The major of molecular science and engineering aims to meet the needs of economic construction and social development with large social demand and high employment rate. After graduation, it can display its talents in rubber, plastics, petroleum, chemical industry, light industry, medicine, food, textile, architecture, transportation, aerospace and other fields, engaging in new product design and development, production process control Trade sales, circulation and management.
Employment prospects
The major of molecular science and engineering cultivates compound high-quality talents who meet the needs of national development, have good humanistic quality, broad and profound chemical and chemical foundation, strong innovation awareness, basic science research ability, and the ability to research and develop new functional chemical products and industrialization, and have comprehensive development in morality, intelligence, physique, and beauty.
This major is not only different from traditional chemistry and chemical engineering majors, but also not the simple addition of chemistry and chemical engineering majors. It focuses on solving chemistry and related environmental, material and life science problems with molecular level theory and knowledge. At the same time, it is based on the national demand for research, development and industrialization of new functional chemical products that need to be developed urgently, and optimizes the teaching content of chemistry and chemical engineering, Add new interdisciplinary knowledge, and the development prospect is very broad.
Professional Introduction
Molecular science and engineering is a highly interdisciplinary discipline, involving knowledge in physics, chemistry, biology, engineering and other fields. It plays a crucial role in the scientific and technological applications of high-tech industries such as bioengineering, life materials, special materials, new energy, information technology, aerospace and so on. The products involved include new generation of optical, electrical and magnetic functional materials (such as flexible display materials) , energy materials (fuel cells), special composite materials for aerospace (such as ultra-high temperature resistant materials for Shenzhou spacecraft), intelligent drug delivery systems (virus like nano drug carriers), sol and gel (new hemostatic materials), etc.