软件工程领域专业硕士培养模式初探

随着软件工程自身观念、知识、实践、工具等的发展更新,我国软件工程领域专业硕士教育的发展迎来巨大的机遇和挑战。文章介绍GSw2009中的CBOK以及最新的SWEBOK V3两种软件工程知识体系,阐述借鉴GSw E2009的南京大学课程体系和与之配套的工程能力训练系统,结合中国研究生教育的实际,提出将软件工程中的过程管理方法引入教学管理体系。     

行业特色的计算机硕士软件工程教学

针对部分行业院校计算机专业研究生普遍缺乏软件工程经验甚至不能熟练编写高级应用程序的现状,在课时较少的情况下,以快速提高学生工程应用为培养目标,兼顾SWEBOK和GSwE2009的教学大纲,结合行业应用设计一套基于增量开发过程的教学案例,采用课内外一体化教学模式,使学生在较短时间内迅速掌握软件过程要点以及软件体系设计基本方法,熟练掌握特定功能点的行业应用知识。     

探索软件工程领域专业硕士培养模式

<正>软件工程领域专业硕士的培养目标是面向国民经济信息化建设和发展的需要、面向企事业单位对软件工程高级技术人才和管理人才的需要,培养高层次、应用型、复合式软件工程技术人才和软件工程管理人才。自2002年教育部批准成立首批全国示范性软件学院,并授权培养软件工程硕士以来,截止到2014年11月,全国已有150个单位开展了软件工程专业硕士人才的培养,为我国信息化建设培养了一批高质量的软件工程人才,同时也在软件工程领域专业硕士培养领域进行了大量有益的探索。在全国工程专业学位研究生教育指导委员会领导下,软件工程领域协     

软件工程专业教育知识体系的分析、重构与求精

针对国内软件工程专业教育问题,全面分析国际软件工程专业教育知识体系SEEK和CBOK,并结合对国内高校教学实际的调查,提出软件工程本科教育知识体系的重构与求精方案。重构后的本科教育知识体系可以灵活适应国内各层次高校软件工程专业的教学诉求,并与国际研究生教育知识体系CBOK有效衔接,共同组成完整的软件工程教育知识体系,为我国软件工程教育设计者提供参考。     

软件工程应用型人才特点及培养方式研究

针对我国高等院校软件工程专业课程体系现状,结合目前软件行业发展趋势,分析软件工程应用型人才特点,对软件工程硕士教育、软件工程本科教育及软件技术高等职业教育应用型人才培养模式进行研究,从人才培养目标、课程体系建设、产学研结合平台搭建等角度分析应用型软件技术人才培养,旨在培养出高素质的软件工程专业应用型人才,为软件行业发展储备优秀人才资源。     

聚焦领域,探索软件工程专业硕士培养

<正>在全国工程专业学位研究生教育指导委员会领导下,全国软件工程领域工程硕士教育协作组以促进软件工程专业硕士培养质量为己任,开展了大量的工作,其两年一次主办的"全国软件工程领域工程硕士培养工作会议"成为软件工程领域教育同行交流的重要平台。2016年第七届工作会议重点关注本领域专业硕士人才培养模式、课程与案例教学建设。本次会议邀请了教指委专家、各培养单位主管领导和核心课程专家教授共120多人,举办了工程专业学位研究生培养方案与学位     

软件工程硕士产学研合作培养模式的探索

2001年,国家教育部和国家发展计划委员会批准35所高校试办国家示范性软件学院,2002年开始招收软件工程专业的研究生。作为一个新的工程学科方向,软件工程硕士培养体系在不断摸索中逐步完善。软件工程硕士是以培养复合型、应用型、高层次的国际化软件人才为宗旨,按照工程实践体系要求培养掌握软件新技术的高级技术人才和把握软件工程体系的专业管理人才。众所周知,在学校封闭式的环境中是很难培养出高水平的应用型人才的,如何实现这一培养目标,成为软件学院必须解决的重大课题。浙江大学软件学院积极探索产学研合作的教育模式,并把它作为软件…     

软件工程硕士研究生培养方案改革

为满足硕士研究生分类培养的需要,进一步提升研究生的培养质量,提高研究生的学术和研发产出,必须改革现有研究生培养方案。文章针对软件工程全日制学术型硕士研究生和硕士专业学位研究生教育的实际情况,提出培养方案的改革措施。     

软件学院软件工程硕士开放式教学体系研究

本文针对我国软件学院专业教学所面临的挑战,在充分调研IEEESWEBOK和CC2004SE知识体系的基础上,针对我国软件学院目前的实际情况重新划分软件工程知识体系,提出了软件工程硕士开放式教学体系的建设方案。围绕专业培养目标,结合学生的工程实践,引入课程组的概念,制定了一套较为完整的开放式实践教学实施计划。     

软件工程专业硕士论文质量保障体系探索

针对软件工程专业硕士研究生毕业论文阶段出现的问题,分析其原因并提出引进一个有效的质量保障体系,详细论述该体系中论文盲审、论文查重、答辩分组、规范现场等具体环节的实施,以杜绝论文答辩环节学术不端行为,从而提高研究生论文质量。     

Balancing software engineering education and industrial needs

In the world of information and communications technologies the demand for professionals with software engineering skills grows at an exponential rate. On this ground, we have conducted a study to help both academia and the software industry form a picture of the relationship between the competences of recent graduates of undergraduate and graduate software engineering programmes and the tasks that these professionals are to perform as part of their jobs in industry. Thanks to this study, academia will be able to observe which skills demanded by industry the software engineering curricula do or do not cater for, and industry will be able to ascertain which tasks a recent software engineering programme graduate is well qualified to perform. The study focuses on the software engineering knowledge guidelines provided in SE2004 and GSwE2009, and the job profiles identified by Career Space.     

