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Chemical Engineering and Technology

CULTIVATION OBJECTIVES

The educational mission of the Chemical Engineering and Technology is to prepare students with a broad knowledge and in-depth academic foundation in the field of chemical engineering and chemical technology, on which to continue developing intellectual capacity and the scholarly training needed to address engineering design, system analysis, process integration, operational management and academic research in chemical engineering, chemical technology, energy and power engineering, environmental engineering, material science and engineering, pharmaceutical engineering, and biochemical engineering, to demonstrate professional and ethical responsibility, international perspective, innovative spirit, practical competence and competitiveness.

MAIN DISCIPLINES AND RELATED DISCIPLINES

Main discipline: Chemical engineering and technology. Related disciplines: Environmental Science and Engineering, Process Equipment and Control

Engineering, Applied Chemistry Pharmaceutical Engineering, Material Science and Engineering, Power Engineering and Thermophysics Engineering, Biological Engineering.

MAIN COURSES

Inorganic Chemistry and Chemical Analysis, Physical Chemistry, Organic Chemistry, Thermodynamics in Chemical Engineering, Principles in Chemical Engineering, Transport processes in Chemical Engineering, Chemical Reaction Engineering, Chemical Separation Process, Process Systems Engineering, Chemical Technology, Chemical Process Design.

CHIEF ASPECTS OF PRACTICAL TEACHING

Practice in Workshop, Practice in Measurement and Control, Course Design, Project Design, Internship, the Final Project (Thesis) and Military Training.

LENGTH OF SCHOOLING AND DEGREE

Four years with the Bachelor Degree of Engineering

GRADUATION REQUIREMENTS

The minimum credit requirement is 170 (within class) plus 8 (extracurricular). Passing the exam of Military and National Defense Education, the College English Test Band 4, and the Test of National Physical Fitness and Health Criteria for Student is prerequisite to obtain the Graduation Certificate and Degree Certificate.

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Description of Curriculum and Requirements

1. Requirements Regarding the Selection of Courses in Various Areas

（1） English: At the beginning of the first year all freshmen are to take English proficiency examination organized by the university. According to their scores, students are assigned to English courses of different levels with a total of six credits. The sophomores are to take four credits in the extended level of English courses, and those who can not pass the CET-4 are required to take the

“Advanced English” course，with total 10 credits.

（2） College Level Computer Basics: All freshmen shall take computer skill test organized by the university. Those who have met the proficiency requirement can obtain two credits and do not have to take the course.

（3） Basic Broad-based (Common) Courses: During the first seven semesters, all students should take 12 credits in this area, including 6 credits in “Natural Science and Technology”, “Cultural Traditions”, “Art and Society”, “World Civilization”, plus two credits in courses about economics and management.

（4） Optional Courses in the Major Area: Students should take a minimum of six credits in the 7th semesters in the major area.

2. Description and Requirements of Practical Training

（1） Measurement and Control Practice: This training will take one week and will be offered in the 3rd semester to provide students a sound comprehension of control techniques and measurement methods for developing hands-on skills. This program is designed and also evaluated by the Engineering Workshop.

（2） Practice in Workshop: This training will take two weeks and will be given in the 4th semester to equip students with the basic knowledge of machining and engineering practice. This program is designed and also evaluated by the Engineering Workshop.

（3） Course Project: This design training takes two weeks to complete toward the end of the 6th semester. It is meant to bridge the gap between the course “Principles of Chemical Engineering” and actual design practice with respect to design of process system or installation. After completed, the students should be able to apply their academic knowledge in solving relevant engineering problems.

（4） Engineering Internship: After the completion of the 4th semester and the 6th semester, students are given engineering internship to understand the chemical technology in practice, product design, research and development and management as well. After completion, the evaluations will be organized by the department.

（5） Final Project (Thesis): The thesis work is allowed 16 weeks to complete in the 8th semester. The purpose of this training is to equip students with basic skills and methodology in scientific research or engineering design. Upon the completion of theses, the school and the individual department will organize oral defense examinations.

