Through this Internship program, you will master the most advanced methodologies to improve flexibility and responsiveness in Software Development projects” 

Software Development constitutes a fundamental pillar in today's digital era, driving innovation and efficiency in multiple industries. So much so that a report by the International Data Corporation forecasts that global spending on technologies in this area will exceed $1.7 trillion by next year. This highlights the growing importance of robust programs in the global economy. Faced with this, IT professionals need to update their knowledge to handle the most cutting-edge technological tools to optimize their projects.  

In order to support developers in this task, TECH launches an Internship program in Software Development, consisting of a 120-hour on-site stay. Therefore, for weeks, the graduates will join a work team made up of real professionals in this area. Together with these experts, students will actively work on tasks such as database design, the creation of advanced algorithms or the construction of user interfaces. This will enable the graduates to acquire a wide range of skills to optimize their routine procedures and provide top-quality services.  

Moreover, during the course of this practical stay, the graduates will be supported by an assistant tutor who will be in charge of guiding them and answering any questions they may have. Thanks to this, students will enjoy a successful learning experience that will serve to expand their professional prospects. Along the same lines, students will be highly prepared to make the leap to the most prestigious technological institutions and offer the most efficient IT solutions.

A unique training experience, key and decisive to boost your professional development"

Thanks to this university program, computer scientists will have a comprehensive knowledge of the principles and methodologies required to develop high quality software. Likewise, graduates will acquire advanced skills to develop robust and scalable architectures for complex systems. Likewise, students will implement in their daily practice the most innovative strategies to ensure the quality of the programs.  

You will have access to a library of multimedia resources 7 days a week, 24 hours a day"

General Objectives

• To provide a scientific and technological education, as well as to prepare for the professional practice of software engineering, all with a transversal and versatile training adapted to new technologies and innovations in this field
• Obtain wide knowledge in the field of software engineering, but also in the field of computation and computer structure, including the mathematical, statistical and physical basis essential in engineering

Specific Objectives

• Learn to design and interpret algorithms, which are the necessary basis for developing computer programs
• Learn the basic concepts of the C++ programming language, one of the most widely used languages in the world
• Understand the operation of advanced data structures other than the usual ones
• Know the theory and practice related to the use of priority heaps and queues
• Learn the main strategies for algorithm design, as well as the different methods and measures for algorithm computation
• Understand the operation of Greedy algorithms, their strategy and examples of their use in the main known problems
• Understand the Backtracking technique and its main uses, as well as other alternative techniques
• Design databases using the entity-relationship model, how to create diagrams and the characteristics of the extended E-R model 
• Learn the use of XML and databases for the web
• Acquire knowledge related to non-relational databases and data mining
• Understand the operation of combinatorial optimization, as well as the different randomization algorithms and parallel algorithms
• Learn the operation of some of the main numerical methods such as the bisection method, the Newton Raphson method and the secant method
• Learn the process of interface design, from requirements analysis to evaluation, going through the different intermediate stages necessary to carry out an adequate interface
• Understand the different methods of interaction with the computer, by means of peripherals and devices
• Learn how to manage the use of threads and synchronization, as well as the resolution of common problems within Concurrent Programming
• Understand the importance of documentation and testing in software development
• Learn how to use the browser-oriented programming language JavaScript, and some of its main features 
• Know the service-oriented architecture and the basics of the HTTP protocol
• Understand requirements engineering, their development, elaboration, negotiation and validation 
• Know the main standards related to software quality and project management 

This academic itinerary is exclusive to TECH and you will be able to develop it at your own pace thanks to its 100% online Relearning methodology"