Computer graphics and computer aided design in mechanical engineering at the University of Minnesota

Engineering design in industry is changing as a result of the application of the new tools provided by the digital computer and interactive computer graphics. This shift is placing new demands on engineering curricula. The engineering graduate today must be trained in the use of the computer and computer graphics as a design tool—in much the same way that engineers in the past used the slide rule and today use the hand-held calculator.This paper summarizes the efforts to integrate computer graphics and computer aided design into the design curriculum in the Mechanical Engineering Department at the University of Minnesota. Specific software packages have been developed for use in teaching engineering graphics and mechanism synthesis and analysis. These packages are discussed in detail, including the hardware used.     

成果导向的毕业要求达成度评价方法

本文基于成果导向的教育理念,依据工程教育专业认证标准的要求提出一套切实可行、易于实施的毕业要求达成情况评价机制,给出了课程体系、毕业要求和培养目标的持续改进机制。通过近两年在华侨大学软件工程专业实施该评价机制,有效地规范了本专业的日常教学和管理工作,为本专业建设和专业认证工作积累了不少有益的经验。     

Master's Degrees in Software Engineering: An Analysis of 28 University Programs

The Software Engineering Institute published the last reference curriculum for a master's in software engineering in 1991. In 2007, a coalition from academia, industry, and government began creating a new reference curriculum. An early step was to establish a baseline of graduate education by surveying 28 master's programs in software engineering. The survey was largely limited to US schools. Key findings showed that the universities viewed software engineering largely as a specialization of computer science, that faculty size is generally small with few dedicated professors, and that new master's programs continue to start despite the decrease in computer science majors over the past few years. We used the IEEE Computer Society's Software Engineering Body of Knowledge (SWEBOK) to structure our analysis of the 28 curricula, focusing primarily on courses and topics required or semirequired of all students. (A course is semirequired if there is at least a 50 percent chance a student must take it.) Major findings show wide variation in the depth and breadth of SWEBOK coverage in required and semirequired courses, less than 40 percent of all programs requiring an introductory course on software engineering, and many universities having required and semirequired courses that are peripheral to SWEBOK.     

软件工程研究生多元化目标培养模式(英文)

As the software technology is infiltrated to a variety of industries continuously,the interdisciplinary phenomenon for the graduate source of software engineering is clear increasingly.The graduate cultivation model existed is faced with new challenge.After researching and analyzing several of education models at home and abroad a new idea that builds up a multi-objective education model for software engineering graduate is proposed to cope with the problem of multidisciplinary students.And the curricular architecture,practice stage and research paper for software engineering graduates under the new model are discussed either.The new education model benefits to explore the potential of the graduates from multi disciplines and to extend the space of software engineering area,then we can make the education keep with the aspiration of the social.     

软件工程课程体系研究

基于对软件工程课程体系现状的分析,本文指出软件工程课程体系改革的必要性,同时提出了软件工程课程体系改革的主要内容。     

A Model Curriculum for Aspect-Oriented Software Development

As new software engineering techniques emerge, there's a cognitive shift in how developers approach a problem's analysis and how they design and implement its software-based solution. Future software engineers must be appropriately and effectively trained in new techniques' fundamentals and applications. With techniques becoming more mature, such training moves beyond specialized industrial courses into postgraduate curricula (as advanced topics) and subsequently into undergraduate curricula. A model curriculum for aspect-oriented software development provides guidelines about fundamentals, a common framework, and a step toward developing a body of knowledge     

Software engineering education: How far we’ve come and how far we have to go

In this paper I trace the history of software engineering education and focus on some of the key players. I highlight what has been accomplished in degree programs and curricula, conferences and working groups, professionalism, certification, and industry-university collaboration. I also look at the challenges that lie ahead—the global reach of education, new delivery mechanisms, new professional efforts, and the need to engage in leadership in software engineering education. What new approaches should be considered? How can we educators maintain our vitality? How can we best nurture new educators and encourage others to join our profession?     

Forging a discipline: An outline history of software engineering education

Software engineering education has a 30-year history. It is a story of academics struggling to fulfill industry needs with almost no support from computer science curriculum designers. It is a story of industry finally winning over some of academia to teach software engineering rather than vanilla computer science. It is a story of a discipline still incomplete, but having made great strides in the last decade. This paper discusses the succeeding eras of software engineering education, from lone teachers to master's curricula to undergraduate degree programs. Even though the maturity of the discipline is as yet unattained, it will achieve adult status through practice, not by waiting for academia to glacially catch up.