Course Overview This comprehensive course on Solar Photovoltaic Water Pumping Systems (SPVWPS) equips learners with essential knowledge and practical skills to harness solar energy for efficient water pumping. As solar technology becomes more affordable, its applications extend beyond lighting, offering sustainable solutions for power-intensive tasks, especially in remote areas without access to traditional electricity. Designed for individuals with a background in mathematics, electronics, electrical, or mechanical fields, this course covers everything from the basics of photovoltaic systems to the intricacies of designing, installing, and maintaining solar-powered water pumps, preparing you to make a meaningful impact in the field of renewable energy What You Will Learn Master the principles of solar water pumping systems, enabling you to apply this knowledge effectively as a technician. You'll also develop the ability to interpret and adhere to key technical and performance standards. Confidently design, install, troubleshoot, and maintain solar water pumping systems, ensuring safety and efficiency in every project you undertake. Evaluate and optimize the performance of existing systems, ensuring they operate at peak efficiency. Identify and capitalize on business opportunities within the growing field of solar water pumping, positioning yourself as a knowledgeable and capable technician in this expanding industry. Course Duration: 3 months Enroll Now How to Access the Course Video Watch the introductory video below to get an overview of what you'll be learning in this course. This video will guide you through the core concepts and the structure of the course.
Main topics to be covered 1)PV System Components and their Operation 2)Solar PV Sizing 3)Solar PV Kit Functioning and Assembly4)Troubleshooting and Maintenance of Solar PV Kits
Basics of Solar Photovoltaic (PV) Systems Course Welcome to the Basics of Solar Photovoltaic (PV) Systems course. This course is open to, but not limited to, new learners interested in solar PV technology, certificate and diploma students in electrical installation, solar energy technicians, installers, project developers, vocational instructors, and professionals from solar companies. Course Structure The course is organized into 11 comprehensive units designed to provide both theoretical knowledge and practical skills: Unit 1: Solar energy materials, tools, and equipment Unit 2: Solar energy resource analysis Unit 3: DC electricity analysis Unit 4: PV cell parameters analysis Unit 5: Solar PV system components identification and analysis Unit 6: Battery connections Unit 7: Solar PV system design Unit 8: Solar PV system installation Unit 9: Solar PV system commissioning Unit 10: Solar PV system troubleshooting Unit 11: Solar PV system maintenance Course Objectives By the end of this course, learners will be able to: Prepare and correctly use solar energy materials, tools, and equipment Conduct solar energy resource analysis Perform DC electricity analysis Analyze PV cell parameters Identify and analyze solar PV system components Carry out correct battery connections Design a complete solar PV system Install a solar PV system according to industry standards Commission a solar PV system Troubleshoot faults in solar PV systems Perform routine maintenance of solar PV systems
Basics of Solar Photovoltaic (PV) Systems Course Welcome to the Basics of Solar Photovoltaic (PV) Systems course. This course is open to, but not limited to, new learners interested in solar PV technology, certificate and diploma students in electrical installation, solar energy technicians, installers, project developers, vocational instructors, and professionals from solar companies. Course Structure The course is organized into 11 comprehensive units designed to provide both theoretical knowledge and practical skills: Unit 1: Solar energy materials, tools, and equipment Unit 2: Solar energy resource analysis Unit 3: DC electricity analysis Unit 4: PV cell parameters analysis Unit 5: Solar PV system components identification and analysis Unit 6: Battery connections Unit 7: Solar PV system design Unit 8: Solar PV system installation Unit 9: Solar PV system commissioning Unit 10: Solar PV system troubleshooting Unit 11: Solar PV system maintenance Course Objectives By the end of this course, learners will be able to: Prepare and correctly use solar energy materials, tools, and equipment Conduct solar energy resource analysis Perform DC electricity analysis Analyze PV cell parameters Identify and analyze solar PV system components Carry out correct battery connections Design a complete solar PV system Install a solar PV system according to industry standards Commission a solar PV system Troubleshoot faults in solar PV systems Perform routine maintenance of solar PV systems
This guide course covers the basics of getting started with DBTA LMS and some of the main everyday tasks you’ll need to do as a teacher. You’ll learn how to create courses and tests for DBTA LMS and how to invite learners, provide them with assignments, and track their results.
