5G Mobile Network Technologies Training Course

Summary

The 5G Mobile Network Technologies Training Course by Geneva Institute of Business Management provides a structured corporate framework for understanding, managing, and applying modern fifth generation mobile network technologies. The programme focuses on the architecture, operational principles, infrastructure components, performance considerations, and enterprise applications that define advanced mobile connectivity. It supports organisations seeking stronger capabilities in telecommunications strategy, network operations, digital infrastructure, and connected business environments.

5G networks represent a significant development in mobile communications through higher data capacity, reduced latency, improved connectivity density, enhanced reliability, and support for large-scale connected devices. Organisations across telecommunications, technology, manufacturing, transportation, healthcare, logistics, public services, and enterprise IT increasingly depend on advanced mobile network capabilities to support digital transformation. Understanding 5G architecture and its associated technologies enables technical and management teams to make informed decisions about infrastructure planning, service delivery, network performance, and future connectivity requirements.

The course examines the key principles behind 5G mobile network technologies, including radio access networks, core network functions, spectrum utilisation, virtualisation, cloud-native infrastructure, network automation, and service orchestration. It also addresses RAN technologies and their role in delivering efficient wireless connectivity across different operational environments.

A major focus is placed on network slicing, which enables a physical network infrastructure to support logically separated services with different performance, security, capacity, and reliability requirements. The course also explores mobile edge computing and its contribution to low-latency applications by bringing computing resources closer to connected devices and users.

Participants gain a business-oriented understanding of how 5G infrastructure supports industrial connectivity, Internet of Things deployments, smart infrastructure, autonomous systems, real-time analytics, immersive digital services, and enterprise applications. The programme also considers network security, service quality, operational resilience, scalability, and performance management within modern mobile environments.

The Geneva Institute of Business Management positions this programme within the Information and Communication Technology category to address the growing organisational demand for advanced telecommunications expertise. The course provides a practical understanding of how 5G capabilities integrate with wider digital infrastructure and how organisations can align mobile network technologies with operational and strategic objectives.

Objectives

The 5G Mobile Network Technologies Training Course is designed to establish a strong professional understanding of modern fifth generation mobile communication systems and their organisational applications.

The objectives include:

• Develop a clear understanding of 5G mobile network technologies and their role in modern telecommunications infrastructure.
• Examine the core components and operational principles of 5G architecture.
• Understand the relationship between radio access networks, transport networks, and the 5G core.
• Analyse the evolution from previous mobile generations to advanced 5G network environments.
• Develop professional knowledge of RAN technologies and their contribution to network performance.
• Understand spectrum management principles and the role of different frequency ranges in 5G deployment.
• Examine network slicing and its application in differentiated enterprise and industry services.
• Understand mobile edge computing and its role in reducing application latency.
• Assess how cloud-native technologies support scalable and flexible 5G infrastructure.
• Examine virtualisation and software-defined networking within modern mobile networks.
• Understand network automation, orchestration, monitoring, and performance management.
• Explore the integration of Internet of Things devices with 5G network environments.
• Assess the role of 5G in industrial automation and connected enterprise operations.
• Understand important network security considerations across 5G infrastructure.
• Examine methods for improving network reliability, availability, capacity, and quality of service.
• Develop an understanding of private 5G networks and their organisational applications.
• Evaluate the business value of advanced mobile connectivity for digital transformation.
• Understand the relationship between 5G infrastructure and emerging technologies such as artificial intelligence, cloud computing, edge computing, and connected devices.
• Support informed decision-making regarding 5G implementation, infrastructure planning, and technology adoption.
• Strengthen professional capabilities for managing telecommunications and digital connectivity initiatives.

Target Audience

The 5G Mobile Network Technologies Training Course is intended for professionals and organisations seeking advanced knowledge of next-generation mobile communications and digital connectivity infrastructure.

The programme is suitable for telecommunications managers, network engineers, mobile network specialists, wireless professionals, infrastructure managers, IT professionals, technology consultants, systems architects, technical project managers, digital transformation professionals, and enterprise technology decision-makers.

It is also relevant to professionals responsible for network planning, service delivery, infrastructure development, connectivity management, telecommunications operations, technical procurement, and technology strategy.

Managers working in telecommunications organisations can use the programme to strengthen their understanding of 5G architecture, RAN technologies, network performance, and emerging network models. IT and infrastructure teams can develop greater awareness of how mobile connectivity integrates with enterprise cloud, edge computing, Internet of Things, and digital platforms.