（6） Project Design: This extracurricular program is to be conducted in the 6th through 7th semester. Under the guidance of supervisors, students are to be organized in groups to do engineering design, scientific research and/or competition, etc. The project can be chosen by students or assigned by the supervisors. The purpose is to cultivate independent thinking and innovation, team work and hands-on abilities among students. Upon the completion of projects, the supervisor will coordinate to evaluate the work products.

3. Bilingual Courses Each student should take at least one bilingual course. 4. Extracurricular Practice (8 credits) The extracurricular practice is to be arranged by the Department of Student Affairs.

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Curriculum Structure

Compulsory 48.5 credits

Credit:42 24.7%

Compulsory 43.5 credits

Compulsory 8 credits Optional 6 credits

Credit:22 13%

Credit: 106 62.3%

Basic Curricula of Each Specialty

Specialized Curriculum

Compulsory 16 credits Politics and Military Education and National Defense Education

Physical Education, English, Fundamental of Computer

General Course of Basic Curriculum

General Curriculum

Basic Curricula of Each Discipline

Comprehensive Practical

Curriculum

Graduation Design Course Design

≥ Optional 8 credits

Compulsory 12 credits

Compulsory 10 credits

Compulsory 6 credits Optional 6 credits

Engineering Practice Scientific Research Training

Specialized Curricula of

Chief Disciplines

Chemical Engineering and Technology

Extracurricular Practice

Compulsory 14 credits

Credits: 170+8

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Course Setting

Course Types Coding Course Credit

HourPeriod

Compulsory

Optional Term

Politics and

Military

Education

MLMD0006The Outline of Mao Zedong Thoughts and Theoretical System

of Socialism with Chinese Characteristics 5 80

Compulsory

16 credits

2, 3

MLMD1004 Thoughts and morals Training and Law Basic 3 48 1

MILI1003 National Defense Education 2 32 1

MLMD2001 Basic Principle of Marxism 3 48 4

MLMD0002 Brief Program of Chinese Modern History 2 32 2

GNED0004 International and Domestic Situation and Policies 1 32 1-7

Physical

Education,

English,

Computer

Education

PHED1003 Physical Education 2 128 Compulsory 4

credits

1,2,3,4

COMP1023 Fundamentals of Computers 2 48 1

ENGL1015Comprehensive

English

College English ( )Ⅱ 6 96 Compulsory 6

credits

1，2

ENGL1017 College English (III) 6 96 1，2

ENGL1018 College English (IV) 6 96 1，2

ENGL2013

Extended

English

Advanced English 2 32

Optional 4

credits

3,4

ENGL0003 College Oral English Course 2 32 3,4

ENGL0004 English Writing Course 2 32 3,4

ENGL2010Viewing, Listening and Speaking of

Advanced English 2 32 3,4

ENGL0005Practice and Skills on Chinese and English

Translation 2 32 3,4

ENGL2012 Origin of European Culture 2 32 3,4

ENGL2014 Western Etiquette and Culture 2 32 3,4

ENGL2015 British and American Literature 2 32 3,4

ENGL2004 News English 2 32 3,4

ENGL0012 Studies on Business English 2 32 3,4

General Course of Basic Curriculum 12 credits including free optional 6 credits in optional

courses and limited optional 6 credits in core courses

General curriculums subtotal Compulsory credits are 26, optional credits are 16

Basic

Curriculum of

each Discipline

MATH1033 Advanced Mathematics II 11 180

Compulsory

48.5 credits

1, 2

MATH1039 Linear Algebra and Analysis III 3 48 1

MATH2156 Probability and Mathematical Statistics 3 50 3

MATH2036 Mathematical ModelingⅡ 2 40 4

5

Course Types Coding Course Credit

HourPeriod

Compulsory

Optional Term

MATH2029 Mathematics Physics Equation 2 32 5

MATH2034 Computational Methods 2 32 5

PHYS1022 PhysicsⅡ 8 128 2, 3

PHYS11019 Physics Lab A 2 64 2,3

CHEM1006 Inorganic and Analytical Chemistry 3.5 68 1

CHEM2001 Organic Chemistry 4 64 2

CHEM2002 Organic Chemistry Experiments I 1 32 2

CHEM3107 Physical Chemistry I 4 64 3

CHEM0002 Physical Chemistry Experiments I 1 32 3

CHEM2110 Physical ChemistryⅡ 2 32 4

Specialized Curricula of Chief Disciplines subtotal Compulsory credits are 48.5.

