This module provides the students with sound knowledge in the basic concepts of image processing. It covers concepts of visual information representation, image acquisition, low-level image processing and enhancement, feature extraction and image reproduction, image restoration and segmentation.
This module is aiming at introducing fundamental concepts of telecommunication networks. We will also discuss the engineering principles of telephone networks, computer networks, and integrated networks. Topics in the course include telephone and data networks overview; OSI layers; physical layer and coding; data link protocol; flow control, congestion control, routing; local area networks (Ethernet, Wireless, etc.); transport layer; introduction to high-speed networks (MPLS, ATM, Gigabit Ethernet); performance evaluation techniques.
The aim of this module is to acquaint students with the various transmission and distribution processes employed in electrical power systems. Use the study to enhance the realization that electrical power systems are large systems, which integrate other branches of science and engineering like mechanical, chemical, civil, control systems. Also that, the understanding of each of these component parts makes for the smooth, efficient, and reliable operations of any power system.
The primary objective of this module is for the students to develop the ability to design microcomputer-based embedded systems.
This class allows students to learn microcomputer interfacing from both a hardware and software perspective.
This course provides a basic understanding of embedded computer systems:
Hardware/software systems and co design, peripheral devices, Principles and practice of using Embedded RTOS (Real Time Operating System) and peripheral devices such as sensors and actuators to build a small embedded system, Peripheral interfacing methods and standards, Analog digital conversion methods and interfacing, Low power design, Design methodologies and tools.
Students will gain design experience with project/case studies using contemporary high-level methods and tools.
Below is the course delivery schedule.
| WEEK | TOPICS COVERED | |
| ONE |
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| TWO |
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| THREE |
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| FOUR |
Basic microcontrollers I/O Interfacing: Memory Interfacing: Address Decoding, General Memory Bus Timing, External Bus Timing, Synchronized Vs. Unsynchronized Signal, Paged Memory, Programing Flash EEPROM |
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| FIVE | CAT 1: Written Continuous Assessment Test | |
| SIX | Advanced microcontrollers I/O Interfacing: I/O performance Measures, Synchronizing the Software with the State of the I/O, Timing Diagrams, Key Wake-Up, Blind Cycle Counting Synchronizations, Parallel I/O, and Serial Communications Interface (SCI): Transmitting and Receiving in Asynchronous Mode. RS232 Protocol, Synchronous Peripheral Interface (SPI) , Parallel Port LCD Interface with the HD44780 Controller, Keypad Interfacing, Interrupt Synchronization, General features of interrupts, Interthread Communication, Reentrancy, and Critical Sections, Interrupt Vectors and Priority, External Interrupt Design, Polled Vs. Vectored Interrupts, Key Wake-up Interrupt, Interrupt vs. Polling, priority, periodic Interrupts | |
| SEVEN |
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| EIGHT | CAT 2 : Written Continuous Assessment Test | |
| NINE |
Real time embedded systems: Event based, process based and graph based models, petrient models, The OS tasks, task states, task scheduling, interrupt processing, clocking communication and synchronization, control blocks, memory requirements and control, kernel services. Round-Robin Scheduler, Semaphores, thread Communication and Synchronization |
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| TEN | Group work- Semester Project Presentation and assessment | |
| ELEVEN | Group work –Semester Project submission and course review |
Welcome to this module of Power Electronics. This module aims to equip the student with a basic understanding of modern power semiconductor devices. It is also intended for students who may want to work in environments where all aspects of the design, application and maintenance of power electronic converter circuits are envisaged. The course will familiarize students with the many diverse power semiconductor devices and their ancillary control circuits at both low and high power levels and prepare them with the requisite design and performance analysis skills for some of these circuits.
MODULE LEADER:
HATEGEKIMANA PASCAL
ASSISTANT LECTURER
ELECTRICAL AND ELECTRONICS ENGINEERING
Tel: 0788883421
EMAIL: hategekapascal@gmail.com
Students shall understand the magnetic materials characteristics and the basic principles of magnetic, electric and thermal loadings, the relationship between the loadings, volume and torque production, the design of AC and DC windings for rotational machines. To determine the main dimensions of AC and DC machines and analyse the most commonly used special motors and to acquaint them with skills/techniques for motor selection. Explain name plate information and list factors that affect motor efficiency and choose the correct motor enclosure for an application.
Welcome all to this module entitled DIGITAL SIGNAL PROCESSING. The module aims to empower students with the skills of Analysis of Discrete-Time (DT) Signals, Linear Shift-Invariant (LSI) Discrete-Time (DT) Systems, Fast Fourier Transform (FFT), Digital Filter Design and Multirate and Adaptive Digital Signal Processing.
Facilitators' contacts
Names: Eng. Charles DUHUJAMAHORO
Title: Assistant Lecturer
Phone: 0726911377/0789431408
Email: gerigora@gmail.com
& Dr UFITEYEZU Emmanuel
Title: Lecturer
Tel: 0782122418
e-mail: ufiteyezuem@yahoo.fr
The aim of this module is to acquaint students with the various illumination systems, materials and laws governing illumination, teaching students to deals with fundamentals of electrical Heating and Welding machines and domestic use of electrical energy like refrigeration and Air-conditioning systems. It is intended to serve third year students taking a one semester course in energy utilisation or electric power engineering by teaching them the energy requirements of a LV, MV industry and then the electrolytic Processes.
This course has 7 chapters: The first chapter helps students to understand the operation principle of antenna, the second and the third chapters help students to understand the parameters of antenna so that they can know which antenna is good than the other. The remaining chapters talk about different types of antennas and wave propagation. The course normal concerns the physical part of telecommunication system because the electronic part concerns the transmitter and receiver.
1. www.4shared.com
2. www.pdfdrive.com
Each chapter corresponds to the lecture by week, it means what student supposed to study by week ( during 3 hours of face to face).
For any question you can contact me on : Tel(MTN):
0788682109, Tigo(Whatsapp):0727812001 or by e-mail: ndagijeo@yahoo.fr
Engineering Project Management module is intended to help students understand the nature of Projects and the technicalities involved in handling projects and
managing the various phases of the project life cycle. The module explores the project management functions that are carried out at the different stages of a
project’s life cycle and the analytical tools applied thereof.