Course image Kiswahili Wastani Kazini
Electronics and Telecommunications Technology

Moduli hii itamwezesha kila mwanafunzi kutumia msamiati wa Kiswahili katika maandishi na mazungumzo kimsingi, kutumia sarufi ya Kiswahili kimsingi na kutumia istilahi mahususi katika mawasiliano ya kikazi.

Course image MICROPROCESSOR AND MICROCONTROLLER
Electronics and Telecommunications Technology

Microcontroller Lab Experiments

Experiment 1: Lighting LEDs

Experiment 2: Actuate buzzer, DC motor and servo-motor

Experiment 3: Measuring temperature and Humidity and actuate motor (applied in irrigation)

Experiment 4: Measuring motion or movement and actuate alarm (applied in security)

Experiment 5: Measuring distance or proximity and ( applied in robotics, automation, manufacturing…)

Experiment 6: Measuring gas or smoke or flame(applied in security, weather monitoring…)

Experiment 7: Measuring heart bit rate or blood pressure (applied in health monitoring)


Course image MICROPROCESSOR AND MICROCONTROLLER
Electronics and Telecommunications Technology

Course Summary: Microprocessor and Microcontroller (ETTMM601)

This course provides an in-depth understanding of microprocessors and microcontrollers, with a focus on their architecture, programming, and applications. The module is structured into multiple units covering key aspects of the Intel 8085 microprocessor, Intel 8051 microcontroller, and Arduino-based microcontroller programming.

Unit I: Architecture of 8085 Microprocessor

  • Introduction to microprocessors and microcontrollers

  • Differences between microprocessors and microcontrollers

  • Internal architecture of 8085 (Control Unit, ALU, Registers, Bus Systems)

  • Pin description, machine cycles, and timing diagrams

Unit II: Programming of 8085

  • Addressing modes, instruction sets, and instruction classifications

  • Assembly language programming and development

  • Execution of arithmetic, logical, branching, and machine-control operations

Unit III: 8085 Interfacing

  • Memory and I/O mapped interfacing

  • Buffering of buses and interface requirements

  • Programmable peripheral interface (8255) and its operational modes

Unit IV: Interrupts

  • Definition, characteristics, and need for interrupts

  • Types of interrupts: maskable, non-maskable, software, and hardware interrupts

  • Interrupt handling and priority interrupt structures

Part II: Microcontrollers

  • Introduction to microcontrollers and classification

  • Embedded systems and types of microcontrollers (Intel 8051, PIC, ARM, etc.)

  • Applications in various fields such as automotive, communication, and industrial automation

Unit V: Intel 8051 Microcontroller

  • Architecture, pin diagram, and addressing modes

  • Internal RAM organization and peripheral interfacing

  • Timer/counter, interrupts, and serial communication

Unit VI: Arduino Microcontroller Programming

  • Structure, functions, and variable declarations

  • Serial communication and comparison operators

  • Practical experiments: LED blinking, push button control, motor driving, LCD interfacing

This course equips students with the fundamental knowledge and practical skills required for programming and interfacing microprocessors and microcontrollers in real-world applications.


Course image COMPUTER SYSTEM MAINTENANCE
Electronics and Telecommunications Technology

This module will help learners to  identify and address potential issues with hardware and software to ensure optimal system performance, prevent data loss, maintain security, and minimize disruptions by regularly updating, cleaning, and checking system components; essentially keeping your computer running smoothly and reliably by taking preventative measures against potential problems. 


Course image Advanced Engineering Mathematics
Electronics and Telecommunications Technology

Advanced Engineering Mathematics is a comprehensive and highly structured area of study that incorporates a variety of mathematical techniques essential for solving complex engineering problems. This field typically involves concepts and tools from linear algebra, calculus, differential equations, complex analysis, numerical methods, and more

Course image Fiber optic network installation
Electronics and Telecommunications Technology

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. It is an obligation for each trainee to gain the skills on installation of the Radio Access Network. This module is developed for the students pursuing advanced diploma in Electronics and Telecommunication Technology.

Course image Advanced Engineering Mathematics
Electronics and Telecommunications Technology

As we discussed earlier, Sequences and Series play an important role in various aspects of our lives. They help us predict, evaluate and monitor the outcome of a situation or event and help us a lot in decision making

Course image ADVANCED ENGINEERING MATHEMATICS
Electronics and Telecommunications Technology

Advanced Engineering Mathematics is a comprehensive and highly structured area of study that incorporates a variety of mathematical techniques essential for solving complex engineering problems. This field typically involves concepts and tools from linear algebra, calculus, differential equations, complex analysis, numerical methods, and more

Course image Advanced Engineering Mathematics
Electronics and Telecommunications Technology

TVET DIPLOMA IN ELECTRICAL TECHNOLOGY

 

 

DEPARTMENT:EEE

OPTION :ETT

LEVEL OF STUDY:6

MODULE NAME: ADVANCED ENGINEERING MATHEMATICS

MODULE CODE: GENAM 601

NUMBER OF CREDITS:9

SEMESTER:II

ACADEMIC YEAR :2024-2025


Course image TECHNICAL DRAWING
Electronics and Telecommunications Technology

This module is designed for students pursuing Diploma courses in Electronics and Telecommunication Technology. It describes the skills, knowledge, and attitudes required to apply technical drawing. At the end of this course, the learner will be able to use drawing instruments, materials and equipment; apply lines and symbols used in drawing and perform 2 & 3-dimensional drawing.


Course image Technical drawing
Electronics and Telecommunications Technology

This module is designed for students pursuing Diploma courses in Electronics and Telecommunication Technology. It describes the skills, knowledge, and attitudes required to apply technical drawing. At the end of this course, the learner will be able to use drawing instruments, materials and equipment; apply lines and symbols used in drawing and perform 2 & 3-dimensional drawing.

KNOWLEDGE AND UNDERSTANDING

Having successfully completed the module should be able to: Differentiate types of drawing, Use drawing instruments, materials and Equipment, To interpret and draw different types of lines, Identify different types of symbols used in technical drawing, To recognize scales,  2D and 3D figures, Performing 2&3-dimension drawings, To know principal planes of projections,  To identify types of projection method, To know four quadrants, To interpret types of isometric plane, To know isometric and non-isometric lines.

Course image Occupational Safety and Health Activities Management
Electronics and Telecommunications Technology

This module describes the skills, knowledge and attitudes required to monitor hygiene and sanitation best practices at workplace, describe communicable and non communicable diseases, prevent gender based violence and sustain individual health and safety at workplace.

Course image IKINYARWANDA CY'UMUKANGURAMBAGA
Electronics and Telecommunications Technology

Iyi mbumbanyigisho irasobanura ubumenyi n’ubushobozi bukenewe kugira ngo uwigishwa abashe gukoresha neza Ikinyarwanda mu bukangurambaga butandukanye. Nyuma y’iri somo, uwiga azaba ashobora: Gukoresha ubuvanganzo bw’abana atanga uburere bukwiye ku bana, gukoresha Ikinyarwanda cy’Umukangurambaga mu bugeni bw’iyamamaza no gukoresha Ikinyarwanda kiboneye akora ubukangurambaga ku ngingo zitandukanye.

Course image Physics Fundamentals
Electronics and Telecommunications Technology

In electronics and telecommunication engineering, physics fundamentals such as basic mechanics, fluid mechanics, and thermodynamics are crucial. Mechanics principles support hardware stability and vibration control, fluid mechanics aids in cooling and thermal management, and thermodynamics ensures efficient heat transfer. Mastering these concepts equips students to design reliable devices and systems, making physics a foundational part of their education.