Universidad de Jaén

World Wide Web

• Introduction
• Related technologies

Web development

• Model-View-Controller pattern
• Web application development
• Security on web applications

Development technologies

• Libraries and resources
• Frameworks
• Content Management Systems (CMS)

Deployment and services

• Deployment
• Monitoring
• Web services

Following the general metodogy for this course, the different activies will be accomplished as follows:

Lectures

Theorectical lectures will be given to introduce main concepts and subjects needed to acquire the competences, skills and contents of the course. Each techology will be detailed and placed into the general scheme of the content, along with examples to ease its comprenhension. In this way, every technology will be gradually acquired and related to form a general view of all involved techonologies.

Besides, conferences, videos and other material woiuld be used to introduce certain aspects realted to emerging technologies or state-of-the-art issues.

At any time, the student is allowed to formulate questions related to the content being developed.

Laboratory practicals

At every session, a set of well-defined practical guides will be provided, to allow the student to implement and test the technologies being learned. These guides will also propose a set of exercises to be evaluated individually during the next session.

With the skills acquired through the practice, students will have to develope an application project within the context of a collaborative development in groups of 3 to 5 people.

Students with special educational needs should contact the Student Attention Service (Servicio de Atención y Ayudas al Estudiante) in order to receive the appropriate academic support

Attendance and participation

• Attendance control list
• Engagement degree in debates and discussions
• Engagement degree in team work

Theoretical concepts:

• Measured by means of an exam on the e-learning platform ILIAS

Practical skills: Team work according to the following aspects:

• Average size of the application
• Average complexity of the application
• Level of accomplishment on the proposed problem
• Application of suitable technologies
• Flexibility
• Scalability
• Robustness

Practical skills: Individual work. The student follows a guide which introduces a certain technology. Final exercises have to be accomplished, which are evaluated on:

• Average complexity of the application
• Level of accomplishment on the proposed problem
• Application of suitable technologies

Individual written work

• Structure and quality of the final work
• Originality
• Ortography and presentation