Professional Diploma in Engineering (Telecommunication and Network Engineering)

The Engineering (Telecommunication and Network Engineering) program, offered by Geneve Institute of Business Management, is designed to present a clear and structured understanding of modern communication systems and network infrastructures. The course connects engineering principles with real-world communication technologies, allowing participants to understand how information travels across systems, networks, and digital platforms.

This program focuses on the technical foundations that support telecommunication systems, including signal transmission, network architecture, and data exchange mechanisms. It explains how different technologies interact within wired and wireless environments, giving participants the ability to see the broader picture behind everyday communication tools.

Through a carefully arranged progression of topics, the course develops both conceptual clarity and technical awareness, preparing participants to understand, evaluate, and support communication systems in professional settings.

Target Group

• Engineers aiming to build or strengthen their knowledge in telecommunication and network systems.

• IT professionals working with network infrastructure and communication technologies.

• Technical support specialists responsible for maintaining communication systems.

• Graduates in engineering or computer science seeking specialization in networking fields.

• Network administrators looking to deepen their understanding of system design and operation.

• Professionals involved in digital transformation and connectivity solutions.

• Telecommunications staff seeking structured technical knowledge.

• Individuals with basic technical background interested in communication engineering.

Objectives

• Explain the fundamental principles of telecommunication systems and network engineering.

• Develop understanding of how data is transmitted across different communication channels.

• Clarify the structure and function of various network architectures.

• Build knowledge of protocols that regulate communication between systems.

• Explore the role of hardware and software components in network performance.

• Strengthen awareness of system design considerations in modern networks.

• Introduce key concepts in wireless and wired communication technologies.

• Prepare participants to understand and support network environments effectively.

Course Outline 

• Fundamentals of Telecommunication

  • Explanation of telecommunication as a field, including its purpose, components, and role in connecting modern systems across distances.

  • Description of basic communication models, highlighting how information is transmitted from sender to receiver through different mediums.

  • Identification of key elements such as transmitters, receivers, and communication channels and how they interact within systems.

  • Discussion of signal types and how analog and digital signals differ in structure and transmission methods.

• Introduction to Network Engineering

  • Explanation of network engineering as a discipline focused on designing and managing communication networks.

  • Overview of different types of networks, including local area networks and wide area networks, and their specific uses.

  • Description of how devices are connected within networks to enable communication and data exchange.

  • Introduction to the importance of network reliability and performance in modern organizations.

• Signal Transmission Concepts

  • Explanation of how signals carry information across communication channels over varying distances.

  • Description of bandwidth and its influence on the speed and quality of data transmission.

  • Overview of noise and interference and how they affect signal clarity and reliability.

  • Discussion of techniques used to preserve signal integrity during transmission.

• Communication Media

  • Identification of different transmission media such as copper cables, fiber optics, and wireless channels.

  • Explanation of how each medium supports data transmission with varying speed and reliability.

  • Description of advantages and limitations associated with each type of communication medium.

  • Overview of factors influencing the choice of transmission media in network design.

• Network Topologies

  • Explanation of common network topologies such as star, bus, and ring, including how devices are arranged.

  • Description of how topology selection affects network performance and scalability.

  • Identification of strengths and limitations associated with each topology type.

  • Discussion of how network structure influences data flow and communication efficiency.

• Networking Devices

  • Explanation of the roles of routers, switches, and hubs in managing network traffic.

  • Description of how devices forward, filter, and direct data within a network.

  • Overview of addressing mechanisms used by networking devices to identify destinations.

  • Discussion of how hardware components contribute to overall network functionality.

• Network Protocols

  • Explanation of protocols as rules that govern communication between devices in a network.

  • Description of common protocol types and how they support data exchange.

  • Overview of how protocols ensure accuracy and order in transmitted data.

  • Discussion of layered communication models and their importance in system design.

• OSI and TCP/IP Models

  • Explanation of the layered structure of the OSI model and the function of each layer.

  • Description of the TCP/IP model and how it is used in real-world networking environments.

  • Comparison between the two models in terms of structure and application.

  • Discussion of how these models simplify network design and troubleshooting.

• IP Addressing and Subnetting

  • Explanation of IP addressing and how devices are uniquely identified within a network.

  • Description of different address classes and their usage in network design.

  • Overview of subnetting and how networks are divided for efficiency and organization.

  • Discussion of address allocation strategies in complex networks.

• Routing Concepts

  • Explanation of routing as the process of determining paths for data transmission.

  • Description of routing tables and how they guide packet movement.

  • Overview of static and dynamic routing approaches and their differences.

  • Discussion of factors affecting routing decisions in network environments.

• Switching Techniques

  • Explanation of switching as a method for directing data within networks.

  • Description of circuit switching and packet switching methods.

  • Overview of how switching improves communication efficiency.

  • Discussion of how switches manage traffic between connected devices.

• Network Performance Factors

  • Explanation of factors such as latency, throughput, and packet loss in network performance.

  • Description of how these factors impact user experience and system efficiency.

  • Overview of methods used to monitor and evaluate network performance.

  • Discussion of approaches to maintain stable and reliable network operations.

• Wireless Communication Systems

  • Explanation of wireless communication principles and how data is transmitted without physical connections.

  • Description of common wireless technologies such as Wi-Fi and cellular networks.

  • Overview of frequency bands and their role in wireless communication.

  • Discussion of challenges such as interference and signal coverage in wireless systems.

• Mobile and Cellular Networks

  • Explanation of cellular network structure and how mobile communication is organized.

  • Description of base stations and their role in signal distribution.

  • Overview of network generations and their evolution over time.

  • Discussion of mobility management and handover processes.

• Network Security Fundamentals

  • Explanation of basic security concepts related to protecting network data.

  • Description of threats such as unauthorized access and data interception.

  • Overview of authentication and access control mechanisms.

  • Discussion of encryption and its role in securing communication.

• Firewalls and Protection Mechanisms

  • Explanation of firewall functions in controlling network traffic.

  • Description of different types of firewalls and their applications.

  • Overview of intrusion detection approaches.

  • Discussion of strategies to protect network infrastructure from risks.

• Network Design Principles

  • Explanation of how networks are planned to meet performance and reliability requirements.

  • Description of scalability considerations when expanding network systems.

  • Overview of redundancy techniques used to ensure continuous operation.

  • Discussion of cost and efficiency considerations in network design.

• Integration of Communication Systems

  • Explanation of how different communication technologies are combined within one system.

  • Description of interoperability between various network components.

  • Overview of challenges in integrating diverse technologies.

  • Discussion of methods to ensure smooth system interaction.

• Emerging Communication Technologies

  • Explanation of new developments shaping the future of telecommunication systems.

  • Description of advanced network technologies and their applications.

  • Overview of trends influencing communication infrastructure.

  • Discussion of how innovation impacts network engineering practices.

• Future of Network Engineering

  • Explanation of how network roles are evolving in response to technological growth.

  • Description of increasing demand for high-speed and reliable communication systems.

  • Overview of integration between networking and other digital technologies.

  • Discussion of long-term developments expected in the field of telecommunication engineering.