- Annitah Rodah Natwati
- Jonathan Mwakijele
- Ghazi Mabrouk
Intermediate
Event organizer(s)
Supported by
Description
This 20 hours online instructor-led is designed to equip professionals from the ICT and telecommunications regulatory sector with the knowledge and skills needed to navigate emerging technologies and their regulatory implications.
Participants will explore key technological advancements, including broadband Internet, 5G-Advanced, WiFi 6/7, 6G/IMT-2030, IoT, AI, cloud and edge computing, satellite communications (LEO and D2D) and future services such as XR, V2X communication, and the Quantum Internet. The course connects these technologies to real-world applications, enabling participants to anticipate challenges, foster innovation, and enhance regulatory effectiveness.
The course incorporates interactive lectures, case studies, group work, and problem-based learning activities.
With the generous support of the Global Gateway initiative of the European Union, this course is offered for free for selected participants.
This course is designed for professionals and decision-makers in the ICT and telecommunications regulatory sector, particularly those involved in:
- Policy and Regulation Development: Professionals responsible for crafting and enforcing policies related to broadband, mobile, and emerging technologies.
- Spectrum Management: Specialists managing spectrum allocation for fixed and wireless broadband networks.
- Technology and Innovation Oversight: Individuals monitoring technological advancements and their impact on telecommunications and ICT industries.
- Infrastructure Planning: Stakeholders involved in planning and deploying broadband and mobile network infrastructure.
- Cybersecurity and Data Governance: Experts addressing challenges in data privacy, security, and interoperability within the telecom sector.
- International and Regional ICT Collaboration: Participants working in cross-border initiatives aimed at harmonizing telecommunications policies and fostering innovation.
The course is particularly relevant for participants from national regulatory authorities, regional organizations, and ICT ministries.
Participants are not required to have deep technical expertise but should have foundational knowledge of ICT and telecommunications to maximize their engagement and benefit from the program. This training aims to bridge technical concepts with practical regulatory insights, making it ideal for both emerging and experienced professionals seeking to enhance their capacity to oversee and guide the evolving digital ecosystem.
Upon completion of this course, participants will be able to:
- Outline the foundational principles and advancements in broadband Internet, mobile, and wireless technologies, including 5G-Advanced, WiFi 6/7, and the emerging 6G/IMT-2030 ecosystem.
- Evaluate the technical capabilities and deployment strategies of future fixed-terrestrial and satellite broadband systems, as well as their role in bridging connectivity gaps.
- Describe the frameworks and applications of IoT, Big Data, and AI in telecom and regulatory contexts, with a focus on fostering innovation while addressing security, privacy, and interoperability concerns.
- Assess the impact of cloud and edge computing on telecommunications and OTT services, identifying opportunities for improved service delivery and regulatory oversight.
- Analyze the evolution of services such as extended reality (AR/VR/XR), critical IoT, V2X communication, and the Quantum Internet, and their implications for sustainable development and regulation.
- Create forward-looking regulatory policies that support innovation, market competitiveness, and consumer protection.
- Identify potential challenges in spectrum management, data governance, cybersecurity, and ethical AI deployment, crafting strategies to mitigate risks while fostering progress.
- Assess infrastructure projects, quality of service, and the socio-economic impact of future technologies, contributing to more effective regulatory frameworks.
This course will be delivered online in 4 weeks:
- Each week will consist of 2 live lectures on Monday and Wednesday, during which participants will have the opportunity to engage directly with the trainer and interact on the given topics.
- Discussion groups and peer learning, participants will collaborate in small groups on projects and activities, fostering teamwork, the exchange of ideas, and shared learning experiences.
- Q&A and discussion sessions: Dedicated time will be allocated for participants to engage with the trainer, clarify concepts, and discuss context-specific challenges.
Grading matrix
- Quizzes (4): 40%
- Group assignment and presentation: 60%
A total score of 70% or higher is required to obtain the ITU Academy certificate.
Week 1
Monday 13:00-15:00 CET
Session 1: Overview of Broadband Internet Technologies
- Learning outcomes: Describe foundational broadband technologies, including IPv6, QUIC, DNS, QoS, and cybersecurity.
- Activities: Lectures, Q&A, group discussions.
Session 2: Future Fixed-Terrestrial and Satellite Broadband
- Learning outcomes: Explore gigabit metallic, cable, and optical broadband (FTTH/FTTR, 50G-PON) and submarine/satellite systems.
- Activities: Presentations, group case study analysis.
Session 3: 5G-Advanced Mobile Broadband
- Learning outcomes: Gain insights into the technical and deployment aspects of 5G-Advanced networks.
- Activities: Lectures, technical demonstrations, Q&A; Group assignment briefing and discussion; Quiz 1
Wednesday 13:00-15:00 CET
Session 4: Future Wireless Broadband: WiFi 6 and 7
- Learning outcomes: Learn about the features and applications of WiFi 6/7 and their implications for spectrum management.
- Activities: Presentation, interactive simulation.
Session 5: Future Mobile Broadband: 6G/IMT-2030
- Learning outcomes: Describe the advancements and potential of 6G networks and their regulatory impact.
- Activities: Technical lecture, scenario-based discussions, Q&A.
Session 6: Internet of Things (IoT), Big Data, and Quantum Internet
- Learning outcomes: Explore IoT frameworks, Big Data integration, and emerging Quantum Internet concepts to address security and interoperability.
- Activities: Hands-on demonstrations, peer discussions, group activities; Group assignment and discussion; Quiz 2
Week 2
Monday 13:00-15:00 CET
Session 7: Artificial Intelligence (AI) Technologies
- Learning outcomes: Investigate AI/ML applications in telecom, focusing on QoS/QoE, security, and operational efficiencies.
- Activities: Case studies, problem-solving workshops, trainer feedback sessions.
Session 8: Cloud and Edge Computing for Telecoms and OTTs
- Learning outcomes: Assess the impact of cloud and edge computing on telecom operators and OTT services.
- Activities: Technical lecture, group discussions, scenario analysis.
Session 9: Future Fixed and Mobile Services: XR, IoT, V2X, and the Metaverse
- Learning outcomes: Analyze the evolution of XR/AR/VR services, critical IoT, V2X, and metaverse applications, with a focus on regulatory and market challenges.
- Activities: Presentations, simulation-based activities, peer collaboration; Group assignment and discussion; Quiz 3
Wednesday 13:00-15:00 CET
Session 10: Regulation and Business Aspects of Future Internet, Cloud, IoT, and AI
- Learning outcomes: Develop regulatory frameworks that balance innovation, competition, and consumer protection in an evolving digital ecosystem.
- Activities: Group assignment presentation
Session 11: Satellites communication
- Learning outcomes: Highlights on LEO and D2D (Direct to Device)
- Activities: Quiz 4
Tutors
Registration information
Unless specified otherwise, all ITU Academy training courses are open to all interested professionals, irrespective of their race, ethnicity, age, gender, religion, economic status and other diverse backgrounds. We strongly encourage registrations from female participants, and participants from developing countries. This includes least developed countries, small island developing states and landlocked developing countries.
