COURSE DESCRIPTION. Time distribution

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1 COURSE DESCRIPTION 1. Information about the programme 1.1 Institution of higher education Alexandru Ioan Cuza University of Iasi 1.2 Faculty Faculty of Economics and Business Administration 1.3 Department Department of Accounting, Information Systems and Statistics 1.4 Field of study Business Informatics 1.5 Level Master 1.6 Study programme/ Qualification Software Development and Business Information Systems 2. Information about the course 2.1 Course name Multi-tier Software Development 2.2 Course coordinator Associate Prof. Cătălin Strîmbei, Ph.D. 2.3 Seminar coordinator Associate Prof. Cătălin Strîmbei, Ph.D. 2.4 Year of study I 2.5 Semester II 2.6 Type of assessment P 2.7 Discipline status C * C Compulsory / E - Elective 3. Total estimated time (hours alloted to didactic activity per semester) 3.1 Total number of hours per week 3 of which: seminar/lab 1 lecture 3.4 Total number of hours in the 42 of which: seminar/lab 14 curriculum lecture Time distribution hours Study of the handbook, coursebook, bibliography and notes 45 Additional research in the library, online and on the field 25 Preparation of seminars/labs, homeworks and projects 50 Tutorials 15 Assessment 3 Other activities Total number of self-study 138 hours 3.9 Total number of hours per 180 semester Number of credits 6 4. Prerequisites (if applicable) 4.1 curriculumbased Programming Languages (or similar), Databases (or similar) 4.2 competencebased Not applicable 5. Conditions (if applicable) 5.1. for lectures Lecture rooms shall be provided with video projector

2 5.2. for seminars/labs Students will attend lectures. Cell phones must be turned off. IT services of the faculty will provide a real or virtual machine to act as JEE application Server and Oracle Database Server Students are invited to bring and use their own laptops: JBoss JEE Application Server, SQL Database (Oracle DB), Eclipse JEE Distribution (JBoss Tools Distribution) Labs will have enough computers for students not owning a laptop Lab computets will have installed Eclipse JEE Distribution (JBoss Tools Distribution) and JBoss JEE Application Server and network infrastructure in order to connect to the Oracle DB Server 6. Assimilated specific competences C1.3 Combine and adapt the tools, methods and techniques for analysis, design and testing of information systems based on functional and technological requirements of the system (1) C3.3 Choose and adapt different commercial and open-source solutions in order to fulfill organizational requirements and which are suited to the organizational constraints (3) C4.3 Identification of information sources, application modules and available services, both inside and outside the business system; estimate the solutions of their integration in order to match the current and future information needs of the organization (1.5) Professional competences Transversal competences CT3 Continuous improvement of specific skills and knowledge towards approaching information systems, development of new software technologies and management of information systems. (0.5) 7. Discipline objectives (provided by the assimilated specific competences grid) 7.1 The general objective of the discipline To provide the core knowledge, methodologies and tools in order to deal with implementation and deployment of complex enterprise business applications. 7.2 Specific objectives Knowledge of implementation, building and consolidation process within enterprise software engineering cycle Knowledge of and skills for programming in Java Enterprise design patterns and technological approaches Knowledge and skills for implementing data access services Knowledge and skills for implementing business rules in middleware object oriented layer 8. Content 8. 1 Lecture Teaching methods Observations Chapter 1. Dimensions of Software Development 1.1 Software development lifescycle: from implementation to deployment

3 1.2 Essential design patterns in multitier architectures 1.3 Basic project management for Multitier applications Chapter 2. Building Backend Data Services 2.1 Functional and architectural issues of enterprise data service components 2.2 Data Service Development in JEE: implementation 2.2 Data Service Development in JEE: test, debug, local deployment 2.3 REST Data Service Development with JAX-RS Java API Chapter 3. Building Frontend clients for Web Data Services 3.1 Web MVC (model-view-controller) 3.2 Web Module integration with backend data services 3.3 Frontend modularization: web-forms s 2 lectures 2 lectures

4 3.3 Frontend modularization: web-reports, web-charting Chapter 4. Architectural Consolidation of Multi tier Software Applications 4.1 Architectural consolidation workflow questioning, 4.2 Continous Integration Concept 4.3 Multitier application management (administration) 8. 2 Seminar/lab Setting Enterprise Data Sources Building business/ejb data services Building web/rest data services Building web clients/angularjs for web data services Multitier application component deploying, integration and publishing Integration testing and publishing on (public) cloud platform Teaching methods 1st stage 2nd stage 3rd stage 4th stage 5th stage 6nd stage Observations s

5 Bibliography Strîmbei, Cătălin Dezvoltarea aplicaţiilor oriéntate obiect pe platforma Java, Ed.Univ.Al.I.Cuza, Iaşi, 2010 Stefan Tanasa, Cristian Olaru, Stefan Andrei, Java de la 0 la expert (editia a II-a), Polirom, Iasi, 2007 Eric Evans, Domain-Driven Design: tackling complexity in the heart of software, Addison-Wesley, 2004 Eliens, Anton Object-Oriented software development, Addison-Wesley, 2000 Graham, Ian Object-Oriented Methods: principles and practice, Addison-Wesley, 2001 Deepak Alur, John Crupi, Dan Malks, Core J2EE Patterns. Best Practices and Design Strategies, 2nd Edition, Prentice Hall, 2003 [Alur et al., 2003] Martin Fowler, David Rice, Matthew Foemmel, Edward Hieatt, Robert Mee, Randy Stafford, Patterns of Enterprise Application Architecture, Addison Wesley, 2002 Darren Broemmer, J2EETM Best Practices JavaTM Design Patterns, Automation, and Performance, Wiley Publishing, Inc, Corroboration of the discipline content with the expectations of epistemic community representatives, professional associations as well as of representative employers in the programme related field. The content of this discipline has been decided upon by taking into account both the curricula of some prestigious Western Universities and the demands of the economic environment provided by potential employers, either in the public or in the private IT companies. 10. Assessment Type of activity 10.1 Assessment criteria 10.2 Assessment methods 10.3 Share of final grade Grid Test Evaluation 20% Part I of the project Real-world application, Presentation of persistent model, EJB 30% Data/Business Architectural Model Part II of the project Real-world application, Presentation of Web Data/Business 30% Real-world application, Part II of the project 10.6 Minimum performance standard Implement and deploy an business data service to be consumed in a web context Service solution Presentation of Web Application/Consumer Modules 20% Date of completion Lecture Coordinator Seminar Coordinators Assoc.Prof. Cătălin Strîmbei, Ph.D. Assoc.Prof. Cătălin Strîmbei Date of approval within the department Head of Department Prof. Florin Dumitriu, Ph.D.