《人机交互技术》课程介绍
人机交互是关于设计、评价和实现供人们使用的交互式计算机系统，并围绕相关的主要现象进行研究的学科。它主要研究人与计算机之间的信息交互理论与方法，涉及计算机科学、心理学、认知科学和社会学以及人类学等诸多学科，是信息技术的一个重要组成部分。主要内容包括人机交互的相关概念，与人机交互相关的感知和认知的基本知识，各种交互设备及其工作原理，人机交互技术，人机界面设计方法及其表示模型和实现方法，Web界面、移动界面这两类特殊人机界面的设计方法、工具和技术，以及可用性分析与评估方法。
学时：48学时
Course Introduction to "Human-Computer Interaction Technology"
Human-computer interaction is a discipline about the design, evaluation and implementation of interactive computer systems and the study around the main related phenomena. It mainly studies the theory and method of information interaction between human and computer, involving many disciplines such as computer science, psychology, cognitive science and sociology and Anthropology and so on, it is an important part of information technology. The main contents include: the related concept of human-computer interaction, basic perception and cognition knowledge related to human-computer interaction, human-computer interaction device and its working principle, human-computer interaction technology, design method of human-computer interface and its representation model and realization method, design methods, tools and techniques of two kinds of special man-machine interface (i.e. Web interface, mobile interface), and the available analysis and evaluation method.
Time: 48 class hours
《软件工程》课程介绍
《软件工程》是计算机科学与技术、网络工程、软件工程专业教学计划中一门综合性和实践性很强的核心课程，目的与任务是通过本课程的学习，使学生在原来掌握某种语言程序设计技术的基础上，比较系统地了解软件工程的原理、方法与技术；理解与掌握结构化和面向对象程序设计的思想和方法，并能直接运用这些知识来指导软件的开发工作。主要内容包括软件工程概述、可行性分析、需求分析、概要设计、详细设计、编码与测试、维护、面向对象的分析、设计与实现、软件项目管理等。
学时：48学时
Course Introduction to "Software Engineering"
"Software engineering" is a comprehensive and practical core curriculum in the teaching plan of computer science & technology, network engineering and software engineering specialty, whose purpose and mission is through the studying of this course, on the basis of the original a language program design technology, students can systematically understand the principle, method and technique of software engineering; understand and master the thought and method of structured and object –oriented program design, and can directly use this knowledge to guide the development of the software. The main contents include: an overview of software engineering, feasibility analysis, demand analysis, outline design, detailed design, coding and testing, maintenance, object-oriented analysis, design and implementation, software project management.
Time: 48 class hours
