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The Entrepreneurship and Business Skills course introduces youths who are potential entrepreneurs to the business world through mindset change, equipping them with skills and competencies that enable them to identify, analyse, and seize business opportunities.

POWER PLANT ENGINEERING

This course introduces students to computer-aided design (CAD) using AutoCAD, with a focus on applications in mechanical engineering. Learners will develop skills in creating 2D drawings and 3D models, applying industry standards, and interpreting engineering designs. The curriculum emphasizes precision drafting, dimensioning, and assembly modeling, enabling students to produce accurate technical drawings for mechanical components and systems. 

Overview of the Module

The module introduces learners to Materials Properties, Ferrous Metals and Alloys and their Production Methods, Non-ferrous Metals and Alloys and their Application and Properties Non-metallic Materials, Heat Treatment of Steel, Bearing and Cutting Tool Materials, Testing of Materials thereby equipping learners with the ability to identify, select and use materials that suit the intended purposehttp://

A refrigeration systems course typically covers the principles of heat transfer, thermodynamics, and the design and operation of refrigeration cycles, equipping students with the knowledge to understand, troubleshoot, and optimize cooling systems. The focus is on the refrigeration cycle (compression, condensation, expansion, evaporation), system components, and applications in HVAC and industrial processes.

This module presents a broad overview of the technology covering aspects, the characteristics of the wind and its impact on site selection, and the design, manufacture, and operation of modern wind turbines. The course has a practical flavour, drawing on examples from the wind turbine engineering and development sectors. The political and economic implications of wind energy are explored too.

This module introduces the learner to Force Systems & Equilibrium, Properties of Sections,

Analysis of Trusses, Fundamental Concepts of Dynamics, Analysis of Statically Determinant Beams thereby equipping the learner with the principles of mechanics which the learner can apply in the design and support of structures.

Generally, Water Engineering graduate contributes to improved access to safe water, effective sanitation services, environmental protection, and national socio-economic development in Uganda.

A graduate of the Water Engineering programme in Technical and Vocational Education and Training (TVET) in Uganda is expected to competently design, install, operate, maintain, and supervise water supply, sanitation, drainage, and wastewater systems in both rural and urban settings.

The graduate demonstrates practical technical skills grounded in engineering principles, applies occupational health and safety standards, ensures environmental sustainability, and complies with national water quality and construction regulations as guided by the Ministry of Education and Sports and assessment standards of the Uganda Business and Technical Examinations Board.

This module introduces learners to the principles of electricity, magnetism, and
thermodynamics which equip the learner with the ability to analyse energy and establish
control measures to mitigate their effects on buildings.

This module introduces the learner to Occupational safety and health Theories to accident
causation, Intervention, OSH Act, OSHA and requirements, Ergonomics, Mechanical
Hazards, Electrical hazards, Communication Hazards, Fire Hazards, Falls and Impact
Hazards, Emergency Preparedness, and Workers Compensation. It further introduces the
learners to principles of environmental management in work place situations thereby
equipping the learners with ability to ensure safety at the workplace and preserving the
environment in the production process

Course Overview: Move beyond simply using technology to transform your teaching practice.

The Digital Pedagogy course is designed for educators who want to master the "why" behind digital tools. This course bridges the gap between educational theory and digital reality, focusing on designing learning experiences that are student-centered, inclusive, and deeply engaging.

You will explore how to use technology not just as a delivery mechanism, but as a catalyst for critical thinking, collaboration, and creative problem-solving in both virtual and hybrid classrooms.