The course is also appropriate for professionals involved in industrial digitalisation, smart manufacturing, logistics, transportation, energy, healthcare technology, public infrastructure, and connected services. Organisations evaluating private 5G networks can use the programme to understand the technical and strategic considerations involved in adopting dedicated mobile connectivity environments.

Technology consultants and project managers can benefit from a broader understanding of 5G capabilities when advising organisations on infrastructure transformation, connected operations, and technology investment. Business leaders and senior decision-makers can also develop a strategic perspective on how 5G mobile network technologies can support operational efficiency, service innovation, and long-term digital infrastructure planning.

Modules

Module 1: Introduction to 5G Mobile Network Technologies

This module establishes the foundations of 5G mobile network technologies and examines the factors driving the development of next-generation mobile communication. It covers the evolution of mobile networks and the changing requirements for capacity, speed, reliability, latency, connectivity density, and service flexibility.

The module examines the business and operational drivers behind 5G adoption and considers how modern mobile networks support increasingly connected organisations. It also introduces the main technology domains that form the foundation of a modern 5G environment.

Module 2: 5G Architecture and Network Components

This module examines the structure of 5G architecture and the relationship between its principal components. It covers the radio access network, transport infrastructure, 5G core, cloud infrastructure, network management, and service platforms.

The module focuses on how these components operate as an integrated environment. It also examines how network functions can be distributed, virtualised, automated, and scaled to support different operational requirements.

Module 3: Radio Access Network Technologies

This module provides a detailed overview of RAN technologies and their importance within 5G networks. It examines radio connectivity, base station functions, antenna systems, coverage considerations, capacity management, and network efficiency.

The module addresses how RAN infrastructure supports high-performance wireless connectivity and examines the role of advanced radio technologies in improving coverage, capacity, and service quality. It also considers the operational factors involved in managing radio network performance.

Module 4: 5G Spectrum and Radio Performance

This module examines the role of spectrum in 5G network deployment and performance. It explores different spectrum characteristics, coverage considerations, capacity requirements, interference management, and spectrum efficiency.

The module also considers how spectrum decisions influence network planning and service delivery. Participants develop an understanding of the relationship between frequency characteristics, infrastructure requirements, geographical coverage, and network performance.

Module 5: 5G Core Network Technologies

This module focuses on the functions and capabilities of the 5G core network. It examines service-based architecture, network functions, subscriber management, policy control, traffic management, authentication, and connectivity services.

The module explores how the 5G core supports flexible service delivery and integrates with virtualised and cloud-native infrastructure. It also addresses the importance of scalable architecture for supporting different enterprise and consumer applications.

Module 6: Network Slicing and Service Differentiation

This module examines network slicing as a major capability within 5G architecture. Network slicing enables organisations to create logically separated network environments designed for different service requirements.

The module explores how network slicing can support different levels of performance, reliability, capacity, security, and latency. It also examines enterprise applications where multiple services require differentiated network characteristics while operating across shared physical infrastructure.

Module 7: Mobile Edge Computing

This module examines mobile edge computing and its role in modern 5G environments. It focuses on placing computing and processing resources closer to connected devices and users to support low-latency applications.

The module explores the relationship between edge computing, 5G connectivity, cloud infrastructure, and real-time applications. It considers use cases involving industrial automation, connected vehicles, smart infrastructure, real-time analytics, and other applications where rapid data processing is operationally important.

Module 8: Cloud Native 5G Infrastructure

This module examines the integration of cloud technologies with 5G infrastructure. It covers virtualised network functions, containerised environments, distributed infrastructure, software-defined capabilities, and scalable network services.

The module focuses on how cloud-native principles improve flexibility and operational efficiency. It also considers how organisations can manage infrastructure that combines telecommunications functions with cloud computing and distributed digital services.

Module 9: 5G Network Virtualisation and Automation

This module explores virtualisation and automation within modern mobile networks. It examines how software-based network functions can support greater flexibility, scalability, and resource utilisation.

The module also addresses network orchestration, automated provisioning, configuration management, monitoring, and service lifecycle management. These capabilities are essential for organisations managing complex networks with diverse connectivity and service requirements.

