Materials Molding and Control Engineering
time: 2015-12-30

Four-year Program Program Code: 080302

 
Program Aims
This major provides students with comprehensive theoretical and practical knowledge of the latest development in materials molding, computer simulation, control and process optimization, development and manufacturing of new materials and products. The goal is to equip students with solid knowledge of materials science and molding, computer application and automatic control. Students will gain hands-on experience in a number of topics concerning materials molding and control engineering. The professional and practical background of this program enables graduates to specialize in areas of plastic, rubber, mould, vehicle, machines, electric appliances, and information technology.
 
Program Features
The program puts much emphasis to cultivation of the students' innovative and analytical thinking as well as acquisition of hands-on experience through participation in research projects.
 
Degree Awarded: Bachelor of Engineering Credits Requirement: 182
 
Core Courses:
(for polymer materials forming and control engineering majors) Polymer Physics, Polymer Chemistry, Polymer Materials Forming Technology, Polymer Materials Forming Processing Equipment, Modern Testing Technology for Polymer Materials, Electrical Control Technology and Applications, Polymer Forming Process Control Technology
(for metal materials mould and control engineering majors) Mechanical Design, Fundamentals of Materials Science, Fundamentals of Mechanical Manufacturing Technology, Fundamentals of Materials Forming Technology, Metal Materials and Heta Treatment, Mechanical and Physical Properties of Materials, Microscopic Analysis Method of Materials, Automatic Control Theories, Engineering Mechanics, Interchangeability and Technical Measurement
 
Foundation Courses Required for All Students:
 
143093 Ethics and Basics of Law. Compulsory, 36 credit hours, 3 credits, 1st term
143106 Chinese Philosophy. Compulsory, 72 credit hours, 6 credits, 3rd term
143091 Outline of Modern and Contemporary Chinese History. Compulsory, 24 credit hours, 2 credits, 2nd term
143090 Basic Tenets of Marxism. Compulsory, 36 credit hours, 3 credits, 4th term
143094 Current Situation and Policy. Compulsory, 128 credit hours, 2 credits, 1st – 8th term
106001 Military Theories. Compulsory, 16 credit hours, 1 credit, 2nd term
144001 College English. Compulsory, 64 credit hours, 4 credits, 1st term
144002 College English. Compulsory, 64 credit hours, 4 credits, 2nd term
144003 College English. Compulsory, 64 credit hours, 4 credits, 3rd term
152001 Physical Education. Compulsory, 32 credit hours, 1 credit, 1st term
152002 Physical Education. Compulsory, 32 credit hours, 1 credit, 2nd term
152003 Physical Education. Compulsory, 32 credit hours, 1 credit, 3rd term
152004 Physical Education. Compulsory, 32 credit hours, 1 credit, 4th term
140003 Higher Mathematics(II). Compulsory, 80 credit hours, 5 credits, 1st term
140004 Higher Mathematics(II). Compulsory, 64 credit hours, 4 credits, 2nd term
140013 Linear Algebra (I). Compulsory, 32 credit hours, 2 credits, 2nd term
147045 College Chemistry. Compulsory, 32 credit hours, 2 credits, 1st term
147036 College Chemistry Laboratory. Compulsory, 16 credit hours (lab), 0.5 credit, 2nd term
130137 Descriptive Geometry & Mechanical Drawing. Compulsory, 56 credit hours, 3.5 credits, 1st term
130138 Descriptive Geometry & Mechanical Drawing. Compulsory, 48 credit hours, 3 credits, 2nd term
141003 College Physics(II). Compulsory, 64 credit hours, 4 credits, 2nd term
141007 College Physics Laboratory. Compulsory, 32 credit hours (lab), 1 credit, 2nd term
141004 College Physics(II). Compulsory, 48 credit hours, 3 credits, 3rd term
141008 College Physics Laboratory. Compulsory, 32 credit hours (lab), 1 credit, 3rd term
140014 Probability & Statistics (I). Compulsory, 32 credit hours, 2 credits, 3rd term
Computer Technology and Applications. Compulsory, 96 credit hours, 6 credits, 1st-2nd term
Courses in Culture and General Education. Optional, 160 credit hours, 10 credits, 1st-8th term
Subtotal of compulsory courses: 1220 credit hours; 80 credits
 
Disciplinary Basic Courses
 
140016 Integral Transformation. Compulsory, 16 credit hours, 1 credit, 3rd term
133248 Engineering Mechanics (III). Compulsory, 80 credit hours, 4 credit hours (lab), 5 credits, 3rd term
130070 Interchangeability and Technical Measurement. Compulsory, 24 credit hours, 1.5 credits, 4th term
130090 Mechanical Principles (I). Compulsory, 32 credit hours, 2 credits, 4th term
130085 Mechanical Design (I). Compulsory, 32 credit hours, 2 credits, 4th term
130310 Fundamentals of Mechanics Laboratory (I) . Compulsory, 10 credit hours (lab), 0.5 credit, 4th term
131069 Automatic Control Theories (bilingual). Compulsory, 40 credit hours, 2.5 credits, 4th term
131084 Single-chip Computer Design. Compulsory, 40 credit hours, 2.5 credits, 4th term
135002 Electronic Circuits and Electronic Technology. Compulsory, 64 credit hours, 4 credits, 4th term
135037 Electronic Circuits and Electronic Technology Laboratory. Compulsory, 32 credit hours (lab), 1 credit, 5th term
131053 Fundamentals of Mechanical Manufacturing Technology. Compulsory, 64 credit hours, 4 credit hours (lab), 4 credits, 5th term
Subtotal of Compulsory courses: 434 credit hours; 26 credits
 
