A 4-year undergraduate Bachelor degree program

Profile at a Glance
The program, Mechanical Manufacturing and Automation, is one of the six key disciplines of Fujian University of Technology, and one of the “key featured programs” in Fujian province in 2007. Mechatronic Engineering was approved as the key discipline by the education department of Fujian in 2011.

Objectives: This major is designed to provide students with a comprehensive education in order to meet the needs of the rapidly growing manufacturing and automation sectors in China. The program covers advanced design and manufacturing, mechatronic equipment manufacturing and management, mechatronic numeric computing, and information production. Graduates will be prepared to become professionals working in the manufacturing and automation sectors.

Feature: This major is based on the integration of mechanics and electronics, and the application of information technology in the manufacturing industry. Graduates will have the ability to operate mechatronic equipment with numeric control and excel at CAD/CAM advanced manufacturing.

Postgraduate Program

Material Science and Engineering

The duration of the postgraduate education is 2.5 years. Graduates will be awarded the Master of Engineering degree.

Research Areas：

1.Preparation and Forming Technology of Material

1)New Technologies of Materials Processing and Molding

2)Numerical Simulation of Materials Forming.

3)Precise Forming Technology.

4)Synthesis and Process of Polymer.

2.Surface and Interface of Material.

1)Grain Boundary Engineering.

2)Surface Technology of Nanomaterial.

3)Thin Film Technology.

3.Development and Application of New Material

1) Functional Nanomaterial

2)Functional Inorganic Material.

3)New Nonferrous Metals.

4.Energy-Saving Environmental Material.

1) Energy-Saving Building Material.

2)Recycling of Solid Waste.

Objectives:

1) Students will master the fundamental theories, systemic knowledge, and methods of Materials Science and engineering necessary to practice in the field.

2) Students will develop the ability to study, innovate, and research independently, in order to take on design, research and development, and engineering management projects in the materials area.

3) Students will gain a comprehensive understanding of the present and anticipated future developments in material science and engineering, and have the academic knowledge and researching techniques required for further education.

Credit Requirements:

Student must complete a minimum of 36 credits, in which at least 20 are in Discipline Required Courses, at least 12 in Technical Elective courses, at least one in Academic Activities, and 2 in a Practice Link course.

Core courses:

Research Area 1: Preparation and Forming Technology of Material

Principles of Materials Processing Engineering, Numeric Analysis, Numeric Simulation of Plastic Forming, Structures and Properties of Polymer. Rheology of Polymer Processing.

Research Area 2: Surface and Interface of Material

Thermodynamic and Kinetic of Materials. Modern Researching Methods of Materials. Computation and Design of Materials. Crystal Defects. Solid Physical. Diffusion and Phase Transformation. Materials Surface Technology.

Research Area 3: Development and Application of New Material

Thermodynamic and Kinetic of Materials. Modern Researching Methods of Materials. Computation and Design of Materials. Advanced Materials Preparation Technology. Theories of Nanomaterials. Diffusion and Phase Transformation. Functional Polymer.

Research Area 4: Energy-Saving Environmental Material.

Thermodynamic and Kinetic of Materials. Modern Researching Methods of Materials. Computation and Design of Materials. Advanced Materials Preparation Technology. Theories of Nanomaterials. Environmental Materials.

Material Forming and Controlling Engineering

This program was authorized by the Ministry of Education. Students will study in school for three years and practice in enterprises for one. Graduates will be awarded the Bachelor of Engineering degree.

Objectives:

1) Students will master the knowledge and techniques of the mechanical and materials disciplines. They will learn the methods, principles, processes and machinery used in material forming and controlling engineering.

2) Students will gain expertise in the manufacturing, researching, technology development and enterprise management areas of material forming and controlling engineering.

Credit Requirements:

Student must complete a minimum of 187 credits, in which 64 are in fundamentals of natural science and social science courses, 82 are in discipline and major related courses, and 41 are in practical courses.

Core Courses:

Mechanical Drafting, Theoretical Mechanics, Mechanics of Materials, Principle of Machinery, Mechanical Layout, Machine-Processed Basics, Fundamentals of Materials Forming Technic, Materials Science and Engineering, Mould Manufacturing Process, Principles of Plastic Forming, Theory of Foundry Processes.

Main Enterprises for one year Practical Experience:

1) Fuyao Glass Industry Group, http://www.fuyaogroup.com/

2) Fujian SBS Zipper Science and Technology Co., Ltd, http://www.sbszipper.com/

3) Putian Rongxing Mechanical Co.Ltd, http://www.fjpr.com.cn/

4) Fuzhou Xinguang Plastic Mould Co.Ltd, http://www.fzxgmold.com/

Material Science and Engineering

This program was authorized by the Ministry of Education. Students will study on campus for three years and gain practical experience in enterprises for one year. Graduates will be awarded the bachelor of engineering degree.

Objectives:

1) Students will gain comprehensive knowledge and the techniques of material science and engineering, including design, preparation, analysis and the processing of materials.

2) Graduates will have expertise in manufacturing, researching, technology development and enterprise management in the materials science and engineering area.

Credit Requirements:

Student must complete a minimum of 183 credits, in which 65 are in fundamentals of natural science and social science courses, 78 are in discipline and major related courses, and 40 are in practical courses.

Core Courses:

Mechanical Drafting, Engineering Dynamics, Physical Chemistry, Fundamentals of Material Science, Modern Methods of Materials Analysis, Computer Technology Application in Material Science, Properties of Materials Science

Main Enterprises for one year Practical Experience:

1) Fuyao Glass Industry Group, http://www.fuyaogroup.com/

2) Fujian Qianda heavy machinery Co., Ltd, http://www.chinashengda.cn/

3) Fuzhou Acetron Photoelectronic materials Co., Ltd

4) Joyou Building Materials Group, http://www.joyou.com.cn/