Course Description: This course explores the design, implementation, and management of broadband networks and services, including DSL, cable, and fiber optic technologies. Students will learn about the principles of broadband communication and the delivery of high-speed internet services. Course Objectives:

1. Understand the principles of broadband communication.
2. Learn about different broadband technologies and their applications.
3. Develop strategies for designing and implementing broadband networks.
4. Study the delivery and management of high-speed internet services.
5. Evaluate the impact of broadband networks on communication services.

Course Outcomes:

1. Explain the principles of broadband communication.
2. Identify and apply various broadband technologies.
3. Design and implement broadband networks effectively.
4. Manage the delivery of high-speed internet services.
5. Assess the impact of broadband networks on communication services.

Course Description: This course covers the principles and practices of mobile network planning and optimization, including radio frequency planning, capacity management, and network performance analysis. Students will learn to design and optimize mobile networks for maximum efficiency. Course Objectives:

1. Understand the principles of mobile network planning.
2. Learn about radio frequency planning and capacity management.
3. Develop strategies for optimizing mobile network performance.
4. Implement techniques for network performance analysis and improvement.
5. Evaluate the impact of planning and optimization on mobile network operations.

Course Outcomes:

1. Design and plan mobile networks effectively.
2. Implement radio frequency planning and capacity management techniques.
3. Optimize mobile network performance through targeted strategies.
4. Analyze and improve network performance using advanced techniques.
5. Assess the impact of planning and optimization on mobile network operations.

Course Description: This course explores the role of the Internet of Things (IoT) in communications, including IoT architectures, protocols, and applications. Students will learn about the impact of IoT on communication networks and services. Course Objectives:

1. Understand the principles of the Internet of Things (IoT).
2. Learn about IoT architectures and communication protocols.
3. Explore various applications of IoT in communications.
4. Study the impact of IoT on communication networks and services.
5. Develop strategies for implementing IoT in telecommunications.

Course Outcomes:

1. Explain the principles of the Internet of Things (IoT).
2. Describe IoT architectures and communication protocols.
3. Identify and apply various IoT applications in communications.
4. Assess the impact of IoT on communication networks and services.
5. Develop and implement strategies for IoT in telecommunications

Course Description: This course focuses on the principles and technologies of fiber optic communications, including light transmission, optical fibers, and network design. Students will learn about the advantages and applications of fiber optic communication systems. Course Objectives:

1. Understand the principles of fiber optic communication.
2. Learn about light transmission and optical fiber technologies.
3. Explore the design and implementation of fiber optic networks.
4. Study the advantages and applications of fiber optic communications.
5. Analyze the performance and challenges of fiber optic systems.

Course Outcomes:

1. Explain the principles of fiber optic communication.
2. Identify and describe various optical fiber technologies.
3. Design and implement fiber optic networks.
4. Assess the advantages and applications of fiber optic communications.
5. Evaluate the performance and challenges of fiber optic systems.

Course Description: This course covers the principles and techniques of digital communication systems, including modulation, coding, and signal processing. Students will learn about the design and operation of digital communication systems. Course Objectives:

1. Understand the principles of digital communication.
2. Learn about modulation techniques and their applications.
3. Explore coding methods for error detection and correction.
4. Study signal processing techniques in digital communication.
5. Analyze the performance of digital communication systems.

Course Outcomes:

1. Explain the principles of digital communication.
2. Apply modulation techniques in digital communication systems.
3. Implement coding methods for error detection and correction.
4. Utilize signal processing techniques in digital communications.
5. Evaluate the performance of digital communication systems.