Undergraduate Program for Chemical Engineering and
Process of Jiangsu University
(2011 and later)
I. Brief Introduction
Chemical Engineering and Process, a fast developing discipline in 21st century, is based on the studies of basic rules of chemical production processes and fundamental Principles, involving of ralated production processes, researches, designs and optimization in chemical engineering area. It plays a pivotal roles in the sustainable economic development, especially for new materials, biotechnology, new energy resources, environment and so on.
II. Program objectives
Comprehensive development of physical and moral training to adapt to the contemporary needs of the development of chemical engineering. Basic theory, skills and research methods of chemical engineering will be carried out. After four-year education, the students should have the ability to serve the fundamental industry with modern scientific technology of chemistry and engineering, be able to do scien
tific research, product and process design, technical administration and so on.
III. Research Fields
⑴ Chemical Engineering Process
⑵ Polymer Material and Chemistry
⑶ New Chemical Material and Energy Resources
⑷ Fine Chemicals
⑸ Chemical Reaction Engineering
⑹ Industrial Catalysis
IV. Program Duration and Degree
⑴The study of Chemical Engineering and Technics program usually lasts 4 years and is composed of five type course, but the length of schooling is flexibly 3-6 years based on the credit system;
⑵After studying in this major and having passed all the exams, student will be awarded Bachelor’s degree of Engineering.
V. Requirements
Abide by the relevant policies and decrees formulated by the Chinese government, and the rules and regulations of Jiangsu University (JU).
Study hard and have good moral character. Respect the teaching staff and Chinese traditions and customs.
Develop scientific attitude in research and study and stress the combination of theory and practice. Have a good command of basic theories and systematic knowledge in the field of Communication Engineering.
Be in good health condition.
VI. Credit and Key Courses
reactor technology⑴ The total credits for the program are no less than 205.5, in which no less than 76.5 credits is for Uni
versity General Education Courses (Type A Courses), 57 credits for Specialized Core Courses (Type B Courses), no less than 21 credits for Specialized Elective courses (Type C Courses), no less than18credits for Specialized Extension Courses (Type D Courses), and 33credits for Intensive practicum or curriculum project.
⑵
VII. Curriculum and Credit Distribution
⑴Type A Courses(≥76.5 credits, stude nts should select at least 2 credits from the elective
Type C Courses(≥21 credits, students should select at least 2 credits from the
Type D Courses：(≥18 credits, students should select at least 18 credits from the

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