Program Aims
The program is aimed to equip the students with basic theories, methodology, and skills related to design of industrial equipment, manufacturing and automation, and intellectualization. The graduates will be qualified to work in industries such as chemical engineering, energy, natural gas, mechanical, petroleum, environmental protection and food, engaging in the research, design, development, manufacturing and management of process equipment and control engineering. They are also competent for research and teaching in research institutes and institutions of higher learning.
Program Features
The program attaches great importance 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: 177.5
Core Courses:
Electronic Circuits & Electronic Technology, Engineering Mechanics, Mechancal Principles, Mechanical Design, Fluid Mechanics and Heat Transfer, Mass Transfer and Separation, Machanical Manufacturing Technology, Automatic Control Theories, Mechatronic Transmission Control, Process Equipment Control, Process Equipment Design
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. 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
131039 Engineering Materials and Metal Technology. Compulsory, 56 credit hours, 3.5 credits, 3rd term
130070 Interchangeability and Technical Measurement. Compulsory, 24 credit hours, 6 credit hours (lab), 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
131081 Automatic Control Theories. Compulsory, 44 credit hours, 4 credit hours (lab), 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
131084 Single-chip Computer Design. Compulsory, 48 credit hours, 12 credit hours (lab), 2.5 credits, 5th term
131053 Fundamentals of Mechanical Manufacturing Technology. Compulsory, 48 credit hours, 3 credits, 5th term
131083 Hydraulics and Pneumatics. Compulsory, 44 credit hours, 32 credit hours (lab), 2.5 credits, 5th term
131080 Fundamentals of the Discipline Laboratory. Compulsory, 32 credit hours (lab), 1 credit, 5th term
136115 Fluid Mechanics and Heat Transfer (II). Compulsory, 48 credit hours, 3 credits, 5th term
137063 Principles of Chemical Engineering Laboratory (I). Compulsory, 16 credit hours (lab), 05 credit, 5th term
137021 Mass Transfer and Separation Process (II). Compulsory, 40 credit hours, 2.5 credits, 6th term
137064 Principles of Chemical Engineering Laboratory (I). Compulsory, 16 credit hours (lab), 05 credit, 6th term
131091 Process Machinery. Compulsory, 32 credit hours, 2 credits, 7th term
Subtotal of compulsory courses: 714 credit hours; 40.5 credits
Specialty-related Courses
131020 Mechatronic Transmission Control. Compulsory, 32 credit hours, 2 credits, 5th term
131097 Process Equipment Control (bilingual). Compulsory, 60 credit hours, 4 credits, 6th term
131122 Process Equipment Design. Compulsory, 56 credit hours, 3.5 credits, 6th term
131088 Professional Experiment. Compulsory, 32 credit hours (lab), 1 credit, 7th term
131010 Engineering Thermodynamics. Optional, 32 credit hours, 2 credits, 5th term
131087 Engineering Rheology (bilingual). Optional, 32 credit hours, 4 credit hours (lab), 2 credits, 5th term
131038 Process Equipment. Optional, 32 credit hours, 2 credits, 7th term
131048 Fundamentals of CAD/CAE in Process Equipment. Optional, 32 credit hours, 10 credit hours (computer),2 credits, 7th term
131025 Equipment Corrosion and Protection. Optional, 32 credit hours, 2 credits, 7th term
131117 Refrigeration and Air-Conditioning (bilingual). Optional, 32 credit hours, 2 credits, 7th term
131092 Programmable Controller and Applications. Optional, 32 credit hours, 2 credits, 7th term
131049 Fundamentals of CAD/CAE in Pipeline. Optional, 32 credit hours, 10 credit hours (computer),2 credits, 7th term
131051 LNG Application Technology and Equipment. Optional, 32 credit hours, 2 credits, 7th term
131044 Pipeline Condition Monitoring and Fault Diagnosis. Optional, 32 credit hours, 2 credits, 7th term
131052 Storage and Transportation Technology for Oil & Gas. Optional, 32 credit hours, 2 credits, 7th term
131043 Safety Technology for Oil & Gas. Optional, 32 credit hours, 2 credits, 7th term
131022 Optimal Mechanical Design. Optional, 32 credit hours, 2 credits, 7th term
131028 Stress Analysis and Reliability Design for Pressure Vessels. Optional, 24 credit hours, 1.5 credits, 7th term
131116 Complete Technology of Equipment. Optional, 24 credit hours, 1.5 credits, 7th term
131023 Fracture and Failure Analysis. Optional, 24 credit hours, 1.5 credits, 7th term
131034 Scientific Literature Retrieval. Optional, 16 credit hours, 1 credit, 7th term
131061 Themed Seminars. Optional, 16 credit hours, 1 credit, 7th term
Subtotal of compulsory courses: 180 credit hours, 10.5 credits ;
Subtotal of optional courses: 10.5 credits (minimum)
Focused practice and graduation design add up to 36 credits
Total credits required for graduation: 141.5+ 36= 177.5
