Computation and Intelligent Systems Master's degree

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    AdmisiónInformative interview

    SALIDAS PROFESIONALES

    UNA CARRERA PROFESIONAL DE ALTA PROYECCIÓN

    El Máster ofrece a los Ingenieros en Informática el marco adecuado para que puedan desarrollar una vida profesional plena de oportunidades. 

    La Facultad de Ingeniería mantiene una estrecha relación con una amplia red de empresas colaboradoras, que permite a los estudiantes conocer de primera mano las demandas y necesidades del entorno profesional. Es por ello que sus graduados son profesionales versátiles y capaces de adaptarse a múltiples funciones dentro de las organizaciones. 

    DeustoAlumni te facilitará el acceso al mercado laboral. Te orientará y asesorará legalmente en todo lo relacionado con el empleo. Contamos con un equipo de expertos que lleva más de 10 años trabajando en torno al empleo y orientación laboral. Desde tus últimos cursos del grado podrás participar en talleres y jornadas con un seguimiento individualizado de tu empleabilidad.

    Deusto Alumni

    Internships

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    Internships

    One of the keys to a quality education is the direct contact with the professional world during the training process. For this reason, the Master's Degree in Computer Engineering offers the possibility of doing an internship in a company or technology centre.

    The aim of a placement in a company or a technology centre is to enable students to be confronted with a professional activity and to put into practice all the skills acquired in order to respond to the tasks or problems faced.

     

    Internships for Master's students

    Some of the collaborating companies:

    Deloitte
    Alianzo Networks
    euskaltel
    Tekniker
    Azterlan
    Ibermática
    Iberdrola
    IMQ
    Indra
    Athletic logo
    Lagun Aro
    Everis
    DeustoTech
    eitb
    nts
    Versia
    DXC TECH
    Virtualware

    Career Opportunities

    You can work in:

    The Master's Degree in Computer Engineering outlines the performance and development of a career in the field of computer engineering in five different but complementary scenarios.

    Information Systems Management

    Software Project Management

    Software architect

    Data Scientist and Big Data Analyst

    Research and innovation

    Knowing how companies work, their business processes and selecting the most appropriate technologies to optimise these processes and make organisations competitive are some of the fundamental tasks carried out by ICT managers in organisations.

    • Team management. Knowing and collaborating with the multiple profiles that make up an IT team or department, and in the future being able to lead them, are key skills for appropriate professional development.
    • Mastery of information systems. Yesterday's systems are not sufficient to meet current and future needs. Learning with the technologies used by the most effective organisations, the latest market solutions to new challenges.
    • Deciding on technologies. Having a technological background to be able to select the best options, always appropriate to each situation, to each organisation.

    Software project managers lead, coordinate and supervise « software» from the first steps to the delivery of the product, guaranteeing the quality of both the result and the creation process. Knowing and mastering the best tools, techniques and technologies is a guarantee for success.

    • Project management. Knowing the key factors for getting projects to their goal: people, technology, time management and resources. The best techniques from recognised experts.
    • Ensuring quality. Mastering the techniques and tools to ensure that applications will work correctly, be bug-free, reliable and robust.

    Just as the construction of a building is unthinkable today without architects, the construction of software has become a real engineering job where software architects take a leading role in ensuring that applications meet the requirements and also have the quality demanded by organisations.

    • Building the most appropriate solutions for each organisation. Being an expert in the most appropriate technological solutions allows us to make the right decisions, proposing everything from the implementation of standard solutions already on the market, the integration of solutions and services, to the development of new technology.
    • Experts in Internet technologies. Mastering the techniques, architectures and tools governing the construction of software systems for the Internet, as well as the specific Internet deployment models most widely used today and in the coming years.

    The enormous amount of data that companies are continuously collecting on their business processes, from production to marketing, requires professionals capable of developing solutions for the management, analysis and visualisation of this information to help in the organisation's strategic decision-making.

    Developing statistical and algorithmic models

    • Applying skills and knowledge of programming, statistics and mathematics to business processes in order to identify patterns of behaviour that help to make decisions in the company.

    Turning data into strategic information

    • Mastering the use of the vast amounts of data generated by the processes to extract only important information, analyse it and draw conclusions to make the decisions that will transform a company's business in the medium and long term.

    A critical vision that provides creative and imaginative solutions to major challenges. Engineers who apply and develop their knowledge transversally to all areas and disciplines

    • At the frontier of knowledge. Responding to technological challenges involves overcoming complex situations, learning about techniques, scientific tools and coming up with alternatives never thought of before.
    • Exploring new paths, inventing the future. Computing at the service of organisations to innovate by creating new products and services. Generating research that adds value for technology centres and companies in multiple sectors.
    • Computer science, a link between areas of knowledge. Information and communication technologies are at the core of increased technological convergence. Technology is becoming multidisciplinary, encompassing fields of application such as bioinformatics, nanosciences, marketing, industrial processes, health, among many others. In all of them, information is really valuable, and managing it properly is key to success.