基于工作过程的计算机软件学习策略探究

怎样让学生更好的学习计算机软件,已经成为了很多老师和学生都非常关注的问题。让学生更好的学习软件,是符合教学需要的,也是符合学生未来发展需要的,所以必须做好软件教学工作,找到合适的教学方法和学习方法,提高学生的软件学习效果,让学生更好的掌握软件。     

校企三方合作培养软件专业学生的研究 ——以信息工程学院、富士康、青岛软件园三方合作为例

软件专业发展迅猛,对人才的要求也越来越高。高职人才培养与企业实际要求存在脱节,人才培养偏离了企 业需求。为深化江苏海事职业技术学院信息工程学院软件技术专业教育改革,创新人才培养模式,提出了三方合作培养软件 人才模式。学院与企业采用订单式培养模式,与专业培训机构和实训基地开展深度合作,解决了学生就业中“最后一公里”问 题,完成在校生到企业雇工身份的转变。     

Development and Experience of“Software Project Practice”Course for the Master of Software Engineering

Practice is an important phase in the teaching of software engineering.How to improve students' practical ability is a common problem for many software colleges.The course of Software Project Practice is proposed to enhance students' practical skills.In this course,the students participate in the whole process of software development practice and take the exercise of entrepreneurial project development in their learning stage.     

Teaching Software Evolution in Open Source

Most software engineering courses require students to develop small programs from scratch, but professional engineers typically work on the evolution of large software systems. Using open source software and a software change process model can narrow this gap without imposing excessive demands on students or instructors.     

基于小项目的软件工程教学设计

软件工程学是指导计算机应用专业学生进行软件设计的工具。针对专业学生的特点，从实际教学出发，在对多个小软件项目的研究基础上，提出首先结合小软件项目，以传统的结构化的方法为主线全面系统的进行教学设计，将软件工程思想贯穿于教学中，这样可以从综合的观点看待整个系统开发过程。然后以快速原型法、面向对象法为辅线扩展学生进行软件设计的思路，从而总体上提高学生进行软件设计、编写文档的能力。     

基于操作本质认识的应用软件教学研究

应用软件教学的主要任务是使学生熟练掌握常规应用软件的使用方法和技巧,并逐渐建立起对陌生应用软件"无师自通"的能力。这一目标要求教师在教学过程中引导学生去认识软件操作的本质,归纳相关的操作规律,并不断进行完善和总结。     

What do computer science students think about software piracy?

Today, software piracy is an issue of global importance. Computer science students are the future information and communication technologies professionals and it is important to study the way they approach this issue. In this article, we attempt to study attitudes, behaviours and the corresponding reasoning of computer science students in Greece regarding software piracy. The statements taken in 56 semi-structured interviews with students indicate that computer science students in Greece make intensive use of pirated software, mention as main reason for their practice the cost of genuine software, and blame the academic environment, coincidental stereotypes and their student status for this behaviour. They acknowledge the immoral character of their actions, as well as the fact that others are affected by software piracy, but they pay little attention to this action and they practically don't care. While keeping distance from software development companies, when specifically asked, they easily adopt the role of a software developer and attempt to substantiate their current and eventually future attitude out of hand. They consider software copyright laws to be inapplicable and unrealistic and fail to argue against intellectual property rights for mere digital products, such as software.     

Experiences with Open Source Software Engineering Tools

For software engineering (SE) and computer science (CS) programs to deliver on their promises, they must go beyond teaching students about principles, processes, models, and strategies and offer them realistic, practical experience as well. Although industry has been pressing to increase the emphasis on practical aspects, many CS programs continue to give students relatively simple problems focused on selected computing and software concepts and theories. Open source software offers CS and SE educators an opportunity to give their students practical, hands-on software engineering experience     

试议计算机软件课程项目教学法应用

随着我国社会经济的发展,我国科技水平也在不断的提高,尤其是计算机技术水平,因此,这一现象对计算机专业的学生也提出了更高的要求,而计算机软件课程是计算机教学中的重要部分,学生必须熟练的掌握计算机软件的使用。对此,各学校和老师也都在想办法提高学生对计算机软件的应用能力,而项目教学法不失为当前行之有效的方法之一。     

Peer taught microcomputer skills: An untapped resource for stretching the budget

This article presents a solution to the problem of providing students with microcomputer education without significant increases in funding. One method of providing students with software training is through peer teachers. Students teaching other students to use software is an untapped resource that should be carefully considered. The article describes an approach in which students who were familiar with Lotus ^1-2-3®1 were enlisted to teach other students the Lotus® spreadsheet software. Significant savings in faculty time were obtained through the peer teaching approach.     

