Mechatronic Engineering

Four-year Program Program Code: 080307

Program Aims

A major in Mechatronic Engineering is designed to provide students with both professional and comprehensive knowledge in the field of mechatronic engineering. Our graduates will be qualified to work in a number of related areas such as mines and factories, research institutes and institutions of higher learning.

Program Features

With advanced manufacturing technology as its base, combining related skills of photoelectron, micro-electronics, automation, computer and information management, the program attaches great importance to students’ solid theoretical and practical knowledge of mechatronic engineering and micro-electronics.

Degree Awarded: Bachelor of Engineering Credits Requirement: 182

Core Courses:

Analog Electronic Technology, Digital Electronic Technology, Mechanical Principles, Mechanical Design, Fundamentals of Prototyping Technology, Fundamentals of Mechanical Manufacturing Technology, Principles of Automatic Control, Detection Technology and Signal Processing, Mechanical and Electrical System Design, Principles of Microcomputer and Interface Technology

Foundation Courses Required for All Students:

143093 Ethics and Basics of Law. Compulsory, 36 credit hours, 3 credits, 1^st term

143106 Chinese Philosophy. Compulsory, 72 credit hours, 6 credits, 3^rd term

143091 Outline of Modern and Contemporary Chinese History. Compulsory, 24 credit hours, 2 credits, 2^nd term

143090 Basic Tenets of Marxism. Compulsory, 36 credit hours, 3 credits, 4^th term

143094 Current Situation and Policy. Compulsory, 128 credit hours, 2 credits, 1^st – 8^th term

144001 College English. Compulsory, 64 credit hours, 4 credits, 1^st term

144002 College English. Compulsory, 64 credit hours, 4 credits, 2^nd term

144003 College English. Compulsory, 64 credit hours, 4 credits, 3^rd term

152001 Physical Education. Compulsory, 32 credit hours, 1 credit, 1^st term

152002 Physical Education. Compulsory, 32 credit hours, 1 credit, 2^nd term

152003 Physical Education. Compulsory, 32 credit hours, 1 credit, 3^rd term

152004 Physical Education. Compulsory, 32 credit hours, 1credit, 4^th term

106001 Military Theories. Compulsory, 16 credit hours, 1 credit, 2^nd term

140001 Higher Mathematics (I). Compulsory, 80 credit hours, 5 credits, 1^st term

140002 Higher Mathematics (I). Compulsory, 80 credit hours, 5 credits, 2^nd term

141003 College Physics (II). Compulsory, 64 credit hours, 4credits, 2^nd term

141004 College Physics (II). Compulsory, 48 credit hours, 3 credits, 3^rd term

141007 College Physics Laboratory. Compulsory, 32 credit hours (lab), 1 credit, 2^nd term

141008 College Physics Laboratory. Compulsory, 32 credit hours (lab), 1 credit, 3^rd term

140013 Linear Algebra (I). Compulsory, 32 credit hours, 2 credits, 2^nd term

140014 Probability and Statistics (I). Compulsory, 32 credit hours, 2 credits, 3^rd term

140015 Complex Function. Compulsory, 32 credit hours, 2 credits, 3^rd term

140016 Integral Transformation. Compulsory, 16 credit hours, 1 credit, 3^rd term

130137 Descriptive Geometry and Mechanical Drawing. Compulsory, 56 credit hours, 3.5 credits, 1^st term

130138 Descriptive Geometry and Mechanical Drawing. Compulsory, 48 credit hours, 3 credits, 2^nd term

130015 Computer Graphics. Compulsory, 48 credit hours, 16 credit hours (lab), 2.5 credits, 4^thterm

Computer Technology and Applications. Compulsory, 96 credit hours, 6 credits, 1^st-2^ndterm

Courses in Culture and General Education. Compulsory, 160 credit hours, 10 credits, 1^st-8^th term