Basic curricula

of each

specialty

MACH1408 Engineering Drawing 3 52

Compulsory

43.5credits

Optional

0 credits

1

CHEM3115 Analysis of Modern Instruments 2 32 5

ELEC2010 Electrical Engineering and Electronic Technology 6 96 3, 4

ELEC2003 Experiments of Electronics and Electrical techniques 1 32 3, 4

MECH1202 Engineering Mechanics 3 48 4

COMP1003 Computer Programming (C Language) 2 48 2

CENG3009 Principles of Chemical Engineering 7 112 4, 5

CENG2004 Experiments for principle of chemical engineering 1.5 48 4, 5

CENG0003 Thermodynamics of Chemical Engineering 3 56 5

CENG3001 Transport Processes in Chemical Engineering 3 56 6

CENG3012 Chemical Reaction Engineering 3 56 6

CENG3024 Separation Processes in Chemical Engineering 3 56 6

CENG0004 Process Systems Engineering 3 56 6

CENG4004 Chemical Technology 2 32 5

CENG3025 Experiments of Chemical Engineering and Technology 1 32 6

Specialized

Curriculum

CENG3021 Catalyst Engineering 2 32 Compulsory 8

credits

5

CENG3020 Basic Principles and Calculations in Chemical Engineering 2 32 6

CENG4005 Chemical Reactor Design 2 32 7

CENG4006 Chemical Process Design(bilingual) 2 32 7

CENG4021 Green Product Engineering (bilingual) 2 32

Optional 6

credits

7

CENG4019 Process Equipment Design 2 32 7

CENG4022 Polymer Science 2 32 7

CENG4023 Biochemical Engineering Basis 2 32 7

CENG4024 Functional Materials 2 32 7

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Course Types Coding Course Credit

HourPeriod

Compulsory

Optional Term

Specialized Curriculums subtotal Compulsory credits are 8, optional credits are 6

Comprehensive

Practical

Curriculum

MPRA2002 Practice in Workshop 2 0

Compulsory

22 credits

4

MCRA2001 Measurement and Control Practice 1 0 3

CODE4025 Course Project 1 0 6

ITDE3001 Project Design 2 0 6,7

PRAC3010 Engineering Internship 4 0 4,6

BSIS4015 Final Project (Thesis) 12 0 8

Security Education 0 6 1

Comprehensive Practical Curriculums subtotal Compulsory credits are 148, optional credits are 22

Total Total is 170 credits

PS: There are lots of Specialized Practice Curriculums in this major, part of which are 32

periods for 1 credit. In the table, courses marked by ◎ are 32 periods for 1 credit.

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Teaching Plan

First semester Second semester

Coding Course Credit

HourCoding Course

Credit

Hour

MLMD1004 Thoughts and morals Training and Law

Basic 3 MLMD0006

The Outline of Mao Zedong Thoughts and

Theoretical System of Socialism with

Chinese Characteristics

2

MILI1003 National Defense Education 2 MLMD0002 Brief Program of Chinese Modern History 2

PHED1003 Physical Education 0.5 PHED1003 Physical Education 0.5

ENGL1015

ENGL1017

ENGL1018

College English ( )Ⅱ

College English (III)

College English (IV)

3

ENGL1015

ENGL1017

ENGL1018

College English ( )Ⅱ

College English (III)

College English (IV)

