1.Objectives
Based on the demand of global infrastructure construction and economic development, to cultivate leading talents with lifelong learning, innovation ability and international vision who master the relevant basic theory and professional knowledge of civil engineering, engineering management, mechanical engineering, electronic information science and engineering, control science and engineering, computer science and engineering and other subjects, possess good social responsibility and professional ethics, have a high level of organization, communication and teamwork skills. After graduation 5-10 years, through further study in well-known universities or practice in well-known enterprises (organizations) at home and abroad,
graduates who maintain sustained self-learning and vocational training, should be adequate for intelligent construction and related fields, such as plan and design, manufacture and construction, operation and maintenance, science and education and so on, with the potential of cross-border development in system development, finance and insurance, social services and management.
Objective 1: Strictly abide by the code of professional ethics, have a strong sense of responsibility and scientific and humanistic literacy;
Objective 2: Keep learning, effectively integrate and apply professional knowledge, and possess the core competence of intelligent construction and international competitiveness;
Objective 3: Become an engineer in the field of intelligent construction and management;
Objective 4: Become a project leader or project expert for large projects that solve complex engineering problems;
Objective 5: Become the backbone of scientific research or academic leader in the field of intelligent construction and management.
Objective 1 and 2 should be achieved; objective 3,4 and 5 can be reached to one or more.
2.Graduate Attributes
(1)Engineering knowledge
Apply basic knowledge of mathematics, natural science and engineering science, possess the ability of Mathematical thinking, Critical scientific thinking and theoretical analysis of engineering problems; Master the professional knowledge and skills related to civil engineering and intelligent construction and management, have the ability to abstract, summarize and analyze the structural characteristics of different types of civil engineering and to express them, apply the knowledge to solve complex engineering problems in the field.
(2)Problem analysis
Collect, organize, identify and express complex engineering problems in intelligent construction field; make conceptual analysis and obtain effective conclusions for complex engineering problems in intelligent construction field.
(3)Engineering design
Design basic structure related to intelligent construction, have comprehensive design capability related to intelligent construction, design engineering structures to meet specific requirements.
(4)Research and innovation
Have preliminary ability to engage in intelligent construction and scientific research on key problems; design research schemes, analyze data, condense conclusions and other works by using scientific theories and methods; Be innovative in problem solving and apply effective conclusions to intelligent construction engineering practice.
(5)Modern tool usage
Skillfully use various document retrieval tools and databases, have application skills with computer and information technology; simulate, calculate and analyze complex engineering problems related to intelligent construction and management, and understand their limitations through reasonably choosing and making full use of appropriate tools and technologies, such as advanced test techniques, numerical analysis technology and analysis software, information technology tools, etc.
(6)Engineering evaluation
Assess the social impact of the project based on the relevant background knowledge of intelligent construction and management；Recognize the social, safety, legal, and cultural implications of smart construction practices and understand their responsibilities.
(7)Environment and sustainability
Understand the concept and connotation of environmental protection and sustainable development; engineering practice can be carried out based on the comprehensive requirements of engineering, society, environment and sustainable development, so as to avoid possible damage or hidden dangers caused by intelligent construction engineering practice to human beings and the environment.
(8)Ethics
Understand the national conditions around the world, have basic humanistic knowledge, critical thinking ability and scientific spirit, can be honest and trustworthy, adhere to humanitarian, maintain social justice, consciously fair competition; understand the core concept of engineering ethics, respect professional ethics, possess correct professional values and legal consciousness of engineering, and be responsible, contribute to the country and serve the society.
(9)Teamwork
Possess team spirit, be able to complete the related work of the team, be competent to the role of team member or leader; Ability to organize and coordinate work in a multi-disciplinary team, take professional responsibilities, and take initiative to collaborate effectively with other team.
(10)Communication and expression
Accurately express the engineering issues of intelligent construction and related fields to the industry and the public, either orally or in writing; Communicate effectively on complex Engineering activities with the community; Have an international perspective and cross-cultural communication and cooperation ability.
(11)Project management and economic decision-making
Understand and master construction management, engineering economic analysis and decision-making methods related to intelligent construction; ability to organize, manage and take lead of related projects.
(12)Life-long learning
Self-reflection, choose appropriate methods as required to learn, understand and apply new knowledge, Self-motivated and constantly adapt to the society and development of science and technology related to intelligent construction and management.
3.Majors
Subject Category: Engineering
Specialty Category: Construction of Management (Intelligent Construction and Management)
Specialty Name: Construction of Management (Intelligent Construction and Management) Code: 120103
4.Course Module
Course Module.pdf
5.Duration and Degree
The basic academic system is four years, and the flexible academic system is three to six years.
6.Minimum Required Credits for Graduation
The minimum graduation credit of the four-year program is 176 credits.
For required courses: 109
For elective courses: 29
For practical training: 38
7.Schematic of course system
Schematic of course system.pdf
8.Map of course plan
Map of course plan.pdf
