Advanced Telecommunications Network Design & Architecture Training Course

Course Overview

Learning Objectives

• By the end of the course, participants will be able to:
• Understand advanced principles and methodologies for telecommunications network design.
• Analyze business and technical requirements and translate them into network architecture specifications.
• Design scalable telecommunications network architectures across multiple network layers.
• Evaluate access, aggregation, transport, core, IP, optical, and wireless architecture options.
• Apply network capacity planning and traffic engineering principles.
• Design resilient architectures incorporating redundancy, failover, and high availability.
• Evaluate quality of service and performance requirements for different applications.
• Integrate 4G, 5G, cloud, edge, and software-defined networking technologies into modern architectures.
• Assess network security, segmentation, interoperability, and integration requirements.
• Select appropriate technologies and infrastructure based on operational and performance requirements.
• Optimize network architecture for scalability, reliability, cost efficiency, and operational sustainability.
• Develop comprehensive telecommunications network architecture proposals and design documentation.

Who Should Attend

Learning Outcomes

• Upon completion of the course, participants will be able to:
• Develop advanced telecommunications network architecture models.
• Translate business, service, and technical requirements into network design specifications.
• Design integrated access, aggregation, transport, and core network architectures.
• Evaluate IP, optical, wireless, and mobile network design alternatives.
• Perform fundamental traffic analysis and capacity planning.
• Design high-availability and fault-tolerant network architectures.
• Apply redundancy and resiliency principles to critical network infrastructure.
• Design networks that support quality of service and differentiated application requirements.
• Integrate 5G, cloud, edge computing, virtualization, and software-defined networking into network architectures.
• Assess interoperability and integration requirements across legacy and next-generation technologies.
• Evaluate security and network segmentation requirements during the design process.
• Produce professional network architecture documentation and design recommendations.

Course Outline