版培养方案中英文对照

2014版培养方案（中英文对照）

制药工程专业培养方案

Pharmaceutical Engineering

专业代码(Specialty Code)：081302

专业名称(Specialty Name)：制药工程 (Pharmaceutical Engineering)

一、培养目标体系

I. Objectives

1.人才培养目标

Objectives

（1）基本培养目标

General Objectives

培养的学生身心健康、知识结构合理，有健全的人格、高尚的人文情怀和社会责任感，有一定的批判思维与创新能力、科学研究能力、语言文字表达能力、终身学习能力和组织管理能力，具有国际视野和团队合作精神。

Students are nurtured to be both physically and psychologically healthy. They are expected to

have a wholesome personality, a value for humanistic pursuits, and a sense of social responsibility, as

well as the ability to think critically and innovatively, good writing and communication skills, an

orientation towards life-long learning, and a proficiency in organization and management. Moreover,

they should have an international mindset and be able to work well in a team context.

（2）专业培养目标

Major-specific Objectives

培养具备药学基本知识和制药工程学理论与技能，具有一定的创新意识和较强的实际工作能力，能够在农药、化工等领域从事生产、研究、开发、管理、营销与推广应用等工作的高素质的复合应用型人才。

The primary objective of the program is to educate high-quality professionals with excellent

ability to work and innovative consciousness, provide them with the basic knowledge and skills in

pharmacy and engineering required to work in the pharmaceutical, agrochemical, or chemical

engineering field, with particular emphasis on the aspects of manufacturing, R&D, managing,

marketing and application.

2.毕业生应掌握的基本知识

Graduates are required to acquire:

（1）毕业生应掌握的基本知识

Basic knowledge

A1历史、哲学、文学、艺术等领域的基本知识（培养学生具有正确的历史观、世界观、人生观、价值观、审美观）

A1.

Of the arts and humanities, which includes history, philosophy, literature and art (to train

students to understand different perspectives of history, the world, life, values and aesthetics)

A2社会科学学科研究方法的基本知识（让学生掌握社会科学的基本知识，了解基本研究方法，具有人文情怀和社会责任感）

A2.

Of social science disciplines and their research methods (to equip students with basic

research skills, a value for culture and society, and an understanding of social responsibilities)

A3数理与逻辑分析以及物理学的基础知识（让学生掌握数理与逻辑分析、大学物理的基本知识）

A3.

Of mathematics, logic and physics (to train students in basic logical analysis, critical thinking,

and problem solving)

A4现代信息技术的基本知识（让学生掌握现代网络技术、通信技术和信息处理技术等的基本知识）

A4.

Of modern information technology (IT) (to enable students to use modern technologies

regarding the internet, communication, and information processing)

A5生态环境、生命科学、经济管理等方面的基本知识（让学生掌握自然环境与社会发展、经济管理与社会科学、科技发展与文明传承、文明对话与国际视野等方面的基本知识）

A5. Of ecological environment, life sciences, and economic management (to provide students

with a basic understanding of the natural world, economics, civilization, sociology, etc.)

（2）本科生应掌握的专业知识

Major-specific knowledge required for graduates includes

A6具有扎实的数学、物理、化学、制药工程学等基本理论知识

ed knowledge on general principles of higher mathematics, physics, chemistry and

pharmaceutical engineering;

A7掌握药物化学、化学制药、生物制药、制药工艺等方面的基本知识

ed fundamental knowledge of medicinal chemistry, chemical and biochemical

production of pharmaceuticals;

A8具备对现有农药生产工艺流程进行生产管理和对农药新资源、新产品、新工艺进行研发的基本知识和技能

ed abilities to manage and monitor processes of pharmaceutical and pesticide

production, and to work in R&D sector for novel chemical products and processing.

A9熟悉国际和国内农药销售、管理及应用的有关方针、政策和法规

tanding government regulatory policies related to production, innovative design,

development and environmental concerns about find chemicals and pesticides. Acquired

professional skills and abilities in written and oral presentation, in organizing and managing projects

related to agrochemical industries, and in research-based decision making.

A10掌握科技文献检索、资料查询的基本方法

ed fundamental skills in technological literature retrieval.

3.毕业生应具备的基本能力

Graduates are required to have:

（1）毕业生应具备的基本能力

General abilities

B1清晰思考和用语言文字准确表达的能力

B1. To think clearly and express oneself well

B2发现、分析和解决问题的能力

B2.

To discover, analyze and solve problems

B3批判性思考、创造性工作以及终身学习的能力

B3.

To think critically, innovate and pursue lifelong learning

B4组织、管理与领导能力，与人合作共事的能力

B4。To organize, manage, direct and cooperate

B5对文学艺术作品的基本鉴赏能力

B5.

To appreciate literary and artistic works

（2）毕业生应具备的专业能力

Major-specific abilities required for graduates include：

B6具备农药产品的生产、研发、管理与营销及应用等职业能力

ed working skills in the manufacturing, R&D, management, marketing and application

of fine chemicals and pesticides.

B7具有独立获取知识、信息处理的基本能力

ed fundamental capacities of acquiring and handling knowledge.

B8具有较强的调查研究、组织管理和决策能力

ed capacities in investigation, management and decision.

