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This course explores the "second wave" of 5G by examining how technical innovations like Artificial Intelligence, RedCap IoT support, and satellite integration are enhancing network efficiency and laying the foundation for the move to 6G.
AI Foundations and Strategic Impact in Telecom is a 90-minute strategic overview designed to help industry professionals understand how artificial intelligence is transforming modern network operations and business value.
This course explores the technical foundations, industry landscape, and strategic value of Satellite Direct-to-Device (D2D) technology as a supplement to terrestrial wireless networks.
This course provides a technical, architecture-driven understanding of how AI is deployed across device, edge, and cloud environments to enable real-time intelligence in 5G and IoT networks. Learners will explore distributed AI architectures, model optimization techniques, and deployment strategies required to design and operate high-performance edge AI systems.
How AI-driven operations work in practice across 4G and 5G networks: data pipelines, model lifecycles, the RAN Intelligent Controller, closed-loop automation, and energy savings. Written for RAN, NOC, and optimization engineers, with scenarios drawn from real incidents.
Learn how generative AI (GenAI) can transform telecom operations, customer experience, and internal efficiency, and how to deploy it responsibly. This course explains how GenAI differs from predictive machine learning, how retrieval-augmented generation (RAG) grounds AI in company knowledge, where AI agents fit, and the risks and controls every telecom team should know.
