M01CM02: Basic knowledge in computer programming, operating systems, databases and software used in engineering.

M02R7: Knowledge and usage of programming skills in telecommunication networks, systems and services.

M04TE7: Ability to program remote services and applications.

Lesson 1 - Server Administration

Lesson 2 - Static Web Pages

Lesson 3 - Dynamic Web Pages

Lesson 4 - Data Representation

Lesson 5 - Service Oriented Architecture

Lesson 6 - Presentation Layer

Lesson 7 - Business Layer

Lesson 8 - Data Layer

Lesson 9 - Web Applications Hosting

All classes will be given in the form of lectures, and most of them also in classroom exercises and computer practices. As part of the lectures, small assessment tests will be prepared to help the student gauge his/her progress in the subject; this will also be part of the continuous assessment. Computer practical work is done individually and focuses on the application of the concepts developed in the lectures, so they will not be a repetition of these. During the classroom exercises the students will present their development of the corresponding computer practices, which will also lead to a discussion with the rest of the students and will be part of the continuous assessment.



In the event that sanitary conditions prevent the face-to-face teaching activity and/or assessment, new online modalities will be made active and students will be promtly informed.

A continuous assessment system is followed consisting of:

* Examinations during the course (30%): attendance at lectures will be monitored by tests carried out in class, according to teaching needs. Computer practical work will be evaluated by public presentation and discussion in class, and by participation in computer and classroom practical work. If the oral presentation is not made or if attendance at any of the lecture tests, computer or classroom practical work sessions is below 80%, then the total mark for the examinations during the course will be 0. Not preparing practical computer work in advance will count as an attendance fault.

* Final examination on the official exam date (70%): this will consist of the development of a computer program.



In order to pass it is necessary to achieve at least 4.0 in the final examination and an average 5.0 in this and the rest of the examinations.



In order to withdraw from this ordinary call it is sufficient not to attend the final exam.



In order to renounce to the continuous assessment Article 8 of the Regulations on Assessment of Students is applicable. In this case, the assessment will be carried out following the same system as the one followed in the extraordinary call.

This subject makes use of a virtual classroom in the e-Gela platform where the student can access the following compulsory material for each type of class:
* Lectures: outlines to help in following the lectures that must be filled in by the student.
* Practical work: protocols for the different computer work, which must be read in advance to help with the preparation of sessions.

Basic bibliography

The Java EE 7 Tutorial

http://docs.oracle.com/javaee/7/tutorial/



EJB 3 Developer Guide: A Practical Guide for developers and architects to the Enterprise Java Beans Standard.

http://www.amazon.com/EJB-Developer-Guide-developers-architects/dp/1847195601



Core JavaServer Faces.

http://www.amazon.com/Core-JavaServer-Faces-David-Geary/dp/0131463055

In-depth bibliography

SCJP Sun Certified Programmer for Java 6 Exam 310-065
http://www.amazon.com/SCJP-Certified-Programmer-Java-310-065/dp/0071591060

Sun Certified Developer for Java Web Services Study Guide (Exam 310-220)
http://www.amazon.com/Certified-Developer-Services-310-220-Certification/dp/0072259523

Service-Oriented Architecture (SOA): Concepts, Technology, and Design
http://www.amazon.com/Service-Oriented-Architecture-SOA-Concepts-Technology/dp/0131858580

Cloud Computing Bible
http://www.amazon.es/Cloud-Computing-Bible-Barrie-Sosinsky/dp/0470903562