Those who complete the Frontend pathway are able to develop interactive, accessible web applications optimised for all kinds of devices, turning designs into functional, modern interfaces. They master core web development technologies such as HTML5, CSS3, SASS and Bootstrap, as well as the fundamentals of JavaScript and TypeScript, applying best practices and design patterns to build reusable, maintainable components. They specialise in the frameworks most in demand in the job market: Angular or React, with which they build applications, manage component lifecycles, and implement routing, forms and state management. They have knowledge of testing (unit and functional) and work from day one with GitHub, applying workflows such as Git Flow and collaborating through pull requests. They finish their journey with a project phase simulating a real company environment, working in multidisciplinary teams with SCRUM, consuming APIs to integrate external services and using CI/CD.

Those who complete the Backend Java pathway are able to develop robust, scalable and secure services to manage the logic and data of web and mobile applications. They master the Java core and object-oriented programming, applying SOLID principles and design patterns, automated testing and error handling. They manage relational databases (MySQL) and NoSQL (MongoDB) with complex, optimized queries. They specialize in developing RESTful APIs with Spring Boot, adding authentication with Spring Security and JWT, data validation and documentation with Swagger, and use SonarCloud to audit code quality. With the support of artificial intelligence, they learn to build a small frontend connected to the backend via REST API. They work with Docker and GitHub, and in the final phase simulate the day-to-day of a real company, applying SCRUM and CI/CD practices.

Those who complete the Full Stack PHP pathway are prepared to tackle both the frontend and backend development of a web application, becoming versatile, highly sought-after profiles. They master the PHP core, applying clean code best practices and recognizing design patterns, in layered architectures (MVC) and client-server architectures (API REST), with relational databases (MySQL) and NoSQL (MongoDB), all boosted with the Laravel framework. On the frontend side, they have solid knowledge of HTML and CSS, responsive layout and integration with external services, powered by Tailwind and the templating engine Blade. During the specialization phase, they learn — with the support of artificial intelligence — to connect this frontend to the backend via REST API. They use GitHub with Git Flow, issues and pull requests, and in the final phase take part in collaborative development with SCRUM, CI/CD and Docker containers.

Those who complete the Data Analytics pathway are able to manage, analyze and visualize data to answer business questions and support data-driven decision-making. They have solid knowledge of relational (SQL) and non-relational databases, and know how to extract data through complex SQL queries and consume data from external APIs. They master visualization tools such as Power BI, where they build interactive dashboards and custom reports, and use Python (with libraries such as Pandas, NumPy, Matplotlib and Seaborn) for data processing and analysis. They go through a business simulation phase in which they reproduce the day-to-day of a real company, working with agile methodologies such as Kanban, using GitHub for collaboration and acquiring key professional skills such as time management, teamwork and effective communication.

Those who complete the Cybersecurity Analyst pathway first acquire a solid foundation in networking, technical support and IT security, understanding how digital infrastructures work and how to manage their risks. Building on this foundation, they progressively specialize in governance and monitoring (CCNA Cybersecurity), implementing defenses and network hardening (Network Security), and offensively testing their own defenses (Ethical Hacking). They work with real tools to monitor threats, detect incidents, analyze logs and give an initial response to cyberattacks, replicating how a Centre d'Operacions de Seguretat (SOC) works. Throughout the pathway they can pursue official Cisco certifications — CCST IT Support, Networking and Cybersecurity, and CCNA Cybersecurity — with a first free attempt through the academy.