Chemical Engineering Journal (CHEJ): An Introduction
Chemical Engineering Journal (CHEJ) is a renowned scientific journal that
publishes original research papers, reviews, and commentaries covering a wide
range of topics in the field of chemical engineering. As one of the leading journals in
this discipline, CHEJ aims to provide a platform for researchers, engineers, and
practitioners to share their latest findings and advances in chemical engineering.
The journal focuses on various aspects of chemical engineering, including but
not limited to, process design, chemical reaction engineering, transport phenomena,
separation and purification processes, novel materials, catalysis, environmental
engineering, energy conversion and storage, and sustainable processes. By addressing these critical topics, CHEJ plays a crucial role in promoting the
生物制药 本科专业培养方案
学科门类： 工学 专业代码： 083002T 授予学位： 学士 学制： 四年
一、培养目标及特色
目标：依照“以生为本，特色创新”教学理念，培养德、智、体、美全面发展，具备扎
实的生物制药专业基础理论和基本技能，富有科学素养、人文情怀和创新精神的应用型高级
专门人才。本专业毕业学生适合到生物技术制药、天然药物产品开发、化学制药及生物工程
等领域从事科学研究、技术开发、工艺设计、产品质量控制、经营管理及药物营销等岗位的
工作。
特色：注重林源药物资源开发、药用微生物资源开发及生物催化转化相关药物的基础理
论和实践技能训练，培养具有生态意识和绿色发展理念的复合应用型人才。
二、培养要求
1．知识结构要求：
（1）掌握化学、生物化学、生物技术、生物科学、药学的基本理论、基本知识和基本
实验技能。掌握生物技术制药的基本原理与方法，熟悉生物制药的工艺与设备。了解生物制
药的理论前沿、应用前景及最新发展动态，以及制药产业发展状况。
（2）了解生物制药产业政策、知识产权、制药安全、药事法规等有关政策法规。
（3）具有从事生物制药工作所需的相关自然科学知识；掌握一定的人文科学及经济管
理学基础知识；
（4）熟练掌握一门外国语，具有一定的听、说、读、写能力；掌握现代信息技术，熟
练使用计算机。
2. 能力结构要求：
（1）具备生产、研制、开发、设计生物药物的基本能力、思维方法和工作方法；具备
在制药工程领域运用生物制药基本原理、新药设计原理与方法、生物技术原理与方法、生化
药学、计算机和生物信息技术等相关知识的能力。
（2）具有较强的发现、分析和解决问题的能力，具有摄取知识能力、知识自我更新能
力，具有适应岗位变化、获取职业发展知识和技能的终身学习能力。
（3）具有创新意识和创新能力，具有一定的创业和经营管理能力。
（4）具有一定的领导能力、适应环境能力和与他人及团队合作的能力；具有国际视野
和跨文化环境下的交流、竞争与合作的初步能力。
理化检验的基本原理
Physical and chemical testing is a fundamental aspect of scientific
research and industrial applications. It involves the analysis of the
physical and chemical properties of materials, substances, and
compounds to determine their composition, purity, and quality. By
understanding the basic principles of physical and chemical testing,
researchers can ensure the accuracy and reliability of their data.
理化检验是科学研究和工业应用的基础。它涉及对材料、物质和化合物的物理和化学性质进行分析，以确定它们的成分、纯度和质量。通过了解理化检验的基本原理，研究人员可以确保其数据的准确性和可靠性。
One of the key principles of physical and chemical testing is accuracy.
This involves ensuring that the measurements and data obtained are
precise and reliable. To achieve this, scientists must adhere to strict
protocols and standards, using calibrated equipment and performing
tests under controlled conditions.
Chemical Reaction Engineering
Chemical reaction engineering is a fascinating field that lies at the
intersection of chemistry, engineering, and mathematics. It involves studying the
rates and mechanisms of chemical reactions and designing optimal processes for
producing desired products on an industrial scale. From the production of
pharmaceuticals and petrochemicals to the development of sustainable energy
sources, chemical reaction engineering plays a crucial role in advancing
technology and improving our quality of life. One of the key aspects of chemical
reaction engineering is understanding the kinetics of reactions, which refers to
the rates at which reactants are consumed and products are formed. This knowledge
is essential for designing reactors that can operate efficiently and produce high
