tailieunhanh - Syllabus - Nguyen Thi Thanh Thuy

Content Syllabus: About course, Problem statement, Objectives, Syllabus, Reference, Topics, Evaluation, Basic requirements, Seminar. | Syllabus Nguyen Thi Thanh Thuy thanhthuy125@ Content About course Problem statement Objectives Syllabus Reference Topics Evaluation Basic requirements Seminar About course Lecturer: Nguyen Thi Thanh Thuy Email: thanhthuy125@ Duration: Theory: 30 Practice: 60 Problem statement Theoretic subject Verboseness Monotonousness Gulf Objectives Software engineering domain knowledge Software engineering in practice Documenting skill Syllabus Theory Software process models Agile methodology Extreme programming Scrum RUP, UP Document Software Development Management Practice Eclipse, Hibernate, Web service Ubuntu Microsoft project SVN Project Real project Team New technology Reference Agile Java™ Development With Spring, Hibernate and Eclipse Software Engineering: A Practitioner's Approach Mythical Man Month Key Technology Cloud Mobility GIS Big data Data mining E Commercial RFID AR Computer Vision Topics Desktop Application: Java, .NET Web Programming Web application: JSP, JSF, PHP, ASP, Python, Ruby Web 3D: GoogleGL, Shockware Web Game: Adobe AIR, Flex, JavaFX Community Web, SNS Mobile Programming Mobile application: Android, Window Phone, IOS, Rem Mobile Game: J2ME Mobile Web: WURFL Embedded Programming Smart Card - RFID Payment Systems ERP (Enterprise Resource Planning): Oracle, SAP, Microsoft, Tectura, Diginet, FAST, Misa, OPenBravo, Compiere CRM (Customer Relation Management): SugarCRM, TigerCRM Topics Data warehouse Open source Kuali CMS (Content Management System): Joomla, Drupal, Lenya, Plone, etc LMS (Learning Management System): Moodle, Sakai Digital Library: Dspace, Greenstone Library: Koha Portal: Liferay AR (Argumentation Reality) Touch and Interactive Topics 2 RFID 3 Cloud + Kuali 6 Mobile app: 4 iCare + QR thuc pham + QR ban hang 2 Open source tools: Liferay Evaluation Project (follow list of projects): 40% (4 members/group) Requirements (10%): 5 minutes for presentation Design (10%): no presentation Final (25%): 1 hour for presentation Topic (technology): 10%: 30 minutes for presentation Mid-term exam: 10% Final exam: 40% Basic requirements Self-study Surf Internet Work hard Be creative Be a ‘newbie’ Software Engineering is a collaborative activity. You are encouraged to work together, but . Some tasks may require individual work. Always give credit to your sources and collaborators. Seminar Working on Ubuntu Ubuntu Installation Virtual host configuration Installation of JDK, Eclipse, Tomcat, Postgresql, Hibernate, Spring Project management tools SVN server, SVN client Microsoft Project Deployment process Testing process Testing tools Bug Zila installation, working on Bug Zila Next steps Join a group Find interesting topic Submit proposal Be familiar with Ubuntu, SVN, Bug Zila Q & A Thank you | Syllabus Nguyen Thi Thanh Thuy thanhthuy125@ Content About course Problem statement Objectives Syllabus Reference Topics Evaluation Basic requirements Seminar About course Lecturer: Nguyen Thi Thanh Thuy Email: thanhthuy125@ Duration: Theory: 30 Practice: 60 Problem statement Theoretic subject Verboseness Monotonousness Gulf Objectives Software engineering domain knowledge Software engineering in practice Documenting skill Syllabus Theory Software process models Agile methodology Extreme programming Scrum RUP, UP Document Software Development Management Practice Eclipse, Hibernate, Web service Ubuntu Microsoft project SVN Project Real project Team New technology Reference Agile Java™ Development With Spring, Hibernate and Eclipse Software Engineering: A Practitioner's Approach Mythical Man Month Key Technology Cloud Mobility GIS Big data Data mining E Commercial RFID AR Computer Vision Topics Desktop Application: Java, .NET Web Programming Web application: JSP, JSF,

• Cơ sở dữ liệu
• Software Process Models
• Software Process Models
• Dependent on software
• Software engineering
• Problem statement
• Basic requirements
• Công nghệ phần mềm
• Công nghệ thông tin
• Deployment Process
• Process lab
• Analysis Process
• Design Process
• Requirement Process
• Development Process
• Testing Process
• Rational Unified Process Made Easy
• Practitioner’s Guide to RUP
• Lecture Software engineering
• Software process
• Process models
• Process patterns
• Software Processes
• Process activities
• Process iteration
• Bài giảng Kỹ thuật phần mềm
• Process improvement
• Lecture Software process improvement
• Bài giảng Cải tiến quy trình phần mềm
• Software process improvement
• Process standardization
• Kỹ thuật phần mềm
• Extreme programming
• Programming practices
• Software process descriptions
• The waterfall model
• Waterfall model phases
• Lecture Software design
• Software design
• Bài giảng Thiết kế phần mềm
• Agile process models
• Nhập môn Công nghệ phần mềm
• Copingwith change
• Objected oriented
• Classical software engineering
• The scope of software engineering
• Software life cycle models
• The software process
• The tools of the trade
• Planning and estimating
• System models
• Context models
• Logical system models
• Business process models
• State transition diagrams
• Company’s centralized database
• Reliable component base system
• Component software
• Component based development process
• Component models
• Component composition