Bachelor's Degree in Computer Engineering

• CGT1. Analyse and synthesise the information needed to carry out the project, setting out the results in reports or decision-making in projects within the realm of information technology engineering.
• CGT2. Organise and plan the resources and ideas required to do their job, designing and planning actions and milestones for projects in the realm of information technology engineering.
• CGT3. Communicate in speech and writing in their native language so as to express their opinions clearly to set out concepts and solutions within the realm of information technology engineering. 
• CGT4. Acquire command of a foreign language and express opinions and explain ideas in that language when working on projects in the realm of information technology engineering in an international context.
• CGT5. Apply relevant IT knowledge when working on projects in the realm of information technology engineering. 
• CGT6. Manage information, in the awareness of its significance and of how to process it so as to generate the necessary resources to allow for access and supply in the realm of information technology engineering.
• CGT7. Solve problems in the workplace within the realm of information technology engineering, facing complex situations as to technical issues and personal and professional relations. 
• CGT8. Make decisions based on the information available in the professional and personal environment, within the realm of information technology engineering.

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• CGS1. Apply quality-driven motivation in the practice of the profession, focusing with care on developing deliverables within information technology engineering projects. 
• CGS2. Think critically when facing issues arising in the realm of information technology engineering, having regard to the available information, and be able to explain one's reasoning. 
• CGS3. Apply one's ethical commitment to day-to-day activities and the practice of the profession within the realm of information technology engineering, with the ability to justify one's actions. 
• CGS4. Independently learn concepts relating to the engineering profession to enhance continuing improvement through access to new information and any other means. 
• CGS5. Adapt to new situations in the professional and personal environment of information technology engineering, recognising situations and expressing ways of rising to the challenge.
• CGS6. Apply creativity to diverse circumstances by creating novel solutions within the realm of information technology engineering. 
• CGS7. Lead people and teams on projects within the realm of information technology engineering and enable them to perform. 
• CGS8. Apply initiative and entrepreneurial spirit in their actions and put them into practice in a natural way to create solutions in the realm of information technology engineering. 
• CGS9. Become aware of other cultures and customs and express their richness when taking part in information technology engineering projects that involve teams from different backgrounds. 
• CGS10. Be sensitive to environmental issues and express their importance when working in the realm of information technology engineering.

• CGP1. Work in a team and actively contribute to the outcome of projects and efforts within the realm of information technology engineering. 
• CGP2. Work within an interdisciplinary team projects within the realm of information technology engineering, understanding and explaining the division of labour and the integration among different team members. 
• CGP3. Work internationally while being able to explain the specificity of the project within the realm of information technology engineering. 
• CGP4. Apply skills to interpersonal relationships in their day-to-day environment within information technology engineering, and resolving any emerging situations in a practical way. 
• CGP5. Acknowledge diversity and multiculturalism and express the richness of those values in the context of projects and teams in the realm of information technology engineering.

• CEB01. Solve mathematical issues that may arise in the course of engineering. Attitude to apply knowledge on: linear algebra; differential and integral calculus; numerical methods; numerical algorithms; statistics and optimisation. 
• CEB02. Understand and have mastery of the basic concepts of electromagnetic fields and waves, the theory of electrical circuits, electronic circuits, the physical principle of semiconductors and logic families, electronic and photonic devices, and their applications to the resolution of engineering-related issues.
• CEB03. Understand and master the basic concepts of discrete mathematics, logic, algorithmic and computational complexity, and their application to the resolution of engineering problems.
• CEB04. Apply basic knowledge on the use and programming of computers, operating systems, databases and engineering software.
• CEB05. Apply knowledge of the structure, organisation, operation and interconnection of computer systems, the fundamentals of their programming, and their use in the resolution of engineering problems.
• CEB06. Apply an appropriate understanding of the concept of business, and the institutional and legal framework of business. Business organisation and management.

