软件工程（领域）专业学位硕士研究生培养方案

Cultivation Scheme of Software Engineering（Field）for Full-time Professional Master’s Degree

 
 
 
 

专业代码：085212	学分要求：26
Specialty Code: 085212	Credit Requirement: 26

 
一、工程领域简介(Introduction of Engineering Field)
软件工程全日制硕士主要培养能运用先进的工程化方法、技术和工具从事软件分析、设计、开发、维护以及项目组织与管理的高层次应用型软件人才，可在产业与工程中从事应用研究和大型软件工程的设计、开发与管理工作。我校于2011 年获批软件工程一级学科硕士学位授权点，2014 年获批软件工程专业学位
授权点。现有任课教师 66 人，其中专职教师 44 人。专职教师中具有博士学位的
15 人，在读博士 7 人，硕士生导师 25 人；教授 5 人，副教授 15 人，高级工程
师 2 人，形成了以教授为学科及研究方向带头人，以副教授、博士为主体，以年轻教师为后备力量的学历结构、知识结构、职称结构合理的教师梯队。学科团队先后主持国家自然科学基金项目 4 项，参与国家自然科学基金项目 4 项，其它省
市级项目 30 余项。在国内外学术期刊及学术会议发表较高水平论文 150 余篇，
出版教材和学术专著 25 部，申请发明专利 5 项。学科团队获辽宁省科技进步一
等奖 2 项，辽宁省教学成果一等奖 1 项，辽宁省自然科学学术成果一等奖 1 项。拥有软件工程省级实验教学示范中心和软件工程研究中心、数据科学与云计算研究中心和人工智能研究中心。学科在图像与视觉信息计算、智能数据处理、软件工程技术、嵌入式软件和大数据与云计算等方面开展基础性、应用性创新研究， 为区域经济和行业发展提供技术与人才支持。
The master of software engineering full-time program aims at cultivating engineers skilled in using advanced engineering methods, techniques and tools to engage in software analysis, design, development, maintenance and project management, and in working in industry to perform large-scale software engineering design, development and management. Our school was authorized to confer master

degree of first-class discipline of software engineering in 2011, and to confer bachelor degree of software engineer in 2014. The school has 66 faculty members, 44 of which working full-time. The faculty team consists of 15 Ph.D.s, 7 Ph.D. candidates, 25 master supervisors, 5 professors, 15 associate professors, and 2 senior engineers. The teaching team framework is characterized by a reasonable academic, knowledge, and professional title structure, with professors as subjects and research leaders, associate professors and doctors as main bodies, and young teaching staffs as reserve forces. The team has successively overseen and participated in 8 projects of the National Science Foundation of China, and more than 30 provincial and municipal projects, published more than 150 high-level papers in domestic and foreign academic journals and academic conferences, published 25 textbooks and monographs, and applied for 5 invention patents. Moreover, the team has received 2 first prizes for scientific and technological progress in Liaoning Province, a first prize for teaching achievement in Liaoning Province, and a first prize for natural science academic achievement in Liaoning Province. The school has a provincial-level experimental teaching demonstration center for software engineering and a software engineering research center, a data science and cloud computing research center, and an artificial intelligence research center. The team conducts basic and applied innovation research in intelligent data processing, image and visual information computing, software engineering technology, embedded software, big data and cloud computing, and provides technical and talent support for regional economic and industrial development.

二、培养目标（Cultivation Objectives）

掌握软件工程领域理论知识、具有较强解决实际问题的能力、能够承担软件工程专业技术或管理工作、具有良好职业素养的高层次应用型专门人才。要求学生熟悉软件工程领域的新技术和行业规范，具备较强的工程实践能力和运用先进的工程化方法、技术和工具从事软件系统分析、设计、开发、测试和维护等工作的能力，具备工程项目的组织与管理能力、团队协作能力、技术创新能力和市场开拓能力。
The program aims at cultivating high-level application-oriented specialized talents who grasp theoretical knowledge in the field of software engineering, have the ability to solve practical problems, are able to undertake software engineering or management work, and have good professional qualities. Students are required to be familiar with new technologies and industry specifications in the field of software engineering, to have strong engineering practice capabilities and the ability to use

advanced engineering methods, techniques, and tools to perform software system analysis, design, development, testing, and maintenance, and have project organization and management capabilities, team collaboration capabilities, technological innovation capabilities, and market development capabilities.