3

MATH1033 Advanced Mathematics II 5.5 MATH1033 Advanced Mathematics II 5.5

MATH1039 Linear Algebra and Analysis III 3 PHYS1022 PhysicsⅡ 4

CHEM1006 Inorganic and Analytical Chemistry 3.5 PHYS1019 Physics Lab A 1

MACH1408 Engineering Drawing 3 CHEM2001 Organic Chemistry 4

COMP1023 Fundamentals of Computers 2 CHEM2002 Organic Chemistry Experiments I 1

COMP1003 Computer Programming (C Language) 2

Total Compulsory 25.5 credits Total Compulsory 25 credits

* The course “International and Domestic Situation and Policies” is arranged from 1st to 7th semester, totally 1 credit.

* No more than 26 credits in this semester.

* Optional 12 credits from 2nd to 7th semester, including free optional 6 credits from basic optional courses and limited 6

credits from basic core courses. * No more than 26 credits in this semester.

Third semester Fourth semester

Coding Course Credit

HourCoding Course

Credit

Hour

MLMD0006

The Outline of Mao Zedong Thoughts and

Theoretical System of Socialism with Chinese Characteristics

3 MLMD2001 Basic Principle of Marxism 3

PHED1003 Physical Education 0.5 PHED1003 Physical Education 0.5

STAT2703 Probability and Mathematical Statistics 3 MATH2036 Mathematical ModelingⅡ 2

PHYS1022 PhysicsⅡ 4 CHEM2110 Physical ChemistryⅡ 2

PHYS1019 Physics Lab A 1 ELEC2010Electrical Engineering and Electronic

Technology 3

CHEM3107 Physical Chemistry I 4 ELEC2003Experiments of Electronics and Electrical

techniques 0.5

CHEM0002 Physical Chemistry Experiments I 1 MECH1202 Engineering Mechanics 3

ELEC2010 Electrical Engineering and Electronic

Technology 3 CENG3009 Principles of Chemical Engineering 3.5

ELEC2003 Experiments of Electronics and Electrical

techniques 0.5 CENG2004

Experiments for principle of chemical

engineering 0.75

MCRA2001 Measurement and Control Practice 1 MPRA2002 Practice in Workshop 2

PRAC3010 Engineering Internship 2

Total Compulsory 23 credits Total Compulsory 24.25 credits

8

* Including optional 2 credits of expansion and development

purposed English course. * No more than 26 credits in this semester.

* Including optional 2 credits of expansion and development

purposed English course. * No more than 26 credits in this semester.

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Teaching Plan

Fifth semester Sixth semester

Coding Course Credit Hour

Coding Course Credit Hour

MATH2029 Mathematics Physics Equation 2 CENG3001Transport Processes in Chemical

Engineering 3

MATH2034 Computational Methods 2 CENG3012 Chemical Reaction Engineering 3

CHEM3115 Analysis of Modern Instruments 2 CENG0004 Process Systems Engineering 3

CENG3009 Principles of Chemical Engineering 3.5 CENG3024Separation Processes in Chemical

Engineering 3

CENG2004 Experiments for principle of chemical

engineering 0.75 CENG3025

Experiments of Chemical Engineering and

Technology 1

CENG0003 Thermodynamics of Chemical Engineering 3 CENG3020Basic Principles and Calculations in

Chemical Engineering 2

CENG4004 Chemical Technology 2 CODE4025 Course Design 1

CENG3021 Catalyst Engineering 2 PRAC3010 Internship 2

Total Compulsory 17.25 credits Total Compulsory 18 credits

Seventh semester Eighth semester

Coding Course Credit Coding Course Credit Hour

CENG4005 Chemical Reactor Design 2 BSIS4015 Final Project (Thesis) 12

CENG4006 Chemical Process Design(Bilingual) 2

ITDE3001 Project Design 2

Total Compulsory 6 credits

Optional at least 6 credits Total Compulsory12 credits

* 6 credits should be chose from the Specialized Curriculum

*12 credits from basic courses by the end of this semester

* More than 12 credits are required.