Duration: 3 years
Language: English
Training Objectives
The purpose of this program is to train high-level application-oriented, international, and integrated senior engineering technicians with innovation capacity. The students of this program should grasp the basic theories and knowledge of the civil engineering discipline, understand the technology status and development trends of civil engineering, master the means of modern technology and advanced techniques to solve engineering problems. The graduates would be able to work on the relative vocation of engineering technology and project management in the field of civil engineering with strong innovation capacity, ability to continue learning, and international perspective.
Training Requirements
Knowledge: basic theories and specialized knowledge of civil engineering, including Geotechnical Engineering, Structure Engineering, Bridge and Tunnel Engineering, and New Building Materials.
Skills: skillfully using technical standards, manuals, and specifications of civil engineering, mastering the advanced and modern technology to solve engineering problems, and being able to work on the relative vocation of engineering technology and project management in the field of civil engineering with strong innovation capacity, ability to continue learning and international perspective.
Quality: Healthy; ability to adapt and self-regulate in mental and physical; ability to access information and self-teach; good communication skills; upright academic ethics; strong sense of responsibility, dedication, and professionalism, strong legal concept; love China; civilized behavior, kind to others; to comply with Chinese laws and respect Chinese culture.
Major Disciplines
Structure Engineering;
Geotechnical Engineering;
Bridge and Tunnel Engineering;
New Building Materials
Core Courses
Numerical computation technique; Elastic-plastic mechanics; Experimental technology in civil engineering; Advanced concrete structure; Tunnel Engineering; Advanced soil mechanics; Performance and test methods of contentious materials; Advanced foundation engineering; Special soil and foundation treatment technology; Health monitoring technique in civil engineering structures; Computational structural mechanics; Theory of underground structural design; Theory and application of fiber composite materials; New technology of engineering composites; Soil dynamics and engineering application; Earthquake engineering
Main Internship and Practice
1. Engineering Practice
2. Academic Report
Length of Schooling, Degree, and Credits Requirements for Graduation
1.Degree Conferred: Master of Engineering
2.The Minimum Graduation Credits: Postgraduate curriculum is composed of degree courses, elective courses, and professional practice. The minimal credits for graduation are 32 points. 26 credits at least from course study in which 12 credits at least from degree courses and 6 credits at least from practice.
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