Learn to think as a computer scientist using tools conceived for this very purpose and start writing programs in a full-fledged programming language

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Understand and apply advanced programming concepts such as Object-oriented Programming or Recursion using Java.

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Learn to use web technologies, namely HTML and CSS, to design web pages that scale to different screen sizes (e.g. mobile, tablets, TVs, etc.)

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Master server-side web technologies, such as Apache HTTP and PHP, to build dynamic web applications whose content can adapt to different contexts.

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Build interactive and attractive games for mobiles and desktops without the need for any coding, programming or graphics design experience.

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Learn to think of computer programs as mathematical structures and use mathematical theories with respect to the latter structures accordingly.

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Study this branch of physics and understand basic components of electronics (e.g. diodes, transistors) to build interesting circuits.

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Master electronics concepts through theory and practice and, design and build electronic circuits for industry applications.

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The invention of Arduino has led to a breakthrough in the field of microcontrollers. Master this technology to build amazing digital devices.

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Build adaptable computer systems that can learn and iteratively copy to changes without having to specifically program them.

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Extract meanings and semantics from tons of texts using advanced libraries and modules already designed for this purpose using the Python programming language.

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Ensure machine understandability rather than only machine readability by publishing data in conformance to protocols from the Semantic Web stack.

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