Chemical Engineering

     Students enter the Chemical Engineering and Technology program towards Bachelor of engineering degree. It is a modern chemical engineering program with emphasis on the design, control, and operation of processes and products in the chemical and allied industries, such as the oil & gas, petrochemical, inorganic chemical and fertilizer, and fine and specialty chemical industries. Careers after graduation include positions as process engineers, product engineers, engineering consultants, technical service engineers, and research & development engineers and Technology in these industries.

   The core of the program consists of a series of courses in physical sciences, chemistry, biochemistry, mathematics, transport phenomena, kinetics, separations, thermodynamics, reaction engineering, process engineering, and engineering economics. The program trains students to be competent engineers, through offering a variety of challenging courses and problem-solving sessions, providing state-of-the-art laboratories, and helping students gain design and teamwork experiences through conducting senior design projects of participating in research projects.

   The program is the first batch of national professional characteristics in China. Petroleum refining engineering and chemical engineering design are special Courses.

Curriculum:

      Courses of General Education

      Advanced Mathematics, College English, General Physics, General Physical Experiment, Linear Algebra, Probability and Mathematical Statistics, Fundamentals of Computer and VB Program Design, etc.

      Basic Courses of the Major

      Inorganic and Analytical Chemistry, Organic Chemistry, Chemical Thermodynamics, Chemical Kinetics, Fluid Mechanics and Heat Transfer, Mass Transfer and Separation Process, Chemical Engineering Thermodynamics, Chemical Reaction Engineering, etc.

      Specialty-oriented Courses

      Principles of Transport Processes, Chemical Process Analysis and Synthesis, Modern Separation Technology, Basic of Industrial Catalysis, Introduction of Fine Chemical Engineering, Chemical System Engineering, Basic of Organic Chemical Technology, Petroleum Refining Technology, and Coal Chemical Technology, etc.

Program Aims:

   The program is designed not only to disseminate theoretical and latest knowledge of the discipline, but also to equip students with requisite research methodology and ability to explore the unknown. The program prepares students for future careers in the fields of chemical processing, management, marketing, scientific research and product development. The graduates will also be qualified to be engaged in scientific research, product & process design, and teaching in research institutes and institutions of higher learning.

Program Features:

   Drawing on the sophisticated teaching and research facilities as well as rich experience of the professors with extraordinary research power, the program puts much premium on the cultivation of students' innovative and analytical thinking and ability, encouraging students to participate in research project with a view to acquiring hands-on experience under the guidance of professors.

Program Educational Objectives:

   Program educational objectives are broad statements that describe what graduates are expected to attain within a few years after graduation.

(a) Graduates will demonstrate not only proficiency in the principles and methods essential to modern chemical engineering, but also broad perspectives regarding social issues and ethics.

(b) Graduates will demonstrate an understanding of chemical and environmental protection safety, management of chemical production, research and development of chemical products and process, design and magnification of chemical devices.

(c) Graduates will be recognized for excellence and leadership and selected for high-quality industrial, academic and other professional positions.

(d) Graduates will understand the importance of further professional growth and innovation consciousness through continuing education and research

Graduation Outcomes Requirements

(a) an ability to apply knowledge of mathematics, science, and engineering.

(b) an ability to design and conduct experiments, as well as to analyze and interpret data.

(c) an ability to design a system, component, or process to meet desired needs within realistic constraints such as economic, environmental, social, political, ethical, health and safety manufacturability, and sustainability.

(d) an ability to function on multidisciplinary teams.

(e) an ability to identify, formulate and solve engineering problems.

(f) an understanding of professional and ethical responsibility.

(g) an ability to communicate effectively.

(h) the broad education necessary to understand the impact of engineering solutions in a global, economic, environmental and societal context.

(i) a recognition of the need for and an ability to engage in life-long learning.

(j) a knowledge of contemporary issues, especially as related to engineering practice.

(k) an ability to use the techniques, skills and modern engineering tools necessary for engineering practice.

 

Degree Awarded:

   Bachelor of Engineering

  Curriculum Schedule

 

