The training objectives of this major can be summarized as: to be able to systematically master the basic principles of economics and the basic theories of international economy and trade, master the basic knowledge and skills of international trade, understand the development status of China's foreign trade and contemporary international economic trade, be familiar with the prevailing international trade practices and rules, as well as the policies and regulations of China's foreign trade, and understand the major countries Foreign trade status of home and region, senior professionals who can engage in international economic and trade business, management, research, teaching and scientific research in foreign economic and trade departments, foreign-funded enterprises, government institutions and scientific research institutes.

Logistics Management Program was approved by the Ministry of Education in  2019 as the first batch of National First-class Undergraduate Programs. It has formed  two specialized directions of Supply Chain Logistics and International Logistics. It aims to cultivate students’ abilities of practical problems-solving in the fields of  logistics management of industrial and commercial enterprises, operation and  management of logistics enterprises, and other adjacent positions.

Students of this major mainly study the basic theories and knowledge of engineering mechanics, geotechnical engineering, structural engineering, municipal engineering, water supply and drainage engineering and water conservancy engineering, receive basic training in engineering drawing, engineering survey, computer application, professional experiment, structural design and construction practice, and have the ability to engage in construction engineering, traffic civil engineering, water conservancy and hydropower engineering Planning, design, construction, management and related research capacity of port engineering, coastal engineering and water supply and drainage engineering.

Electrical Engineering and Automation Program mainly helps students to prepare the theoretical knowledge ad basic skills of electrical and electronic technology, motor and control application, power electronics technology and application, electric power system operation and analysis. Students will learn to solve the engineering practical problems by applying what is learned. They will be equipped with excellent scientific literacy and engineering practice skills; and can work in electrical engineering and other related fields of electric power system operation and control, electrical equipment application integration, enterprise power supply management and services. Graduates can work in power plants, power grid enterprises and electrical manufacturing enterprises, engaged in electric energy generation, transmission, distribution. They can also work in companies, designing institutes and research institutes; engaged in engineering design, equipment manufacturing, application and development, operation maintenance and production management of electrical engineering.

The practical teaching includes experiments, practices, designs, training for scientific research and other parts. Specifically, the experiments include three parts---elementary experiments, professional elementary experiments, and professional research experiments; the practices include two parts---metal working practice and cognition practice; the designs include three parts---professional basic course design, professional course design and graduation design (paper). Engineering mechanics experiments, mechanical design fundamentals experiments, electrical and electronic technology experiments, mechanical control theory experiments, machine manufacturing technology fundamentals experiments, exchangeability and technological measurement experiments, modern design theory and method experiments, engineering materials experiments, etc.