财经院校软件工程专业建设的探索

相对于我国的软件产业的快速发展,软件工程专业教育发展相对滞后。在许多软件专业学生找不到工作的同时,软件企业却找不到合适的人才。本文提出了在财经院校建设软件工程专业的一些探索,主要为解决学生动手实践能力,从而解决就业问题等提供一些思路。     

An approach to integrating educational software into the curriculum

Abstract  A scheme for teacher involvement in exploring the use of mathematical software was designed to meet practical needs of effective implementation. The scheme consists of observation of students at work, followed by didactical and cognitive workshops, in which teachers reflect on the implications of their observations for further classroom activities. The details of the scheme are described via an actual algebra software implementation in Grade 8. Observation of students working on the software and an informal evaluation of their achievement as related to the learning goals, led to professional teacher development toward adaptive implementation of the software for individual students.     

基于项目驱动模式下的“软件工程”教学改革

本文介绍了我院针对软件工程传统教学模式的弊端,以项目为驱动,结合案例教学、团队合作等教学方法,使学生能够系统地掌握软件开发的过程、方法和工具,从而具备计算机软件系统开发和维护的能力,为学生将来的工作打下坚实的基础。     

The strengths,weaknesses, opportunities and threats of using social software in higher and further education teaching and learning

Social software is increasingly being used in higher and further education to support teaching and learning processes. These applications provide students with social and cognitive stimulation and also add to the interaction between students and educators. However, in addition to the benefits the introduction of social software into a course environment can also have adverse implications on students, educators and the education institution as a whole, a phenomenon which has received much less attention in the literature. In this study we explore the various implications of introducing social software into a course environment in order to identify the associated benefits, but also the potential drawbacks. We draw on data from 20 social software initiatives in UK‐based higher and further education institutions to identify the diverse experiences and concerns of students and educators. The findings are presented in form of a SWOT analysis, which allows us to better understand the otherwise ambiguous implications of social software in terms of its strengths, weaknesses, opportunities and threats. From the analysis we have derived concrete recommendations for the use of social software as a teaching and learning tool.     

Multisim软件在数字电路教学中的应用

Multisim是一种适于数字电路分析与设计的仿真软件。将Multisim软件应用于数字电路教学,可以激发学生学习兴趣,提高学生创新设计和实践应用能力。     

用质的研究方法探讨当代大学教育软件

研究大学生对教育软件的感受,发现大学生喜欢人性化、透明性、在线的、可以帮助自学的教育软件,印证了研究者关于教育软件设计的某些观点,为研发有利于大学生发展的教育软件提出一些有建设性的建议.     

浅析当前大学计算机软件工程课程改革

《软件工程》是计算机科学与技术专业软件方向核心课程之一,是指导计算机软件开发和维护的一门综合性课程,是计算机专业学生必须掌握的技能之一,因此,提高软件工程课程的教学质量对学生的今后的学习和工作都具有极其重要的意义。该文结合教学实践,对大学计算机软件工程课程改革进行了探讨。     

Learning by Failing (and Fixing)

Unfortunately, students can graduate with a software engineering degree without learning anything about building secure systems. However, for the past two years at the Norwegian University of Science and Technology, a software security course has been giving students the theoretical foundation and practical experience necessary to start comprehending software security issues.     

Learning gains associated with annotation and communication software designed for large undergraduate classes

Abstract The purpose of this study was to explore the potential of annotation and communication software (eFuzion) developed for the improvement of students' learning and to determine the effectiveness of the software. eFuzion is designed to be useful in a significantly large classroom by allowing instructors and teaching assistants to provide immediate responses to students' questions and to provide a broader array of options for the lucid presentation of complex concepts. To determine the effectiveness of the software, two groups that took the same course were compared in terms of their learning scores, one group having used the software, the other having not used it. In the three measures of learning, the students who used the software showed significantly higher learning scores than students who did not use it. In addition, students indicated that they felt closer to the instructor and that their understanding of the lecture material was increased by using the software. The results imply that the software has great potential for improving students' learning when it is appropriately used and free of technical difficulties.