Automotive Resources

This module describes the skills, knowledge and attitude required to manage mechanized farm; it is intended for trainee pursuing TVET Advanced Diploma in Agricultural mechanization technology. At the end of this module, the trainee will be able to plan field operations, supervise farm activities and manage farm resources.

This module aims at equipping the learner with skills, knowledge and attitudes required to apply programming skills to develop USSD based application that solve the real life community problem. After completion of this module, learner will be able to build a simple USSD application that has menus navigations, some database data saving features and can send a text SMS.

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This module is designed to equip a student with knowledge, skills and attitude required to analyse a power system. At the end of the module, the student will be able to perform power flow analysis, power system fault analysis, and analyse power system stability. He/she will also be able to analyse a power system using simulation software.

This module describes the skills, knowledge and right attitude required to repair Electrical and Electronic systems for construction heavy mobile equipment. It is intended for trainees pursuing Bachelor of Technology in Automotive Technology. At the end of the module, the trainees will be able to assume responsibility of planning, scheduling, supervising and conducting maintenance and repair of Electrical and Electronic systems for construction heavy mobile equipment and preparing technical specifications.

This module describes the skills, knowledge and attitudes required to develop a research proposal. In fact, the trainee will be able to describe research proposal concept, prepare a research proposal, and present prepared research proposal. Once this module is well delivered the trainee will be equipped with necessary skills to develop a research proposal. 

This module is intended for a learner in Level 6, TVET Diploma, where the learner acquires
skills, knowledge, and attitudes required to manage guestroom cleaning activities.
The module will help the learner to be able to plan guest’ room cleaning activities,
perform guest’s room cleaning activities and Supervise guests’ room cleaning activities

This module highlights essential competences in the mechanics of materials in manufacturing, emphasizing the ability to analyze materials’ properties and behaviour, evaluate material formability, apply beam behaviors, and conduct fatigue and failure analysis. These competences enable professionals to make informed decisions, optimize manufacturing processes, and ensure the performance, safety and reliability of manufactured components.

Since 2021, modern vehicle engines can be more easily understood once divided into their three primary categories, which include: Internal combustion engines. Hybrid engine (Internal combustion engine + electric engine) Electric engine.

This module describes the skills, Knowledge and attitude required to develop an embedded system. At the end of this module, the trainee will be able to design embedded system architecture, develop hardware device, develop embedded firmware, and manage embedded system.

This module describes the skills, knowledge and right attitudes required to describe the purpose of design, design machine parts and perform load analysis of machine parts.  This  module  is  intended for  trainees  pursuing  Advanced Diploma  in  Manufacturing Technology. The trainees will be able to design different machine parts and systems. The trainees will also be able to analyse machine parts and or mechanical  systems. At the end of this module, the trainees will be able to independently exercise some initiatives in carrying out defined activities at managerial level. 

Software engineering is a discipline within the broader field of computer science that focuses on the systematic design, development, testing, and maintenance of software applications and systems. It involves applying engineering principles to software development with the goal of creating high-quality, reliable, and efficient software solutions.

Certainly! The automotive cooling system is a crucial component in vehicles, designed to regulate and dissipate heat generated by the engine during operation.

• The primary purpose of the automotive cooling system is to manage the temperature of the internal combustion engine, preventing it from overheating during operation.
• Effective cooling ensures the engine operates within its optimal temperature range, promoting efficiency, fuel economy, and longevity.