Specialty-related Courses
 
(for polymer materials forming and control engineering majors)
 
147021 Organic Chemistry (II). Compulsory, 64 credit hours, 4 credits, 2nd term
131039 Engineering Materials and Metal Technology. Compulsory, 56 credit hours, 3.5 credits, 3rd term
131086 Polymer Chemistry. Compulsory, 40 credit hours, 2.5 credits, 5th term
131101 Polymer Physics. Compulsory, 44 credit hours, 2.5 credits, 5th term
131102 Polymer Materials Forming Processing Equipment. Compulsory, 32 credit hours, 2 credits, 5th term
131127 Modern Testing Technology for Polymer Materials (bilingual). Compulsory, 32 credit hours, 2 credits, 5th term
136115 Fluid Mechanics and Heat Transfer (II). Compulsory, 48 credit hours, 3 credits, 5th term
131057 Electrical Control Technology and Applications. Compulsory, 32 credit hours, 2 credits, 6th term
131119 Design of Rubber & Plastic Products and Mould. Compulsory, 48 credit hours, 3 credits, 6th term
131105 Polymer Materials Molding Technology. Compulsory, 48 credit hours, 3 credits, 6th term
131106 Polymer Molding Process Control Technology. Compulsory, 48 credit hours, 3 credits, 6th term
131133 Numerical Control Machining and Programming for Mold. Compulsory, 32 credit hours, 2 credits, 6th term
131110 CAD/CAE/CAM for Mold (bilingual). Compulsory, 40 credit hours, 12 credit hours (computer), 2 credits, 7th term
131034 Scientific Literature Retrieval (Bilingual). Optional, 16 credit hours, 1 credit, 4th term
131121 Polymer Synthesis Technology. Optional, 24 credit hours, 1.5 credits, 7th term
131112 Functional Polymer Materials. Optional, 24 credit hours, 1.5 credits, 7th term
131134 Foaming Mould. Optional, 24 credit hours, 1.5 credits, 7th term
131009 Engineering Rheology. Optional, 24 credit hours, 1.5 credits, 7th term
131114 Polymer Blending and Modification. Optional, 24 credit hours, 1.5 credits, 7th term
131115 Principles and Applications of Programmable Computer Controller. Optional, 24 credit hours, 8 credit hours (computer), 1.5 credits, 7th term
131061 Themed Seminars. Optional, 16 credit hours, 1 credit, 7th term.
Subtotal of compulsory courses: 564 credit hours, 34.5 credits ;
Subtotal of optional courses: 5 credits (minimum)
 
(for metal materials mould and control engineering majors)
 
147058 Physical Chemistry. Compulsory, 48 credit hours, 3 credits, 3rd term
130168 Introduction to Materials Science and Engineering (bilingual). Compulsory, 64 credit hours, 4 credits, 4th term
130167 Fundamentals of Materials Science. Compulsory, 80 credit hours, 6 credit hours (lab), 5 credits, 5th term
130170 Fundamentals of Materials Forming Technology. Compulsory, 80 credit hours, 8 credit hours (lab), 5 credits, 5th term
130172 Mechanical and Physical Properties of Materials. Compulsory, 40 credit hours, 6 credit hours (lab), 2.5 credits, 5th term
130173 Metal Materials and Heat Treatment. Compulsory, 48 credit hours, 3 credits, 6th term
130330 Metal Forming Equipment. Compulsory, 48 credit hours, 3 credits, 6th term
130169 Microscopic Analysis of Materials. Compulsory, 64 credit hours, 6 credit hours (lab), 4 credits, 6th term
131034 Scientific Literature Retrieval (Bilingual). Optional, 16 credit hours, 1 credit, 4th term
133147 C++ Programming. Optional, 32 credit hours, 16 credit hours (computer), 1.5 credits, 7th term
130316 Fundamentals of Materials Design. Optional, 32 credit hours, 2 credits, 7th term
130106 Principles of Metal Plastic Forming. Optional, 32 credit hours, 2 credits, 7th term
130347 Materials Surface Technology. Optional, 32 credit hours, 2 credits, 7th term
130240 Application of Computer Technology in Materials Processing. Optional, 32 credit hours, 6 credit hours (lab), 2 credits, 7th term
130292 Mold Design. Optional, 48 credit hours, 3 credits, 7th term
130348 Alloy Fabrication (Preparation) and Molding. Optional, 56 credit hours, 3.5 credits, 7th term
130293 Environmental Materials Science. Optional, 32 credit hours, 2 credits, 7th term
133056 Engineering Materials. Optional, 32 credit hours, 2 credits, 7th term
130054 Innovative Thinking and Practice. Optional, 32 credit hours, 2 credits, 7th term
130228 Fundamentals of Automobile Manufacturing Technology. Optional, 32 credit hours, 2 credits, 7th term
Subtotal of compulsory courses: 472 credit hours, 29.5 credits ;
Subtotal of optional courses: 10.5 credits (minimum)
 
Focused practice and graduation design add up to 36 credits
 
Total credits required for graduation: 146+ 36= 182