En este curso se pretende dar una visión en general de las distintas formas de modelar el canal de propagación en entornos interiores complejos. Para ello a lo largo del curso se pretende emular aquellos fenómenos físicos que determinan la propagación de la una señal radio en la banda de milimétrica (30GHz). La emulación de estos fenómenos físicos se hará por medio de técnicas deterministas como lo es el trazado de rayos.

Her CyberTracks offers a five-months training, blending online live with self-paced courses, personalized mentorship, and inspirational webinars showcasing successful women in the cybersecurity field. This training includes in the Her CyberTracks Regional Forum, an on-site event featuring soft skills masterclasses, simulations and hands-on exercises, mentorship circles, study visits to cybersecurity organisations, and engaging networking events.

This comprehensive course is designed to provide an in-depth exploration of the Internet of Things (IoT), a pivotal technology in today's digital landscape. It covers the fundamental concepts, components, and connectivity technologies that underpin IoT. Participants will explore IoT applications across various sectors, including smart homes, healthcare, agriculture, and smart cities, highlighting IoT's role in solving real-world challenges. The curriculum will delve into IoT system architecture, data processing, and the critical importance of security and privacy.

This course provides a high-level overview of IoT concepts from a mobile perspective, outlines the role IoT can play in enhancing the quality of life of citizens and explains the key differences between traditional telecoms services and the IoT world.

This course covers spectrum engineering foundations for students to be able to perform link budget calculations, interference analysis, and provide an understanding of 3D propagation modeling for radio communications services frequency planning. This is intended to support modern spectrum management. The aim of this course is to provide students with spectrum engineering foundations in order to be able to perform link budget calculations, interference analysis, and provide understanding of 3D propagation modelling for radio communications services frequency planning.

This course covers strategic aspects of Internet governance and innovations, including technical, business and regulatory aspects. It covers the convergence of telecommunications to all-IP, including open Internet used for OTT services and NGN used by telecoms. Such convergence is driven by the development of fixed and mobile broadband (cable, optical, 5G), based on standards. In that way the course further covers broadband strategies and innovations as well as telecom standardization and policy.

The effect of radio transmissions on health has been studied extensively, leading to international standards for network antennas and exposure limits for workers and the public. Despite the ever-growing body of scientific knowledge, many people continue to be concerned about electromagnetic fields (EMFs) and their impact on health. This course looks at the state of the science, standards for mobile technologies, regulatory compliance and public awareness and education.

This online course aims to equip national and local government authorities with the necessary knowledge and skills to foster a techn ical understanding of the telecommunications sector, specifically focusing on wireless infrastructure deployment. Through an exploration of regulatory and fiscal aspects related to permitting approvals and processes, this course provides a holistic overview of the key principles essential for promoting investment in connectivity and bridging the digital divide.

This course will help the participants to know about the general development of 5G industry globally and in China from the aspects of market, technology evolution, application scenarios etc.; the key technologies and standards progress of 5G; the application status of 5G in different vertical sectors of economy; testing technologies and its standardization and practices in the area of 5G, such as base station, massive MIMO and RF-OTA, network performance, etc.

This course is designed to encompass the theory, the technology and field engineering aspects of fiber optic planning design and deployment by adopting new developments in the industry. This course offers participants a thorough understanding of the basic physics associated with fiber systems alongside their respective applications â encompassing optical transmitters/receivers, multiplexing and transmission characteristics.