6G for a Connected Future

University of Glasgow via Coursera Specialization

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This Specialization is intended for learners who want to explore the cutting-edge advancements shaping the future of wireless communication in the 6G era. You will cover key enabling technologies such as Reconfigurable Intelligent Surfaces (RIS), LiFi, Open RAN (O-RAN), Blockchain, IoT, Robotics, and AI-driven communications. You will also learn about advanced topics, including semantic communications, integrated sensing and communication (ISAC), and 6G-enabled healthcare applications. By engaging with insights from leading experts and following a structured approach spanning foundations, core innovations, and future research challenges, you will gain the knowledge and skills needed to contribute meaningfully to the evolving 6G landscape. You can watch our course trailer video for the 6G for a Connected Future Specialization on YouTube.

Syllabus

Course 1: 6G Vision: ML, Intelligent Surfaces & Optical Networks
Course 2: 6G Evolution: Blockchain, Semantic Communications & Radar
Course 3: 6G Deployment: Testbeds, Antenna Systems & Digital Twins

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The final part of this specialization in 6G wireless technologies will enable learners to understand digital twins-enabled wireless communications, master antenna design principles for 6G applications, explore comprehensive testbed implementations and industry use cases, and analyze 6G's ubiquitous connectivity vision. Learners will gain expert insights into how these implementation-focused technologies will enable practical deployment of next-generation wireless systems. Part 3 focuses on real-world implementation and deployment aspects, examining digital twin fundamentals in telecommunications, antenna array design principles, testbed experimentation platforms, and industry applications. The integrated approach covers theoretical antenna physics, practical testbed configurations, and futuristic outlook discussions from industry leaders. Expert perspectives provide insights into building the road to 6G through trials, standardization, and ecosystem collaboration. By completing Part 3, learners will be equipped with specialized knowledge in 6G implementation, testing, and deployment strategies, positioning them to lead practical 6G development initiatives. This final part of the specialization builds upon the foundational concepts from Parts 1 and 2, creating a complete pathway to 6G expertise that encompasses everything from theoretical principles to real-world deployment.
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The second part of this specialization in 6G wireless technologies will allow learners to understand blockchain-empowered wireless systems, analyze multimodal smart networks with vision-aided capabilities, master semantic communication principles and mathematical frameworks, and explore radar-enabled monitoring for 6G applications. Learners will gain expert insights into how these advanced technologies will enable intelligent, secure, and efficient wireless networks. Part 2 advances beyond foundational concepts to examine cutting-edge innovations that will transform network intelligence and functionality. The integrated approach covers blockchain resource management, semantic communication transceiver design, radar principles for assisted living, and multimodal network architectures. Expert discussions from telecom visionaries provide real-world perspectives on wireless network evolution and deployment strategies. By completing Part 2, learners will be equipped with specialized knowledge in next-generation network intelligence and security mechanisms, positioning them to contribute to 6G's most innovative applications. This intermediate foundation gives learners a fundamental understanding how 6G will revolutionize connectivity through intelligent, semantic-aware, and blockchain-secured communications.
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The first part of this specialization in 6G wireless technologies will equip learners to master foundational 6G concepts and vision, analyze AI-driven network operations, understand Reconfigurable Intelligent Surfaces (RIS) technology, and explore optical wireless communications including LiFi. Learners will gain critical insights from leading experts on how smart radio and optical systems will reshape wireless connectivity. Part 1 combines theoretical foundations with practical insights from industry pioneers, focusing on AI-native networks and intelligent surfaces that will define next-generation connectivity. The integrated approach linking RIS technology with machine learning and optical wireless systems provides a strong understanding of 6G's enablers and related technologies. By completing Part 1, learners will be equipped with specialized knowledge in the fast-evolving areas of 6G development, positioning them at the forefront of wireless innovation. This foundation prepares learners for advanced topics in Parts 2 and 3, creating a pathway to 6G expertise that bridges academic research with real-world applications.