• CEC01. Design, develop, select and assess information technology applications and systems, ensuring their reliability, security and quality, in accordance with ethical principles and prevailing laws and regulations.
• CEC02. Plan, design, deploy and manage projects, services and computer systems in all areas, leading their implementation and continuous improvement and assessing their economic and social impact.
• CEC03. Understand the importance of negotiation, effective work habits, leadership and communication skills in all software development environments.
• CEC04. Draw up the technical specifications of a computer system complying with the standards and regulations in force.
• CEC05. Understand, manage and maintain computer systems, services and applications.
• CEC06. Understand and apply the basic algorithmic procedures of computer technologies to design solutions to problems, analysing the suitability and complexity of the algorithms proposed.
• CEC07. Efficiently understand, design and use the most appropriate data types and structures to solve a problem.
• CEC08. Analyse, design, build and maintain applications in a robust, secure and efficient way, choosing the most appropriate paradigm and programming languages.
• CEC09. Understand and evaluate the structure and architecture of computers and their basic components.
• CEC10. Apply knowledge of the characteristics, functionalities and structure of Operating Systems and design and implement applications based on their services.
• CEC11. Understand and apply the characteristics, functionalities and structure of Distributed Systems, Computer Networks and the Internet and design and implement applications based on them
• CEC12. Understand and apply the characteristics, functionalities and structure of the databases that allow their suitable use, and the design and analysis and implementation of applications based on them.
• CEC13. Understand and apply the necessary tools for storage, processing and access to information systems, including web-based systems.
• CEC14. Understand and apply the fundamental principles and basic techniques of parallel, concurrent, distributed and real-time programming.
• CEC15. Understand and apply the fundamental principles and basic techniques of smart systems and their practical applications.
• CEC16. Understand and apply the principles, methodologies and life-cycles of software engineering.
• CEC17. Design and evaluate human-computer interfaces that guarantee the accessibility and usability of computer systems, services and applications.
• CEC18. Apply knowledge of laws and regulations on information technology at national, European and international levels.

• CEIC01. Design and build digital systems, including computers, microprocessor-based systems and communications systems.
• CEIC02. Develop specific processors and embedded systems, and develop and optimise their software.
• CEIC03. Analyse and evaluate computer architectures, including parallel and distributed platforms, and develop and optimise software for them.
• CEIC04. Design and implement system and communications software.
• CEIC05. Analyse, evaluate and select the most suitable hardware and software platforms to support embedded and real-time applications.
• CEIC06. Understand, implement and manage the safeguards and security of computer systems.
• CEIC07. Analyse, evaluate, select and configure hardware platforms for the development and execution of computer applications and services.
• CEIC08. Design, deploy, administer and manage computer networks.

• CETFG01. Integrate and bring together acquired skills. Original work to be conducted individually and presented and defended before a university tribunal, consisting of a project in the realm of the specific technologies of computer engineering, to a professional standard, bringing together and integrating the skills acquired in the course of education and training so far.

At Antonio de Nebrija University the admission procedures established by university legislation will be carried out with particular reference to the guiding principles of admission to Spanish universities: equality, merit, ability, universal accessibility and adjustment to the criteria of the European Space of Higher Education.

Channels and deadlines for submitting admission applications

In order to apply for admission to any official Undergraduate degree of the University, it is necessary to complete the corresponding admission application through the University website, or request it at any of the university campuses within the deadlines established by the Department of University Development.

More information

For the purposes of pre-admission and admission, the evaluation of the candidate will be made from 0 to 10 points taking into account the following criteria and percentages:

• Academic record from the student's point of origin: 60%.
• Multiple-choice psychotechnical test: 10%
  This test consists of an assessment test of skills/abilities related to: skills in intellectual work, attitudes towards cooperation and teamwork, time management and resources. We will try to determine if the candidate has sufficient motivation, training and knowledge, skills, abilities, communication skills, extracurricular activities and future interests necessary to be admitted as a student of the Undergraduate degree in Computer Engineering at Antonio de Nebrija University.
• English level test: 10%
  One competence has been added to those established in the Undergraduate Degree in Computer Engineering, which is related to the adequate knowledge of the English language, both oral and in writing. To this end, the Vice-Rector’s Office of Academic Organization and Faculty has established a series of strategies of a diverse nature to facilitate the acquisition of this competence by students, among which are the use of English materials and programming subjects in English.
  In order to know the student's English level, the Institute of Modern Languages will design a language level test. From this test's results, students will be simultaneously studying the chosen Undergraduate Degree and, depending on the student's level, the "Diploma in English Professional Communication."
  The English level tests consist of a written exam with multiple-choice questions on oral and written comprehension, and use of the language, with a duration of 60 minutes. They are taken in person or online and are held in computer rooms of each campus, with professors from the Institute of Modern Languages. Depending on the results of this test, the student will be positioned at the corresponding level. The minimum level one can access at the start is B1.
  It will not be necessary for the candidate to take the language placement test if he/she submits a document proving his/her English level. Level accreditation will be validated through the official degrees admitted by the table of certificates approved by ACLES, and will also be reviewed by the Institute of Modern Languages.
• Specific test on knowledge about the Undergraduate Degree in Computer Engineering.
  It is a multiple-choice test and consists mainly of specific contents of some of the main areas of general knowledge that are to be studied in the degree chosen by the candidate, as well as other elements common to all the degrees. This test will be 20% of the total weighting.
• Personal interview:
  A strategy to know the characteristics of the candidates, a personality test will be applied to all candidates by the department of psychopedagogical guidance, as a diagnostic that explores the emotional, intellectual, social and norms and values of each candidate student of the Undergraduate Degree in Computer Engineering of the Antonio de Nebrija University.