The aim of this module is to give a detailed overview of the field of power systems analyses and modelling. Power system modelling consists of a computer rendition of the electric grid, detailing each part’s characteristics. Power system engineers work tirelessly to accurately incorporate into the model not only the various devices but also their working specifications. The details of the components could include capacities, start-up time, impedance, power ratings, among others. Once the model has been designed, then it is possible to analyze what is happening or might happen in the real grid. Models of power system components such as transmission lines, transformers, static loads and synchronous generators are described in power system analysis.
High Voltage Engineering is module which focuses on the study and application of high voltages in electrical power systems. The learners of this module will study Generation of High Voltages, Insulation Materials and Systems; High Voltage Testing Techniques, High Voltage Switchgear and Protection, and High Voltage Safety.
Lecturer: Mukundufite Fabien,
Email: mufabianos@gmail.com
This course aims at providing fundamental as well as advanced concepts in modern Fiber-Optic Communication Systems (FOC). The knowledge acquired by students will be adequately integrated here with a system-oriented approach as it is applied to FOC systems.
This course introduces the concepts of wireless / mobile communication using cellular environment and the various modulation techniques, propagation methods, coding and multi access techniques used in mobile communication.
This module aims to introduce the fundamental networking concepts, terminologies, and technologies used in modern data communication and computer networking. It also introduces the students the functions of different layers (OSI and TCP/IP) and IEEE standards employed in computer networking with different protocols and network components.
Welcome to the Module of ETE4164: Microwave Engineering!
(Note: This Module was Done in Trimester -1 in the year 2019/2020)
Cryptography is an important tool for allowing secure delivery and protection of information in a computer network. This module will give the general inner working of cryptographic systems and how to correctly use them in real-world applications towards the secured exchange of information over the Network. The security issue is involved for emphasizing on Notion of information trust. This can normally be done by identifying Network weaknesses, Possible the types of attacks against each of weaknesses, risk analysis, ethics issues, measures and protection mechanisms of cryptographic techniques.
Electrical Service Design describes all steps required to conduct electrical installation design with high quality and security. Students acquire knowledge on how complex and special designs are conducted aiming at meeting the requirements of clients.
Lecturer: Fabien Mukundufite
Email: mufabianos@gmail.com