Major：Chemical Engineering &Technology

（一）Basic Education Curriculum

1. Basic Education Compulsory (A1)

Code	Course Name	Total Credit Hours	Practice and Lab Hours	Credits	Weekly Hours/Semester
					1	2	3	4	5		6			7
72410061	Ethics and Fundamentals of Law	48		3.0	3
72330061	Basic Principles of Marxism	48		3.0			3*
72360121	Mao Zedong Thought and Socialism Theoretical System with Chinese Characteristics▲	96		6.0					3*
72500041	Modern and Contemporary Chinese History	32		2.0				3
72451021	Situation and Policy of China	32		2.0	16 academic hours each semester
53021-2#	Advanced Mathematics	120		7.5	4*/56 3.5	4*/64 4.0
50030041	Linear Algebra	32		2.0		2
51010051	Probability and Statistics	40		2.5			3
53051-2#	Physics	96		6.0		3*/48 3.0	4*/48 3.0
53061-2#	Physics Laboratory Practice	50		2.5		2	2
40171-2#	Fundamentals of Computers & Visual Basic Program Design	80		5.0	4	4*
76021-4#	College English	192		12.0	4*/48 3.0	4*/48 3.0	4*/48 3.0	4*/48 3.0
99011-4#	Physical Education	144		4.0	2 /36 1.0	2 /36 1.0	2 /36 1.0	2 /36 1.0
99021-6#	Extracurricular Physical Exercises	60	60	3.0	1st -6th Semester (0.5 credit per semester)
99511-2#	Military Theory	32		2.0		2/16 1.0	2/16 1.0
A1	Required Subtotal	1102		62.5

 

2. Basic Education Elective (A3)

Code	Course Name	Total Credit Hours	Practice and Lab Hours	Credits	Weekly Hours/Semester
					1	2	3	4	5	6	7
72430043	Mental Health Education of College Student	32	8	2.0	2
	Public Elective Courses	64		4.0
A3	Required Subtotal	96		6.0
A	Required Total	1198		68.5

Notes：

(1) Courses with their weekly periods marked with “*” required final examination;

(2) ▲Mao Zedong Thought and Socialism Theoretical System with Chinese Characteristics includes 48 academic hours for practicing and studying from Internet;

(3) Physical health standards counseling test includes total 32 academic hours with 8 academic hours per semester from 5^th to 8^th semesters;

(4) Extracurricular Employment Guidance course with 16 academic hours is offered in the 7^th semester;

(5) Among public elective courses, Mental Health Education of College Student is required elective courses; Lecture classes are required total 1.0 credit (0.2 credit every time).

（二）Discipline （Specialized）Fundamental Curriculum

1. Specialized Fundamental Compulsory (B1)

Code	Course Name	Total Credit Hours	Practice and Lab Hours	Credits	Weekly Hours/Semester
					1	2	3	4	5	6	7
10011-2#	Inorganic and Analytical Chemistry	72		4.5	3*/32   2.0	3*/40   2.5
14560061	Chemical Thermodynamics	48		3.0				4*
10260031	Chemical Kinetics	24		1.5					3*
14540061	Chemical Engineering Thermodynamics	48		3.0					4*
10090081	Organic Chemistry	64		4.0			4*
14170071	Fluid Flow & Heat Transfer	56		3.5				4*
14180081	Mass Transfer & Separation Engineering	64		4.0					4*
14520061	Reaction Engineering	48		3.0						4*
15581-2#	Fundamental Chemistry Laboratory Practice A	70	70	3.5	30/ 1.5	40/ 2.0
15583-4#	Fundamental Chemistry Laboratory Practice B	50	50	2.5			30/ 1.5	20/ 1.0
15585-6#	Fundamental Chemistry Laboratory Practice C	40	40	2.0				20/ 1.0	20/ 1.0
14031-2#	Chemical Engineering Principle Practice	40	40	2.0				20/ 1.0	20/ 1.0
21160041	Fundamentals of Chemical Equipment	32		2.0				4*
43370041	Chemical Instrument & Automation	32		2.0					4*
11010031	Industrial Catalysis	24		1.5						3*
11070041	Outline of Chemical Design	32	16	2.0						4*
14210041	Safety Technology of Chemical Engineering & Environmental Protection	32		2.0					2*
14220041	Technology Economy & Management of Chemical Engineering	32		2.0			2*
B1	Required Subtotal	808		48

 

2. Specialized Fundamental Elective（B3）

Code	Course Name	Total Credit Hours	Practice and Lab Hours	Credits	Weekly Hours/Semester
					1	2	3	4	5	6	7
45150063	Electrical Engineering & Technology	48	6	3.0				4
10150031	Industrial Analytic Technology	24		1.5						3
10390035	Industrial Analytic Technology Laboratory Practice	30		1.5						4
10180041	Organic Chemistry (Ⅱ)	32		2.0						4
20030051	Engineering Drawing & CAD	40		2.5				3
12510041	Biochemistry	32		2.0			2
11290041	Professional English	32		2.0					2
32310021	Literature Retrieval	16		1.0						3
10290041	Electrochemistry & Colloid Surface Chemistry	32		2.0					3
14050043	Applications of Computer in Chemical Engineering	32	16	2.0						2
13250031	Green Chemical Engineering	24		1.5					2
B3	Subtotal/ Required Subtotal	342/ 208		21/ 13
B	Required Total	1016		61

 

（三）Professional Module Curriculum (Orientation: Fine Chemical Engineering)