Module 10: Private 5G Networks

This module examines private 5G networks and their growing importance for enterprise connectivity. It considers how dedicated mobile infrastructure can support organisations requiring greater control over connectivity, performance, security, and operational environments.

The module explores private 5G applications across manufacturing, logistics, industrial facilities, campuses, utilities, and other enterprise environments. It also examines key considerations related to deployment strategy, infrastructure integration, coverage, device connectivity, and service management.

Module 11: 5G and Internet of Things Connectivity

This module focuses on the relationship between 5G and connected devices. It examines how advanced mobile networks support large numbers of connected sensors, machines, devices, and operational systems.

The module considers the role of 5G in industrial Internet of Things environments, smart infrastructure, connected logistics, remote monitoring, and automated operations. It also addresses connectivity management and the importance of scalable infrastructure for large device populations.

Module 12: 5G Network Security

This module examines security requirements across 5G infrastructure. It considers authentication, access management, network segmentation, infrastructure protection, data security, virtualised network security, and monitoring.

The module also explores how network slicing, cloud infrastructure, edge computing, and connected devices introduce different security considerations. The focus is on developing an organisational understanding of security risks and controls across complex mobile network environments.

Module 13: Quality of Service and Network Performance Management

This module examines methods for managing 5G network performance and service quality. It covers latency, throughput, availability, reliability, capacity, resource utilisation, and service performance indicators.

The module focuses on performance monitoring and optimisation across different network components. It also considers how organisations can align network performance with business requirements and service-level expectations.

Module 14: 5G Applications Across Enterprise Environments

This module examines practical enterprise applications of 5G mobile network technologies. It explores connected manufacturing, smart logistics, intelligent transportation, remote operations, healthcare connectivity, smart facilities, industrial monitoring, and digital infrastructure.

The module demonstrates how 5G capabilities can support real-time communication, connected devices, automation, and data-driven operations. It also considers how organisations can identify suitable use cases based on operational priorities and technology requirements.

Module 15: 5G Deployment Strategy and Business Integration

This module focuses on the strategic integration of 5G into organisational infrastructure. It examines deployment planning, infrastructure requirements, technology assessment, operational considerations, scalability, performance objectives, and business alignment.

The module enables professionals to assess how 5G can integrate with existing IT and telecommunications environments. It also considers investment priorities, organisational readiness, technology governance, and long-term infrastructure planning.

Module 16: Emerging Developments in 5G and Future Mobile Networks

This module examines the continuing development of 5G technologies and the direction of advanced mobile connectivity. It considers the increasing convergence of telecommunications, cloud computing, artificial intelligence, edge computing, automation, and connected systems.

The module provides a strategic perspective on emerging network capabilities and their potential organisational impact. It enables professionals to understand how current 5G infrastructure can provide a foundation for future digital transformation initiatives.

Module 17: Integrated 5G Network Management

The final module brings together the major concepts covered throughout the programme. It examines how 5G architecture, RAN technologies, network slicing, mobile edge computing, cloud infrastructure, security, automation, and performance management operate as interconnected components.

The focus is on developing an integrated corporate perspective of 5G network management. Participants assess how different technologies contribute to connectivity, operational efficiency, scalability, resilience, and digital transformation. The module reinforces the importance of aligning technical infrastructure with organisational objectives and long-term technology strategy.

FAQs

What is the 5G Mobile Network Technologies Training Course?

The 5G Mobile Network Technologies Training Course is a professional programme covering 5G architecture, RAN technologies, network slicing, mobile edge computing, network security, virtualisation, automation, and enterprise applications of advanced mobile connectivity.

What does the course cover in 5G architecture?

The course covers the major components of 5G architecture, including radio access networks, the 5G core, transport infrastructure, cloud-native network functions, virtualisation, network management, and service orchestration.

Why is network slicing important in 5G networks?

Network slicing enables organisations to create logically separated network environments with different performance, capacity, reliability, security, and latency requirements using shared physical infrastructure.

What is the role of mobile edge computing in 5G?

Mobile edge computing brings computing and processing resources closer to users and connected devices. It supports low-latency applications such as industrial automation, real-time analytics, connected vehicles, and smart infrastructure.

Who can benefit from 5G Mobile Network Technologies training?

Telecommunications professionals, network engineers, IT specialists, infrastructure managers, technology consultants, project managers, digital transformation professionals, and enterprise technology decision-makers can benefit from the programme.