INTRODUCCIÓN A LA INGENIERIA DE TELECOMUNICACIONES (INIT)
1º GITST 
Coordinator: Luis Castejon Martin
Faculty: Fernando Herrera Gonzalez, Zoraida Frias Barroso, Santiago Andres Azcoitia
The INIT (Introduction to Telecommunication Engineering) course provides an overview of information and communication technologies (ICT), addressing technological, economic, and social aspects. It covers topics such as signals, digitization, modulation, networks, and emerging technologies like 5G, artificial intelligence, and cybersecurity. In addition, it explores the economic challenges of the industry and the United Nations Sustainable Development Goals (SDGs). Students apply these concepts in practical projects, collaborating through Moodle.
RADIOCOMUNICACIONES (RCOM)
4º GITST – Specialization in Telecommunication Systems
Coordinator: Jose Manuel Riera Salis
Faculty: Luis Mendo Tomas
The RCOM (Radiocommunications) course provides training in key aspects of radiocommunications, including spectrum regulation, radio link design, and propagation models. It covers the most relevant systems for fixed services, wireless networks, satellites, and broadcasting. With a practical approach, the course includes laboratory sessions and a radio access network project using commercial radio planning tools.
COMUNICACIONES MÓVILES (CMOV)
4º GITST – Specialization in Telecommunication Systems
Coordinator: Luis Mendo Tomas
The CMOV (Mobile Communications) course focuses on the fundamentals of mobile communication systems, particularly on the radio interface. Students will learn about fundamentals of mobile communications and specific technologies such as GSM, UMTS, LTE, and NR. The course includes laboratory sessions and the use of tools for monitoring the radio interface in mobile networks.
INTRODUCCIÓN A LA INGENIERIA DE DATOS (INID)
1º GISD
Coordinator: Luis Castejón Martin
Faculty: Carlos Ángel Iglesias Fernandez, Marco Cesar Maicas Ramos, Pedro Jose Zufiria Zatarain, Joaquin Luciano Salvachua Rodriguez, María De La Nava Maroto García
The INID (Introduction to Data Engineering) course provides an overview of key concepts in data engineering and data systems. Students will learn about the data economy ecosystem, Big Data technologies, data collection, cleaning, and processing, as well as cybersecurity. The course also focuses on data modeling using inductive and deductive reasoning and helps students develop skills in writing technical and scientific documentation in this field.
MARCO ÉTICO Y LEGAL (MAEL)
4º GISD
Coordinator: Zoraida Frías Barroso
Faculty: Francisco Faustino Lázaro Anguis, Jose María Del Álamo Ramiro, Luis Castejón Martin , Santiago Andrés Azcoitia
The MAEL (Ethical and Legal Framework) course addresses the ethical and legal implications of data processing and the use of artificial intelligence. Students will learn about personal data protection, ethics in data engineering, and intellectual and industrial property in this field, with a practical approach based on real cases and examples.
VISIÓN ESTRATÉGICA DE LA INTEGRACIÓN DE TECNOLOGÍAS Y SISTEMAS EN EL SECTOR TIC (VETIC)
1º MUIT 
Coordinator: Zoraida Frías Barroso
Faculty: Luis Castejón Martin, Juan Luis Redondo Maillo, Santiago Andrés Azcoitia
The VETIC (Strategic Vision of Technology Integration) course provides a global overview of the technological, socioeconomic, and regulatory aspects of the ICT sector. Students will analyze the strategies of key players in the telecommunications, Internet, and digital economy markets, focusing on how technology influences their behavior. In addition, they will develop strategic thinking skills to formulate their own vision of the sector’s future.
TECNOLOGÍAS DE ACCESO RADIO (TACR)
1º MUIT
Coordinator: Jose Manuel Riera Salis
Faculty: Luis Mendo Tomas
The TACR (Radio Access Technologies) course provides an introduction to the fundamentals of radio access technologies used in mobile and wireless communication systems. Students learn key concepts such as radio propagation, channel modelling, LTE/4G and Wi-Fi operation, and basic 5G technologies. The course includes four hands-on laboratory sessions that cover radio planning, multipath simulation, and real measurements. It offers a practical and comprehensive foundation for understanding modern radio systems.
ANÁLISIS DEL NEGOCIO TIC (NTIC)
2º MUIT – ICT Management, Innovation and Business Area
Coordinator: Luis Castejón Martin
Faculty: Fernando Herrera Gonzalez, Zoraida Frías Barroso
The NTIC (ICT Business Analysis) course focuses on the study of business cases where Information and Communication Technologies (ICT) are fundamental to the business model. Through practical case studies, students learn about investment project valuation, ICT company analysis, and the use of decision-making tools, with a focus on telecommunications, OTTs, and tech startups.
POLÍTICAS Y REGULACIÓN DE LOS MERCADOS TIC (RTIC)
2º MUIT – ICT Management, Innovation and Business Area
Coordinator: Luis Castejón Martin
Faculty: Fernando Herrera González, Santiago Andrés Azcoitia, Zoraida Frías Barroso
The RTIC (Policies and Regulation of ICT Markets) course addresses the economic regulation of ICT markets, focusing on the regulation of telecommunications, digital services, and the data economy. It analyzes competition, regulatory intervention, and the impact of regulation on business strategy, while also exploring topics such as spectrum regulation, mobile virtual network operators (MVNOs), and the digital platform economy.
MOBILE COMMUNICATIONS: 4G AND BEYOND (CM4G)
1º MUTSC
Coordinator: Luis Mendo Tomas
Faculty: Jose Manuel Riera Salis
This course provides in-depth knowledge of 4G and 5G mobile communication systems. It reviews basic concepts such as multipath propagation, MIMO transmission, and link adaptation, as well as descriptions of LTE (4G) and NR (5G) techonlogies, and then focuses on radio network planning and optimization. Students will explore simulation techniques for the radio interface of these systems, and will learn about the latest advances in radio access technologies.