4.毕业生应养成的基本素质

Qualities graduates should have

（1）毕业生的基本素质

Basic qualities

C1志存高远、意志坚强（以传承文明、探求真理、振兴中华、造福人类为己任，矢志不渝）

To be ambitious and strong-willed (to uphold cultural traditions, seek truth, shoulder

unwaveringly the responsibility to rejuvenate the Chinese nation and contribute to humanity)

C2刻苦务实、精勤进取（脚踏实地，不慕虚名；勤奋努力，追求卓越）

To be assiduous, pragmatic, industrious and progressive (to be realistic, free of fame lust ,

hard-working and striving for excellence)

C3身心和谐、视野开阔（具有良好的身体和心理素质；具有对多元文化的包容心态和宽阔的国际化视野）

To have harmony between body and mind, broad perspectives and open-mindedness (to be

strong physically and mentally, have a multicultural and tolerant attitude and a broad international

perspective)

C4思维敏捷、乐于创新（勤于思考，善于钻研，对于推陈出新怀有浓厚的兴趣，富有探索精神并渴望解决问题）

To be quick-thinking and willing to innovate (to excel in critical thinking and research, strive for

constant progress and innovation, have a spirit of exploration and desire to find solutions to world

problems )

（2）毕业生的专业素质

Major-specific qualities

C5 熟练掌握、灵活应用（以理解专业知识为基础，将知识在具体的实践中熟练应用）

Mastering, skillful. (Practically application of knowledge based on the understanding.)

C6勤于思考、运筹决策（科学的思维、运筹帷幄、科学决策）

Diligent thinking, decision making. (Scientific thinking and decision)

C7不断学习、更新知识（具有较强的获取知识信息的素质）

Sustainable learning, knowledge updating. (Acquired competence in accessing knowledge.)

C8 解放思想、勇于创新（敢于质疑、富有创新意识）

Ideological emancipating, innovative. (Dare to question and innovate.)

二、基本要求

II. Basic Requirements

具有良好思想道德修养和文化素养，健全的心智和健康的身体，具有开拓创新、团结协作精神。掌握制药工程、制剂加工、药物分析、农药毒理学等农药制药方面的基本过程和基本方法，具有农药产品的生产、工艺设计、新农药研发及农药科学应用及管理的基本能力。

The graduates of the Pharmaceutical Engineering major should be healthy both morally

physically, have the spirit to innovation and collaboration. The students should acquire the

fundamental principles and application of chemical engineering, pharmacy, medical analysis,

pesticide toxicology and that involve production of pharmaceuticals, having the abilities in the

manufacturing, process design, bioactive chemicals R&D and rational utilization and management of

pesticides.

1．具有扎实的数学、物理、化学、生物学、制药工程学等基本理论知识和较好的中、外文表达能力和计算机应用能力；

1. Acquired knowledge on general principles of higher mathematics, physics, chemistry biology,

pharmacy engineering; having the ability to communicate both in Chinese and English, and to apply

computer.

2．掌握药物化学、制药工程、制药工艺等方面的基本知识和基本技能。

2. Acquired fundamental knowledge and skills of medicine chemistry, pharmacy engineering and

processing.

3．具备对现有药物生产工艺流程进行生产管理和对药物新资源、新产品、新工艺及农药应用新技术进行研发的能力；

3. Acquired abilities to manage and monitor processes of pharmaceutical and pesticide

production, and to work in R&D sector for novel chemical products and processing.

4．熟悉国际和国内农药销售、管理及应用的有关方针、政策和法规；

ed understanding on government regulatory policies related to production, innovative

design, development and environmental concerns of precision chemical engineering products.

5. 掌握科技文献检索、资料查询的基本方法，具有一定的创新意识和独立获取新知识、处理新信息的能力。

5. Acquired fundamental skills in technological literature retrieval. Acquired competence in

accessing knowledge, innovative thinking and the ability to process up-to-date information.

6．有较强的调研与决策、组织与管理、口头与文字表达能力。

6. Acquired excellent ability of investigation, decision, organization, management, orally and

literally expression.

三、主干学科及相关学科

III. Main and Relevant Subjects

主干学科Main subject(s)：制药工程(Pharmaceutical Engineering )

相关学科Relevant subject(s)：应用化学（Applied Chemistry）、化学工艺（Chemical Process

Engineering）、精细化工（Precision Chemical Engineering）、农药学（Pesticide Science）、植物保护学

（Plant Protection）

四、核心课程

IV. Core Courses

化工原理、制药工程学、制药工艺学、农药学、药物合成、农药加工与分析、农药毒理学。

Principle of Chemical Engineering, Pharmaceutical Engineering, Pharmaceutical Technology,

Pesticide Science，Synthesis, Pesticide Processing and Analysis, Pesticide Toxicology.

五、实践教学环节

V. Hands-on Experience

军事训练、思想政治理论课实践、工程训练、教学实习和毕业论文（设计）等，共43周，总计34学分。

The Practical Training section is comprised of 43 weeks and 34 credits throughout the 4-year

undergraduate studies. Military Training, Application of Social Practice in Ideological and Political

Theory Education, Engineering Training, Practice Teaching, Undergraduate Degree Thesis (design),

etc..

六、学分分配

VI. Credits Allocation

课程课程教学 Courses

必修课 Compulsory

通识67.5

学科类

11.5

选修课Optional

通识类

1+x

学科类

63.5/61.5

实践教

学环节

合计

Total

(177.5/175.5Course

学 分

额定学分

Minimum

学分比例（%）

34

67.5

11.5

6

41

34

160

42.19

7.19

3.75

25.62

21.25

100

若分类，请列出各类的学分分配。

七、学制

VII. Duration

四年（Four years）

八、学位

VIII. Degree

工学学士（Bachelor of Agriculture）

九、毕业条件

IX. Graduation Requirements

毕业额定学分：160学分（课内）+8学分（课外）。

Minimum credits for graduation:160credits (curricular)+8credits (extracurricular).

课内：必修课79学分，选修课47学分，实践教学环节34学分。

Curricular: 79 credits for compulsory courses, 47 for elective courses, and 34 for hands-on

experience.

课外：素质与能力拓展8学分。

Extracurricular: 8 credits for innovation and skill development.

取得额定学分，方可准予毕业。

Minimum credits are required for graduation.