engineering, and three undergraduate majors in mechanical design and manufacturing and automation, industrial design, and automotive service engineering. In 2010, the major of "Machinery Design, Manufacturing and Automation" was approved as the "National Characteristic Professional Construction Site" by the Ministry of Education. In 2017, it was approved as the "First-Class Major in Shaanxi Province" construction project. In 2020, it was approved as the "First-Class Major in Shaanxi Province". The college has 1 provincial-level experimental teaching demonstration center "Mechanical Engineering Training Center", 1 provincial-level talent training model innovation experimental area, "Mechanical and electrical applied talent training model innovation experimental area", and 1 provincial mechanical engineering virtual simulation experiment teaching Center, 1 provincial-level mechanical engineering experimental teaching demonstration center, 2 provincial-level virtual simulation experimental teaching projects, 1 school-level scientific research platform "Xijing College-Huazhong CNC Intelligent Manufacturing R&D Center", which can meet all engineering professional internships and experiments of the school Teaching needs.

The duty of an industrial engineer is to improve the productivity and quality of the integrated system. Related system content covers machines, personnel, information, computers, and other related resources and equipment. Industrial engineers need to have comprehensive technical capabilities to achieve the optimization of industrial design and system operation. Industrial engineering has the widest employment prospects in engineering disciplines. According to the needs of today's social development, the college will focus on cultivating students' system analysis and design capabilities through interdisciplinary learning methods.

BA in Electronic Information Engineering

This major cultivates high ideological and ethical accomplishments, scientific and cultural qualities and innovative spirit, and systematically masters the basic theories of artificial intelligence, machine learning, machine perception and pattern recognition, knowledge representation and processing, natural language understanding, intelligent systems and applications, and cognition Advanced engineering and technical personnel who can engage in scientific research, application development, service, management and comprehensive application in the field of artificial intelligence and related industries with technologies and applications in neuroscience.

The major of financial engineering is an emerging financial discipline that takes the development and design of new financial products or businesses as its core, and comprehensively uses modern financial theories, methods and technologies to creatively solve financial and financial problems. It is highly technical and applicable. This major trains students to have solid financial theory and mathematical knowledge, familiar with relevant domestic and foreign policies and regulations, understand the theoretical frontier and development trends of the discipline, have good foreign language skills and computer skills, and be able to work in various financial, corporate and government The institution is competent for the combined work of innovative financial product design, development and application, and financial risk management.

This major cultivates high-quality application-oriented talents with good ideological and moral character, solid foundation, strong practical ability, adapt to the needs of social and economic development, and have a certain international vision, innovative awareness, and the ability to analyze and solve complex engineering problems in the field of robotics and system applications . Graduates are expected to achieve the following goals in about five years after graduation: master solid mathematics, basic knowledge of natural sciences and robotics engineering expertise, be able to meet the needs of robotics development, and propose solutions to complex engineering problems in robotics engineering and system applications; Document retrieval and review capabilities, able to track and master cutting-edge technologies in robotics engineering and related fields, have the sense of innovation and use modern tools to engage in robotic system application, maintenance, production line integration, intelligent robotic system design and management, etc. Independent work capabilities, etc. .

This major cultivates basic theories and basic knowledge in chemistry, chemical engineering and technology; accepts basic training in chemistry and chemical experiment skills, engineering practice, scientific research and chemical design methods; has the ability to engage in chemical production technology management and scientific research , Engineering design, technology development and product marketing capabilities.

