This module describes the skills and knowledge required for a trainee to be able to prepare for Radio Access Network installation, mount, configure and apply transmission for Radio Access Network based on trend technology. At the end of this module, the students will be able to install, upgrade and maintain the RAN system afterwarward elaborate the work report.
This module describes the skills, knowledge and attitude required to design, configure and administer small networks. The trainee will be able to conduct network site survey, implement physical topology, provide access to the media, enable connection via wireless technology, implement the internet protocol to network, and implement application protocol to interact with the end-user.
At the end of this module, the trainee will be able to select, arrange, different material equipment and tools when conducting setting up small network.
workplace environmental management.
to describe environmental management1,
control human projects impact on environment3.
This lecture provides a general introduction to fiber-optic communications (FOC). It mainly allows students acquiring a background knowledge and overview of FOC, its development and trends in the context of telecommunication systems.
At the end of the lecture, students should understand the general concept of fiber-optic communications; its historical background and its technical competitive advantages with respect to other communications systems which justified FOC rapid commercial deployment. Students should understand the main building blocks that constitute a relatively simple FOC system.
It is expected also that students understand the global aspects of FOC Networks through understanding of the configuration of the global submarine fiber optic network. A snapshot on FOC trends shall be captured. Finally, a overview of the Rwanda National Fiber Optic Backbone should be also gained.
This module is designed to provide a comprehensive understanding of the skills, knowledge, and attitudes essential for the effective execution of fiber optic network projects. It begins by emphasizing the importance of a meticulous site survey, guiding participants in the proper selection of fiber optic connectors and cables, and ensuring accurate determination of pipes and fiber cores in alignment with established procedures. Attention is given to the identification and preparation phase, where tools, materials, and equipment are appropriately recognized for their application in the specified tasks. Safety considerations, including the measurement of occupational health and safety risks and the implementation of corresponding safety measures during optical fiber cable termination, are thoroughly addressed. The course further delves into the installation process, covering the laying of optical fiber cables, termination, and connection of terminating devices in accordance with industry standards. Emphasis is placed on accurate testing of optical fibers for continuity and the adept identification and rectification of faults. Ongoing quality checks, following established procedures, are integrated into the curriculum, along with the development of fiber optics topology. The module concludes by guiding participants through the approval process, ensuring that installed cabling aligns with specified requirements, and instructs on the creation of a comprehensive fiber optics network manual for future reference. Throughout, the course aims to instill a holistic understanding of the intricacies involved in planning, implementing, and maintaining fiber optic networks, fostering a commitment to safety, quality assurance, and industry standards compliance.
| This module describes the skills, knowledge and attitude to proper conduction of site survey according to the work to be done, proper selection of fiber optic and connectors, proper selection of fiber optic cable, proper determination of pipes and fiber cores along the hole according to the procedures, appropriate identification of tools, material and equipment to be use in accordance the work to be done, Proper supervision of optic fiber buying according to the standards, Measure appropriately OHS risk and implement safety measure for optical fiber cable termination, Laying optical fiber in the conduct, Terminating optical fiber, connecting terminating devices, Test accurately optical fibres for optical continuity, Proper rectification of the fault according to the fault of technique found, Arrange ongoing checks of the quality of installed wiring that are undertaken in accordance with established procedures, Develop fiber optics topology, Based on final checks that made, approve that installed cabling conforms to requirements and develop relevant fiber optics network manual |
At the end of this module students will be able to:
- Describe environmental management
- Assess environmental impact
- Control human projects impact on environment
The module is designed to provide students with a solid technical skills to the Internet of Things (IoT).The main objective of this course is to expose the students to the fundamentals of IoT as a paradigm and to help them become familiar with some of the foundational problems in this realm, along with the approaches/methodologies for addressing them.
Module Objectives:
Having successfully completed the module, students will be able to:
- Understand the concepts and definitions of The Internet of Things (IoT)
- Understand the IoT Ecosystem
- Understand the concepts, opportunities and challenges of digital transformation using IoT
- Understand IoT communication and networking protocols
- Describe the difference between the levels of the IoT stack and be familiar with the key technologies and protocols employed at each layer of the stack.
- Explain the Real-time systems and embedded software
- Understand Smart hardware being used for hands-on project
- Understand IoT Connectivity Methods and Technologies
- Build and test a complete, working IoT system involving prototyping, programming and data analysis.
- Design a simple IoT system comprising sensors, edge devices, wireless network connections and data analytics capabilities.
- Work with major IoT platforms.
- Design and prototype IoT solutions using electronics, microcontrollers like Arduino and single board computers such as Raspberry Pi.
This
module provides to the learners the knowledge of
microwave and radar transmission and reception techniques. It also provides knowledge of navigation aids.