Thanks to this Internship program, you will apply your theoretical knowledge on Advanced Systems in real environments, consolidating your learning through practical experiences” 

The integration of Artificial Intelligence (AI) and machine learning revolutionize how businesses analyze data and automate processes, improving efficiency and decision making. In addition, mass adoption of cloud computing continues to grow, with platforms such as AWS, Azure and Google Cloud providing scalable and flexible infrastructure. And as the best way to hone these skills is through practice,TECH has designed a program consisting of a 120-hour stay in a benchmark IT company in the field of Advanced Systems.

Therefore, during 3 weeks, the graduate will become part of a team of specialists of the highest level, with whom they will work actively in the development of projects of Advanced Systems in Computer Science. In this way, they will be able to get up to date not only with emerging tools and technologies, but will also be able to implement into their practice skills in areas such as IT project management, implementation of distributed systems and IT security.

Furthermore, during the stay you will have the support of an assistant tutor, who will ensure that the requirements for which this Internship program was designed are met. Therefore, the computer scientist will work with total guarantee and security in the handling of the most innovative technology, as well as in the use of the techniques and platforms with the best results proven to date.

The teaching materials of this program, elaborated by these specialists, have contents that are completely applicable to your professional experiences"

The objectives of this program will be to provide professionals with direct and applicable experience in the use of advanced technologies and in the resolution of complex real-world problems. In this way, the theoretical knowledge acquired will be consolidated with solutions in real projects, allowing computer scientists to experience the challenges and dynamics of the work environment. In addition, they will develop skills in areas such as distributed systems management, advanced programming and computer security, fostering their ability to adapt and apply specialized methodologies and tools.

The program objectives will focus on providing you with hands-on, applied experience in the field of advanced technology. With all the TECH quality guarantees!"

General Objectives

• Apply theoretical knowledge in practical and real situations in the technological field
• Develop skills in the implementation and management of advanced IT tools
• Solve complex technical problems using current methodologies and techniques
• Work on real projects to gain practical experience in the management of advanced systems
• Adapt to the challenges of the work environment through the application of emerging technologies
• Improve teamwork skills and effective communication in professional contexts
• Use innovative solutions to address specific problems in advanced systems computing
• Integrate and manage distributed systems and cloud architectures in real-world projects
• Develop and implement IT security strategies in practical environments
• Evaluate and optimize the performance of applications and systems using advanced tools

Specific Objectives

• Implement IT project management solutions using advanced tools and methodologies
• Develop and test applications in distributed systems environments
• Configure and manage cloud computing platforms for specific projects
• Apply cybersecurity techniques to protect data and systems in real-world environments
• Design and execute artificial intelligence use cases in practical projects
• Perform Big Data analytics for decision making and predictive model generation
• Integrate emerging technologies, such as quantum computing, into practical applications
• Develop and test IoT solutions for real-world applications
• Evaluate and optimize the performance of systems and applications on mobile devices
• Implement and manage microservices architectures in distributed systems projects
• Apply machine learning techniques to solve specific problems in practical projects
• Use virtualization and containerization tools in software development
• Design and implement data backup and recovery strategies in advanced systems
• Collaborate in the creation and documentation of lessons learned reports for projects
• Develop skills in integrating systems and platforms from different cloud vendors
• Perform performance and scalability testing on distributed systems applications
• Apply agile development techniques to manage and fine-tune projects in changing environments
• Evaluate and apply privacy and data protection standards in Big Data projects
• Develop skills in the creation of user interfaces and user experiences in mobile applications
• Implement incident management and cyber-attack response solutions in real-world environments

Strengthen your competency in collaboration and communication within teams, preparing you to address technology issues and adapt to emerging industry trends”