Resolution Of 4 March 2015, The International University Of La Rioja, Which Publishes Modification Of The Curriculum Of Graduated In Computer Engineering.

Original Language Title: Resolución de 4 de marzo de 2015, de la Universidad Internacional de La Rioja, por la que se publica la modificación del plan de estudios de Graduado en Ingeniería Informática.

Read the untranslated law here: http://www.boe.es/buscar/doc.php?id=BOE-A-2015-3102

Once received a favourable report from the National Agency for quality assessment and accreditation to the modification of the curriculum already verified, does not affect the nature and objectives of the title registered in the register of universities, centres and degrees, this Chancellor, in accordance with the provisions of articles 26 and 28 of Royal Decree 1393 / 2007 October 29, modified by Royal Decree 861/2010, of 2 July, and by Royal Decree 43/2015, on 2 February, it has resolved to publish the modification of the curriculum leading to the degree of graduate or graduate in computer engineering by the International University of La Rioja.

The plan of studies referred to in the present resolution shall be structured as set out in the annex attached.

Logroño, 4 March 2015.-the Rector, José María Vázquez García-Peñuela.

ANNEX Plan of studies leading to the title of graduated or graduated in engineering computer by the University International of the Rioja branch of knowledge to which is ascribed the title: engineering and architecture 1. Distribution of curriculum in ECTS credits, by type of material.




Subject credits training basic 60 mandatory 72 electives 96 external practices 0 Total 240 2 12 degree thesis. Credits of basic training. Materials distribution.




Branch of knowledge matters (RD 1393 / 2007, of October 29) linked ECTS course engineering and architecture subjects.





Mathematics.





Algebra and discrete mathematics 6 1 engineering and architecture.





Mathematics.





Calculation and numerical methods 6 1 engineering and architecture.





Mathematics.





Statistics 6 1 engineering and architecture.





Mathematics.





Computational Logic 6 1 engineering and architecture.





Computer.





Physical foundations of computer science 6 1 engineering and architecture.





Computing.





Technology of computers.





6 1. engineering and architecture.





Computing.





Fundamentals of programming 6 1 engineering and architecture.





Computing.





Algorithms and complexity 6 1 engineering and architecture.





Computing.





OS 6 1 engineering and architecture.





Company.





Fundamentals of the company 6 1 3. General explanation of curriculum planning.




Basic materials subjects credits character training modules.





Mathematical foundations of computer science.





Algebra and discrete mathematics 6 B calculation and numerical methods 6 B statistics 6 B computational logic 6 B physical fundamentals of computing.





Physical foundations of computer science 6 B engineering of computers I.





6 B programming and algorithms I computer technology.





Fundamentals of programming 6 B algorithms and complexity 6 B systems operating I.





6 operating systems B management and organization of enterprises I.





Fundamentals of the company 6 B common to the branch of computer science module.





Computer engineering II.





Structure of computers 6 OB structure of information I.





Structure of data 6 OB databases 6 OB programming and algorithms II.





Programming advanced 6 OB networks.





Operating systems II OB 6 computer networks.





Advanced operating systems 6 OB engineering of Software I.





6 software engineering OB interaction human-computer 6 OB advanced software engineering 6 OB project management 6 OB Management and organization of enterprises II.





Communication and leadership 3 OB professional aspects.





Ethics and legislation computer 3 OB Artificial Intelligence and intelligent systems I.





6 OB module specific computer technology knowledge engineering and artificial intelligence.





Computing.





Theoretical computer science-6 theory of automata and formal languages 6 languages processors OP OP.





6 OP computer graphics and visualization 6 OP programming and algorithms III.





Advanced design of OP 6 algorithms Artificial Intelligence and intelligent systems II.





Learning auto and mining of data 6 OP systems intelligent 6 OP systems multiagent and perception computational 6 OP module of technology specific of engineering of the Software.





Security in information systems.





Safety information 6 systems OP information structure II.





Data base advanced 6 OP II Software engineering.





Engineering requirements 6 OP emerging technologies.





6 OP processes in software engineering.





6 OP ICT management.





Integration of systems 6 OP programming and algorithmic IV.





Development of network 6 OP information systems applications.





Quality and audit of information 6 OP optional module systems.





Optionality.





6 OP information technology services software reuse.





6 OP computer bioinspirada 6 OP internship module.





Internship.





Internship 12 OP module of end of degree work.





End of degree work.





Work end of grade 12 GFR students can obtain the following mentions studying elective credits:-mention in computing.

-Mention in Software engineering.

Mentions courses are optional but they are mandatory within the relevant mention: mention of compulsory subjects of mention credits mention in computing.





Theoretical computer science






6. theory of automata and formal languages 6 processors 6 graphic computer languages and 6 automatic algorithms 6 learning advanced design visualization and data mining 6 6 multi-agent systems intelligent systems and computational perception 6 mention in Software engineering.





Security in information systems.





6. processes in software engineering.





6 requirements engineering 6 emerging technologies 6 Advanced databases 6 quality and audit 6 development of applications in network information systems.





6 integration of systems 6 remarks: adaptation courses to degree in computer engineering.

Structure of the course of adaptation of technical engineering in computer systems to the degree in computer engineering: materials subjects credit type duration management and organization of enterprises I.





Fundamentals of the company 6 B 1st semester.






Management and organization of enterprises II.





Communication and leadership 3 OB 1st semester.






Security in the systems of information.





6 OB information systems security 1st semester.






The II Software engineering.





Processes in engineering of the software 6 OB 1st semester.






Emerging technologies 6 OB 2nd semester.






Computing.





Computer graphics and visualization 6 OB 1st semester.






Professional aspects.





Ethics and legislation computer 3 OB 2nd semester.






Information systems.





Quality and audit of systems of information 6 OB 2nd semester.






ICT management.





Integration of systems 6 OB 2nd semester.






End of degree work.





Work end of grade 12 GFR-Total credits ECTS 60 structure of the course of adaptation of engineering technical in computer's management to the degree in engineering computer: materials subjects credits type duration fundamentals physical of the computer.





Physical foundations of computer science 6 (B) 1st quarter.






Management and organization of enterprises II.





Communication and leadership 3 OB 1st semester.






Security in information systems.





6 OB information systems security 1st semester.






The II Software engineering.





6 OB software engineering processes 1st semester.






Technologies emerging 6 OB 2nd semester.






Computing.





Computer graphics and visualization 6 OB 1st semester.






Professional aspects.





Ethics and legislation computer 3 OB 2nd semester.






Information systems.





Quality and audit 6 OB information systems 2nd quarter.






ICT management.





Integration of systems 6 OB 2nd semester.






End of degree work.





End-of-grade 12 EDW - Total credits 60 ECTS