1. Basic theoretical knowledge: including advanced mathematics, linear algebra, probability theory and mathematical statistics, college physics, college chemistry, etc. To lay a solid foundation for subsequent professional courses.
2. Professional basic knowledge: including organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry, chemical engineering principles, chemical engineering thermodynamics, chemical process simulation, etc. To enable students to master the basic theories and methods in the field of chemical engineering.
3. Experimental skills: Through experimental courses, students need to master various chemical experimental operation skills, such as weighing, heating, cooling, stirring, filtering, extraction, distillation and crystallization. , as well as laboratory safety regulations and experimental data processing methods.
4. Engineering practice ability: Through internship, graduation design and other links, students need to have certain engineering design, construction, operation and management ability to solve practical engineering problems.
5. Computer application ability: familiar with commonly used computer software, such as AutoCAD, AspenPlus, MATLAB, etc. , used for chemical process simulation, optimization and design.
6. Interdisciplinary knowledge: Understand other disciplines related to chemical engineering, such as environmental science, materials science and biotechnology. Broaden your knowledge and improve your overall quality.
7. Innovation ability and teamwork ability: strong innovation consciousness and practical ability, able to carry out scientific research and technological development in the chemical industry; Have good team spirit and be able to complete project tasks with others.
8. Language communication skills: Have certain English reading, writing and listening and speaking skills, be able to read and understand English professional books and papers, and be able to carry out international exchanges and cooperation.