三、培养要求 (Cultivation Requirements)

（1） 较好地掌握马克思主义、毛泽东思想和中国特色社会主义理论；拥护党的基本路线、方针和政策；热爱祖国；遵纪守法，具有良好的职业道德和创业精神，积极为我国经济建设和社会发展服务。
Master Marxism, Mao Zedong Thought, and the theory of socialism with Chinese characteristics. Uphold the Communist Party’s basic line, principles, and policies. Love the motherland. Abide by the law, have good professional ethics and entrepreneurial spirit, and serve actively in China's economic construction and social development.
（2） 面向软件产业和软件工程领域需求，具有创新意识，具有运用先进技术方法和现代技术手段解决工程问题的能力，具有独立从事软件工程设计、开发、实施和管理等能力。
Facing the needs of the software industry and software engineering field, have a sense of innovation, the ability to use advanced technology methods and modern technology to solve engineering problems, and the ability to independently engage in software engineering design, development, implementation, and management.
（3） 较熟练地掌握一门外语，能阅读专业外语资料。
Master a foreign language and be able to read professional materials in foreign languages.

四、研究方向（Research Orientation）

 

序号 No.	名 称 Name	研究方向的范围及特点概述 Scope of Research Orientation and Brief Account of Characteristic
1	图像与视觉信息计算Image and visual information computing	以计算机图形学和图像处理技术为基础，研究图形图像采集、存储、显示、分析及处理相关理论和技术。其主要研究内容包括图形图像处理、机器视觉与人机交互技术等。 Based on computer graphics and image processing technologies, this research orientation studies theories and techniques for acquiring, storing, displaying, analyzing and processing graphic images. Its main research contents include computer graphics, image processing, computer vision and human-computer interaction technology.
2	智能数据处理	以人工智能和数据挖掘技术为基础，研究数据智能、知识智能

	Intelligent data processing	和社会智能的相关理论和技术。其主要研究内容包括知识获取方法、基于本体的知识的表示方法、知识转化、运用和处理等。 Based on artificial intelligence and data mining technologies, this research orientation studies relevant theories and techniques of data intelligence, knowledge intelligence, and social intelligence. Its main research contents include knowledge acquisition methods, ontology-based knowledge representation methods, knowledge transformation, application, processing and so on.
3	软件工程技术Software engineering technology	研究软件开发的基本原理和方法。其主要研究内容包括软件需求工程、软件体系结构、软件开发技术、软件测试技术等。 This research orientation studies basic principles and methods of software development. Its main research contents include software requirements engineering, software architecture, software development technology, software testing technology and so on.
4	嵌入式软件Embedded software technology	研究嵌入式软件开发的基本原理和方法。其主要研究内容包括嵌入式操作系统、嵌入式应用软件、嵌入式软件工程理论等。 This research orientation studies basic principles and methods of embedded software development. Its main research contents include embedded operating system, embedded software, and embedded software engineering theory and so on.
5	大数据与云计算Big data and cloud computing	研究面向服务的大数据技术架构原理和云计算平台技术。其主要研究内容包括大数据存储技术、数据仓库与数据挖掘、分布式计算、云计算服务端技术等。 This research orientation studies principles of service-oriented big data technology architecture and cloud computing platform technologies. Its main research contents include big data storage technology, data warehouse and data mining, distributed computing, cloud computing server technology and so on.

 
五、学制与学习年限（Duration of Schooling and Length of Schooling）
（1） 采用全日制学习方式，学制一般为 2.5 年，学习年限最长不超过 4 年，
其中从事工程实践时间为 6-12 个月。
Full-time training, the school system is generally 2.5 years, and the maximum training duration is no more than 4 years, of which the professional practice duration is 6-12 months.
（2） 全日制学生在第 1 学年学习理论课程，修满规定的学分，在后 1.5 学年结合专业实践，完成学位论文，参加毕业考核，毕业考核包含软件工程项目实践展示和学位论文答辩。
Take theory courses in the first academic year to obtain required amount of credits, complete dissertation by combining professional practice in the next 1.5

academic years, then participate in graduation assessments, and graduation assessments include software engineering project practice demonstrations and dissertation defenses.
（3） 培养方向包括图像与视觉信息计算、智能数据处理、软件工程技术、嵌入式软件和大数据与云计算。
The training orientations include image and visual information computing, intelligent data processing, software engineering technology, embedded software technology and big data and cloud computing.