1. Specialized Compulsory (C1)

Code	Course Name	Total Credit Hours	Practice and Lab Hours	Credits	Weekly Hours/Semester
					1	2	3	4	5	6	7
11100061	Technology of Fine Chemical Engineering	48		3.0						4*
11230041	Medicine, Pesticide, Dye & Pigment	32		2.0							4*
13010031	Surfactant	24		1.5							3*
14160031	Modern Separation Technology	24		1.5						3*
C1	Required Subtotal	128		8.0

2. Specialized Elective (C3)

Code	Course Name	Total Credit Hours	Practice and Lab Hours	Credits	Weekly Hours/Semester
					1	2	3	4	5	6	7
14510031	Chemical Transfer Process	24		1.5							3
11160031	Introduction to Petrochemical Engineering	24		1.5				3
11120021	English Writing for Science and Technology Paper	16		1.0							2
11080031	C1 Chemical Engineering	24		1.5						3
13200031	Introduction of Academic Foreland	24		1.5							3
11090041	Chemical Process Analysis & Synthesis	32		2.0							4
11020041	Chemical Product Development	32		2.0						3
C3	Subtotal/ Required Subtotal	176/ 96		11/ 6.0
C	Required Total	224		14.0

 

（三）Professional Module Curriculum (Orientation: Petroleum Processing & Organic Chemical Engineering)

1. Specialized Compulsory (C1)

Code	Course Name	Total Credit Hours	Practice and Lab Hours	Credits	Weekly Hours/Semester
					1	2	3	4	5	6	7
11190051	Petroleum Refinery Engineering	40		2.5							4*
11170031	Petroleum Chemistry	24		1.5						3*
11220051	Technology of Organic Chemical Engineering	40		2.5							4*
14160031	Modern Separation Technology	24		1.5						3*
C1	Required Subtotal	128		8.0

2. Specialized Elective (C3)

Code	Course Name	Total Credit Hours	Practice and Lab Hours	Credits	Weekly Hours/Semester
					1	2	3	4	5	6	7
14510031	Chemical Transfer Process	24		1.5							3
11080031	C1 Chemical Engineering	24		1.5						3
11120021	English Writing for Science and Technology Paper	16		1.0							2
11110041	Fine Organic Synthesis	24		1.5						3
13200031	Introduction of Academic Foreland	24		1.5							3
11090041	Chemical Process Analysis & Synthesis	32		2.0							4
11020041	Chemical Product Development	32		2.0						3
C3	Subtotal/ Required Subtotal	176/ 96		11/ 6.0
C	Required Total	224		14.0

 

（三）Professional Module Curriculum (Orientation: Chemical Engineering Design)

1. Specialized Compulsory (C1)

Code	Course Name	Total Credit Hours	Practice and Lab Hours	Credits	Weekly Hours/Semester
					1	2	3	4	5	6	7
11140051	Technology of Chemical Engineering	40		2.5						4*
11090041	Chemical Process Analysis & Synthesis	32		2.0							4*
11330043	Chemical Process Programming	24	8	1.5					4*
11340043	3D Model Design of Chemical Engineering	32	12	2.0						3
C1	Required Subtotal	128		8.0

2. Specialized Elective (C3)

Code	Course Name	Total Credit Hours	Practice and Lab Hours	Credits	Weekly Hours/Semester
					1	2	3	4	5	6	7
11060031	Energy Conservation & Heat Integration of Chemical Process	32	8	2.0						3
14510031	Chemical Transfer Process	24		1.5							3
14160031	Modern Separation Technology	24		1.5						3
11020041	Chemical Product Development	32		2.0						3
11160031	Introduction to Petrochemical Engineering	24		1.5				3
13200031	Introduction of Academic Foreland	24		1.5							3
11120021	English Writing for Science and Technology Paper	16		1.0							2
C3	Subtotal/ Required Subtotal	176/ 96		11/ 6.0
C	Required Total	224		14.0

 

 

 

Chemical Engineering & Technology

Distribution of Credits and Hours

 

Chemical Engineering & Technology

Detail Table for Practical Study

Title	Weeks	Credits	Semester	Week Start/End
Military Training	2.5	2.5	1	2-4
Cognition Practice of Petrochemical Engineering Visiting			1
Practice in Metalworking	2	2.0	3	According to factory plan
Simulation Practice (Including Cognition Practice)	1	1.0	6	18
Chemical Design 1（Heat Exchanger Design）	1	1.0	4	18
Chemical Design 2（Chemical Towers Design）	1	1.0	5	18
Chemical Design 3（Reactor Design）	1	1.0	6	19
Curriculum Design of Chemical Equipment	1	1.0	5	19
Chemical Technology Design	5	5.0	7	16-20
Professional Laboratory Practice	40 academic hours	2.0	7	1-11
Graduation Practice (Including Inside and Outside College)	3	3.0	7	12-14
Graduation Design or Thesis	18	18.0	8	1-18
Innovation & Social Practice		3.0		Extracurricular
Total		40.5

Implementer: Zhongyu Li, Bing Xue Academy Validator: Shuling Xu