《环境工程专业英语》旨在提高学生环境专业英文文献阅读和应用水平，介绍环境工程领域涉及的水、大气的污染与控制，固体废物的全过程管理，有害废物的处理处置，噪声及其控制，环境影响评价，环境立法，环境与可持续发展等内容，并简要介绍当今环境保护方面的新科技。
English for Environmental Engineering aims at raising the students’level of reading and applying English literature for Environmental Engineering, introducing water pollution,air pollution and control, total process of solid waste, disposal of hazardous waste, noise and control, environmental impact assessment, environmental legislation, environment and sustainable development in environmental engineering, introducing latest scientific and technological methods in present environmental protection briefly.环境微生物本课程是环境工程本科专业的核心课。
课程主要内容包括：环境中微生物主要类群及微生物形态、结构与功能，以及营养、物质代谢、生长繁殖、遗传变异等；微生物生态涵盖水体、土壤、空气、污水和固体废物生物处理中的微生物及其生态等内容；生物处理技术中的微生物学原理与方法则涉及活性污泥法、生物膜法、生物脱氮、生物除磷、微污染水源生物预处理等内容。
This course is a core course for environmental engineering undergraduates. The course mainly includes: the community, morphology, structure and function of microorganisms in the environment, as well as nutrition, metabolism, growth and reproduction, genetic variation of microorganisms and so on. Microbial ecology covers microorganisms in water, soil, air , sewage and solid waste biological treatment and their ecology. The principles and methods of microbiology in biological treatment technology include the activated sludge, biofilm, biological denitrification, biological phosphorus removal, and micro-polluted water biological pretreatment.生物化学就是生命的化学。
它是以生物体为研究对象，利用物理的、化学的或生物学的原理和方法了解生物体的物质组成、结构以及物质和能量在体内的化学变化；同时研究这些化学变化与生物的生理机能和外界环境的关系，从而从分子水平探讨和揭示生命的奥秘。
主要研究内容包括：1．生物体是由哪些物质组成的？它们的结构和性质如何？2．这些物质在体内发生什么变化？其变化过程如何？变化过程中能量是怎样转变的？3．这些物质的结构，代谢和生物功能与复杂的生命现象（如生长、生殖、遗传、运动等）之间有什么关系？Biochemistry is a discipline of biology. With the principles and methods in physics, chemistry and biology, it not only studies the composition, structure, nature, function and metabolism of organisms, but also the relationship between the chemical changes and biological physiological function and external environment.Main Research Contents1. Composition of organisms. Structure and nature of the components.2. Function, metabolism, and energy change of the components.3.Relationships between the structure, nature, function, and metabolism of the components and biological phenomena (eg., growth, reproduction, heredity, and sports).化学反应过程本课程主要任务是使学生掌握化工生产中的关键过程－化学反应过程的基本理论和知识，培养学生具体分析、计算和解决化工生产中有关化学反应过程的实际问题的能力。
Chemical reaction engineering is a bridge for chemical products between lab and industry. The emphases of this course are to introduce chemical reaction kinetics, chemical reactor design, the principles of engineering scale-up and theories of momentum, heat and mass transfer and reaction to industry. It is a core course in the chemical engineering. The main contents of this course include homogeneous and heterogeneous reaction kinetics, ideal flow reactors and their operations, and solid catalyzed reactions, etc.介绍了燃料电池的历史与发展、基本原理、一般特性、种类与研究方法；重点阐述了目前发展迅速的质子交换膜燃料电池、甲醇燃料电池、熔融碳酸盐燃料电池与固体氧化物燃料电池等各类燃料电池技术的工作原理、工作特性、关键技术、应用范围，同时还反映了近年来燃料电池技术的最新科技成果与未来发展方向。
This course is set to introduce the development, the basic principle the type of fuel cells and their research methods and applications. Especially introduce the main types of fuel cell technology including to proton exchange membrane fuel cells, molten carbonate fuel cells, solid oxide fuel cell their working principles, performances, key technologies and applications. The latest research results and prospects are also presented.本课程是为三年级学生进行科技论文写作提供知识和方法的课程。
课程从科技论文的特点出发，按照国家标准对科技论文的写作要求，系统而简明地介绍了科技论文写作的基本方法；论文各部分的具体内容、要求、写法、写作要点；写作所涉及的量、单位以及量和单位符号的正确使用；外文符号，数学式，化学式的正确书写和编排；数字，缩略词语的正确使用；图、表的合理设计；选刊、投稿，稿件的修改；编辑部对稿件的处理流程等内容。
而且为了让学生能够在较短的时间内掌握科技论文的写作方法，本课程将更注重实践教学，在进行系统讲解的同时，穿插了一些具体示例。
为了便于理解，将对论文写作中的一些常见问题进行了分析，并给定材料要求大家写一个学术论文，进行实践。
The course both for Juniors who write science in English as their first language and those for who English is an additional language (EAL). Although a very high proportion of the research articles published worldwide currently appear in English, scientific research is an intensely international and intercultural activity in the twenty-first century, and authors come from a wide range oflanguage and cultural backgrounds. This situation adds another layer to the challenges facing authors themselves, journal editors and referees, and those who teach and support EAL scientists.The book used in the class is designed for use either by individuals as a self-study guide, or by groups working with a teacher or facilitator. We can prepare our manuscript step by step in the class, or use the book as a preparation phase and return to relevant parts when the time comes to write their own paper and navigate the publishing process.本课程主要介绍土木工程专业的基本内容，以简明、新颖、实用的内容帮助学生了解土木工程所涉及的范围、成就、最新发展等情况。