Private 5G Networks for Industry & Enterprises Training Course

The Private 5G Networks for Industry & Enterprises Training Course equips technology leaders, network and operational technology engineers, digital transformation professionals, and decision makers with the knowledge and practical frameworks needed to evaluate, design, procure, deploy, and operate private 5G networks that support mission-critical industrial and enterprise operations. Private 5G networks provide dedicated, secure, and high-performance wireless connectivity within a defined site or campus, enabling applications that require reliability, low latency, mobility, and large numbers of connected devices. Organizations in energy, utilities, oil and gas, mining, manufacturing, ports, airports, logistics, healthcare, smart campuses, and public safety are increasingly exploring private 5G to support automation, remote operations, video analytics, connected workers, and digital twins. Despite growing interest, many organizations find private 5G difficult to evaluate and implement. It may be unclear which use cases genuinely require 5G rather than Wi-Fi, private LTE, or public network services, how spectrum can be obtained, and which ownership and operating models are most suitable. Business cases may be based on technology enthusiasm rather than quantified operational benefits, integration with existing operational technology systems, industrial control networks, and IT infrastructure may be underestimated, and device ecosystems and security requirements may not be fully understood. Pilots may succeed technically but fail to progress to scaled deployment because of unclear total cost of ownership, operating responsibilities, and skills. This course provides a structured, practical guide to private 5G networks for industry and enterprises, based on 3GPP standards for non-public networks and recognized industrial and cybersecurity practices. Participants learn private 5G fundamentals, the capabilities of 5G relevant to industrial applications, and how private 5G compares with Wi-Fi, private LTE, and public network slicing. The program covers use cases across key sectors, business case development, and total cost of ownership analysis, as well as deployment and ownership models, including standalone non-public networks, public network integrated non-public networks, enterprise-owned, operator-managed, neutral host, and hybrid models. Participants then examine spectrum options and regulatory considerations, private 5G architecture including radio access, core, and edge computing placement, integration with operational technology, industrial control systems, and IT networks, time-sensitive and low-latency communications, positioning, and device ecosystems including reduced capability devices. The course also addresses network planning and design for industrial environments, cybersecurity for private 5G and connected operational technology informed by recognized industrial security standards, operations, service management and lifecycle management, vendor and partner selection, pilot design and scaling, and developing a private 5G strategy and roadmap. The course is delivered through an interactive, application-focused approach with sector case studies, use case assessment workshops, architecture and deployment model design exercises, business case development, and the preparation of a private 5G roadmap for the participant's organization. Participants leave with a use case assessment and prioritization framework, a connectivity technology selection guide, a deployment and ownership model comparison, a private 5G business case and total cost of ownership template, a reference architecture outline, a private 5G security checklist, a vendor evaluation matrix, and a private 5G adoption roadmap.