Subtotal of compulsory courses: 1284 credit hours; 84 credits

Disciplinary Basic Courses

130198 Introduction to Mechanical Engineering. Compulsory, 32 credit hours, 2 credits, 2^nd term

135019 Electronic Circuits (I). Compulsory, 72 credit hours, 16 credit hours (lab), 4 credits, 3^rdterm

133100 Theoretical Mechanics (I). Compulsory, 64 credit hours, 6 credit hours (lab), 4 credits, 3^rdterm

135027 Analog Electronic Technology(I). Compulsory, 64 credit hours, 12 credit hours (lab), 3.5 credits, 4^th term

133287 Materials Mechanics (I). Compulsory, 48 credit hours, 4 credit hours (lab),3 credits, 4^thterm

130078 Materials of Mechanical Engineering. Compulsory, 40 credit hours, 2.5 credits, 4^th term

135044 Digital Electronic Technology. Compulsory, 48 credit hours, 16 credit hours (lab),2.5 credits, 5^th term

130091 Mechanical Principles (II). Compulsory, 48 credit hours, 3 credits, 5^th term

130070 Interchangeability & Technology Measurement. Compulsory, 24 credit hours, 1.5 credits, 5^th term

130020 Fundamentals of Prototyping Technology (Bilingual). Compulsory, 48 credit hours, 3 credits, 5^th term

130262 Mechanical Design. Compulsory, 48 credit hours, 3 credits, 6^th term

131070 Principles of Automatic Control. Compulsory, 64 credit hours, 8 credit hours (computer), 8 credit hours (lab), 3.5 credits, 6^th term

130104 Detection Technology and Signals Processing. Compulsory, 40 credit hours, 2.5 credits, 6^th term

130190 Fundamentals of Mechanical Manufacturing Technology (Bilingual). Compulsory, 48 credit hours, 3 credits, 6^th term

130329 Mechanical and Electrical Systems Design. Compulsory, 48 credit hours, 3 credits, 7^thterm

130082 Numerical Control Technology for Mechanical Equipment (bilingual). Optional, 32 credit hours, 2 credits, 7^th term

130227 Hydraulic & Pneumatic Power Transmission. Optional, 40 credit hours, 8 credit hours (lab), 2.5 credits, 7^th term

Subtotal of compulsory courses: 776 credit hours; 46.5 credits

Subtotal of optional courses:2 credits (minimum)

Specialty-related Courses

130056 CAD for Electronic Circuits. Optional, 16 credit hours, 8 credit hours (computer), 1 credit, 5^th term

130062 Engineering Optics. Optional, 40 credit hours, 4 credit hours (lab), 2.5 credits, 6^th term

130187 Introduction to Robotics. Optional, 24 credit hours, 1.5 credits, 6^th term

130339 Computer-Aided Design and Manufacturing. Optional, 32 credit hours, 8 credit hours (computer), 1.5 credits, 6^th term

130340 Modern Microelectronic Packaging Technology. Optional, 24 credit hours, 1.5 credits, 6^thterm

130107 Anti-Jamming Technology for Control Systems. Optional, 32 credit hours, 2 credits, 6^thterm

130341 Modern High-Frequency Switching Power Supply Technology and Applications. Optional, 32 credit hours, 8 credit hours (computer), 2 credits, 6^th term

130333 Special Processing and Modern Manufacturing Technology. Optional, 32 credit hours, 2 credits, 6^th term

130229 Rapid Prototyping Technology. Optional, 32 credit hours, 8 credit hours (computer), 2 credit hours (lab), 2 credits, 6^th term

130342 Converter Technology and AC Speed. Optional, 48 credit hours, 3 credits, 7^th term

130302 Programmable Logic Controller. Optional, 32 credit hours, 6 credit hours (lab),2 credits, 7^th term

130343 Digital Image Processing and Applications. Optional, 48 credit hours, 3 credits, 7^th term

130344 Embedded Control Systems. Optional, 32 credit hours, 2 credits, 7^th term

130345 MEMS Technology and Applications. Optional, 32 credit hours, 2 credits, 7^th term

130072 Electrical Transmission Control. Compulsory, 40 credit hours, 2.5 credits, 7^th term

130103 Computer Control Systems. Optional, 32 credit hours, 2 credits, 7^th term

130041 Laser Technology and Applications (bilingual). Optional, 32 credit hours, 2 credits, 7^thterm

130231 Fundamentals of Diagnosis Technology for Mechanical and Electrical Equipment. Optional, 24 credit hours, 1.5 credits, 7^th term

130346 Quality Management and Control. Optional, 32 credit hours, 2 credits, 7^th term

130334 Vibration Shock and Noise. Optional, 32 credit hours, 2 credits, 7^th term.

130234 Mechanical Design Automation. Optional, 40 credit hours, 2.5 credits, 7^th term.

130069 Optoelectronic Technology and Systems. Optional, 40 credit hours, 2.5 credits, 7^th term

130228 Fundamentals of Automobile Manufacturing Technology. Optional, 32 credit hours, 2 credits, 7^th term

130039 Marketing for Mechanical and Electrical Products. Optional, 24 credit hours, 2 credits, 7^thterm

130300 Virtual Instrument (LabVIEW Programmning). Optional, 32 credit hours, 2 credits, 7^thterm

Subtotal of optional courses: 13 credits (minimum)

Focused practice and graduation design add up to 36.5 credits

Total credits required for graduation: 145.5 + 36.5= 182