Founded in October 1980, the Department of Architectural Engineering is one of the earliest established departments in Heifei University. The department offers five undergraduate specialties: Civil Engineering, Architecture, Engineering Management, Transportation Engineering, and Civil Engineering (2+3). It has over 1,600 students and 46 faculty members, including four professors and 14 associate professors. There are two research centers in the department: Institute of Civil Engineering Management and Institute of Building Physics and Energy Conservation (Sino-German joint construction), for engineering designing and consulting as well as related research projects. The Experimental Centre of the department consists of 15 laboratories: Civil Engineering Measurement, Civil Engineering Materials, Engineering Mechanics, Soil Mechanics, Architectural Structure, Road Engineering, Engineering Geology, Architectural Physic, Architectural Model, Architectural Electrics and Equipment, Digital simulation technology of structural engineering, Architecture Innovation, Transportation Engineering, Hydromechanics, and Engineering Management. The fixed asset in labs has amounted to more than 1.6 million yuan, and many advanced facilities are imported from Germany. Under a joint construction program, the department was built with the help of the German University of Applied Sciences. Because of the agreement signed by Anhui Province and Lower Saxony in Germany inMarch,1985, the department has academic ties with a number of universities in Lower Saxony. In 2006, the department established the specialty of Civil Engineering (2+3)according to another agreement with Hildesheim University of Applied Sciences, achieving the goal of training undergraduates through Sino-German cooperation. Since then, about 60 students have been studying in Germany for a bachelor’s or a master's degree.

The Department of Historic Building Conservation was established in 2012. It is an emerging major that is based on architecture, involves the humanities, history, and engineering technology disciplines, and studies the theories, methods, and technologies of architectural heritage protection. It has a strong practical application and cross-integration nature. It aims to cultivate professional leaders and future pioneers who have not only the basic knowledge and skills of architecture but also the systematic mastery of the theoretical system and application methods of heritage protection, as well as international vision and innovative thinking.

The communication engineering major implements the Lide tree and student-centered education concepts, and builds a hierarchical and directional talent training program composed of "basic courses, subject basic courses, extended courses, orientation courses, and innovative courses". The best faculty and teaching team in the province have formed a multi-modal talent training model, laying a foundation for the improvement and development of graduates in R&D, design, manufacturing, and operation in today’s most dynamic ICT industry Solid foundation.

Core Courses: Nuclear Physics, Nuclear Electronics, and Instruments, Nuclear Radiation Measurement Principles, Nuclear Data Processing, Analysis of Nuclear Reactor Physics, Nuclear-powered System and Equipment, Reactor Thermal-hydraulics, Nuclear Dose and Protection.

Training objectives: to cultivate professional knowledge of new energy materials, nanomaterials, catalytic materials, inorganic materials, such as the structure and performance, processing and preparation, material structure and performance, and strong engineering practice capabilities and innovation awareness. High-quality applied technical personnel engaged in new material design, research and development, technological transformation, analysis and testing, and engineering management in the fields of photovoltaic energy, new energy vehicles, petroleum and petrochemicals, nano-catalytic materials, and new building materials. Main courses: material science and engineering foundation, material preparation, and synthesis design, material processing principles, material characterization methods, computer applications in materials science, new energy materials and applications, battery materials, and technology. Employment direction: New energy battery materials, nanomaterials, petroleum and petrochemical, aerospace, building materials, machinery, electronic information, metallurgy, and other industries engaged in the production of new materials, quality inspection, process, and equipment design, research and development, and management of new materials Management work.

This program was created in response to today’s increasing demand for students trained in international economics and trade, as a result of growing globalization and interdependence among different economies.

The School of Nuclear Science and Engineering (SNSE) was established based on the preponderant disciplines in North China Electric Power University (NCEPU), aiming to implement the national policy about “the medium and long term development plan of nuclear power”. This school is also the core component of the education system with “Big Electric Power” features which is built with emphasis on subjects related to new type energy. 　　SNSE was founded in 2007. Having two provincial and ministerial key laboratories (Beijing Key Laboratory of Passive Safety Technology for Nuclear Energy and State Energy Key Laboratory of Nuclear Power Software), SNSE is granted the right to confer doctoral degree in the second-level discipline Nuclear Power and Power Engineering and master degree in the first-level discipline Nuclear Science and Technology. The school possesses the national experimental teaching center for Full-scope Virtual Simulation of Nuclear Power Engineering and the national base for Practical Education of Nuclear Power Engineering. The first level subject “Nuclear Science and Technology” ranked the 9th in the China Discipline Ranking.