六、培养方式(Cultivation Mode)

采用课程学习、专业实践和学位论文相结合的培养方式。
The training combines curriculum learning, professional practice, and dissertation.
（1） 课程学习主要在校内完成，课程以职业需求为导向，以工程实践能力为目标，以提高综合素养为核心。内容上强调理论与应用的有机结合，突出案例分析和实践研究；教学过程强调团队学习、案例分析、现场研究、模拟训练等方法；注重培养学生研究实践问题的意识和能力。在学校学习的时间累计不少于 1 年，实行学分制管理。
The coursework is mainly given in school. Courses are based on professional needs, with the objective of professional practice ability, and the improvement of comprehensive quality as the core. The content emphasizes the organic combination of theory and application, and highlights case analysis and practical research. The teaching process emphasizes team learning, case analysis, on-site research, and simulation training; it focuses on cultivating students' awareness and ability to study practical problems. The training duration in school is not less than 1 year and a credit system is implemented.
（2） 专业实践是重要的教学环节，充分的、高质量的专业实践是专业学位教育质量的重要保证。专业实践在软件企业或实习单位完成，时间一般为 6 个月， 采用集中实践与分散实践相结合的方式。实践教学中要求聘请企业中有丰富经验的软件专家、技术人员，共同承担研究生的培养工作。注重培养学生的实践和创新能力，增长实际工作经验，缩短就业适应期限，提高学生的专业素养及就业创业能力。
Professional practice is an important teaching link. Full and high-quality

professional practice is an important assurance for the quality of professional degree education. Professional practice is performed in software companies or by internships. The duration is generally six months. The combination of centralized practice and decentralized practice is used. The professional practice requires hiring software experts and technicians with rich experience in the enterprise to jointly undertake the cultivation of graduate students. Focus on cultivating students' practical and innovative capabilities, increase practical work experience, shorten employment adaptation period, and improve students' professional qualities in employment and entrepreneurship.
（3） 软件工程专业硕士研究生的培养实行双导师制，以校内导师指导为主， 校外导师参与实践过程、项目研究、课程学习与论文撰写等多个环节的指导工作。学位论文指导实行双导师制，校内导师由相关学科具有副高级职称以上教师担任， 校外导师由企业和工程部门推荐的业务水平高、责任心强的具有高级技术职称的 人员担任。学位论文选题应来源于应用课题或现实问题，有明确的职业背景和行 业应用价值。
The training is conducted with a dual-tutoring system, with the guidance of the tutor in school, and the tutors outside school participate in the guiding work of the practice process, project research, course study, and thesis writing. The dissertation writing process also implements a dual-tutoring system. The school tutors are professors or associate professors of the relevant disciplines. The tutors outside school are staffed by senior and highly responsible professionals with high technical titles recommended by the enterprise and engineering departments. The topic of dissertations should come from applied topics or practical problems, with a clear professional background and industry application value.

七、课程设置与学分要求(Curriculum and Course Credits)

课程学习和实践教学实行学分制。攻读软件工程硕士专业学位总学分不得低于 26 学分，必修课不超过 22 学分，实践教学不计入总学分。课程设置包含政治理论、外语、数学和专业课。根据全日制软件工程专业学位硕士研究生的特点， 确定课程的内容和学分，达到软件工程专业硕士学位所应具备的知识结构和能力要求。
Curriculum learning and professional practice implement credit system. The total credit for a professional master's degree in software engineering must not be less than 26 credits, and the required course must not exceed 22 credits. Professional practice

does not count toward total credits. The curriculum includes political theory, foreign languages, mathematics and professional courses. According to the characteristics of full-time master candidate in software engineering, the content and creditsof the courses are determined to meet the knowledge structure and ability requirements for a professional master degree in software engineering.

（1） 公共课程
Public Course
（2） 基础理论类课程
Basic theory courses
（3） 选修课程
Elective Courses
 

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