Overview This manual presents both theory and practical approaches regarding brick masonry. It provides background information on the various classification of bricks used in the modern building construction industry. The focus shall be on the bricks that prompt eco-friendly and sustainable architecture development. In addition, it provides detailed information on the various tools and equipment that one shall encounter when conducting brickwork and their proper, safe application. The manual educates one on the various types of mortar used for brick masonry, the requirements of a good mortar, mortar ratio regarding the different types of work, mortar mixing procedures, precautionary measures to be adhered to when mortar mixing, the various types of concrete mixers and their respective applications. Objectives of the course At the end of the training course, the trainee will be able to: To be well conversant with the various types of bricks and their respective application. To be able to identify all brick-laying tools and equipment. To know all the various types of mortar used for brick masonry. To be well acquainted with the manual and machine mortar mixing procedures. To understand all the bonds used in brick masonry. Learning Outcomes At the end of training using this manual, the learner should be able to: Able to select the best suitable brick types for a particular construction scenario. Properly and safely operate all hand, joining, power, leveling, measuring, and lifting equipment used during brickwork operations. Physically prepare all the different types of brick mortars with their correct mixing ratio and ensure they showcase all the properties of a suitable mortar mix. Techniques and procedures to be carried out to ensure good brick bonding is attained. Construct brick walls for a four-sided room.
This course is intended to equip the trainees with the knowledge and skills. So that to make the craftsmen competent in performing the plumbing tasks, which include drainage, water installation systems, sewer systems, and metals works. At the end of the training course, the trainee will be able to: i. Maintain and apply safety precautions within the plumbing working environment ii. Choose, use, care for, and maintain tools and equipment used in the plumbing. iii. Apply scientific knowledge to solve problems related to the plumbing trade iv. Identify various materials and their uses in the plumbing trade v. Draw and interpret working drawings for given plumbing tasks vi. Appreciate the various occupational and training opportunities available in the construction industry
Dear learners, Welcome to the online course on child safeguarding and protection. We hope that by the end of this online course, you have a new appreciation for child safeguarding and protection.
This course explains the JSO Quality Manual and its applications.
This course introduces ecological change and sustainability concepts.
Course Summary This course explores the vital role of gender equality and inclusivity in Technical and Vocational Education and Training (TVET). Learners examine the principles of gender mainstreaming, inclusive practices, and the importance of creating equitable learning environments. The course equips learners with the knowledge and skills to promote gender-sensitive policies, challenge gender stereotypes, and foster inclusive participation in TVET settings. Introduction This course adopts a learner-centered, participatory, and transformative pedagogical approach. It emphasizes critical reflection, application, and inclusive dialogue to foster a deep understanding of gender and inclusivity. By integrating perspectives and experiential learning methods, the course empowers learners to become agents of change within their institutions and communities. General Objective To equip TVET trainers and institutional staff with the knowledge, skills, and tools necessary to foster inclusive, safe, and gender-equitable learning environments through critical reflection, interactive engagement, and practical application. Learning Outcomes By the end of the course, learners will be able to demonstrate a comprehensive understanding of gender concepts and inclusivity principles, actively promote gender equality and diversity in the workplace, and apply inclusive practices to create a respectful and equitable environment for all genders. Modules Module 1: Foundations of Gender and Inclusion. Module 2: Breaking Gender Stereotypes in Learning Environments. Module 3: Training Gender in TVET Contexts. Module 4: Creating Safe and Inclusive Learning Spaces. Module 5: Engaging Gender Champions and Role Models. Module 6: Inclusive Communication and Language Use. Module 7: Gender-Responsive Planning and Budgeting. Module 8: Safeguarding and Do No Harm Principles. Module 9: Tracking Progress, Measuring Wins. Module 10: Capstone – Action Planning for Institutional Change.
This course covers planning techniques for effective education delivery.
This course strengthens skills in building partnerships and networks.
This course develops operational management skills for efficiency in institutions.
This course focuses on leadership principles and institutional development.
This course equips learners with skills in strategic management for effective institutional growth.
Ce cours explique le Manuel de Qualit JSO et ses applications.
Ce cours introduit les concepts de changement cologique et de durabilit.
Ce cours favorise la sensibilisation au genre et les pratiques dinclusion.
Ce cours couvre les techniques de planification pour une prestation ducative efficace.
Ce cours renforce les comptences en matire de cration de partenariats et de rseaux.
Ce cours dveloppe des comptences en gestion oprationnelle pour amliorer lefficacit des institutions.
Ce cours se concentre sur les principes de leadership et le dveloppement institutionnel.
Ce cours dote les apprenants de comptences en gestion stratgique pour une croissance institutionnelle efficace.
Course Overview This course explores the exciting world of information, communication, and technology (ICT). In the modern world, all aspects rely on technological advancements. You will be introduced to basic computing skills and concepts that comprise the main computer components – software and hardware. The course also outlines the three-phase process: the input, processing, and output phases, emphasizing the parts that ensure a seamless flow of data and information. You will also delve deeper into computer programs commonly known as software and the programming languages used to develop them. The course also discusses computer networks with a critical emphasis on security, privacy, and ethical issues surrounding the field of computing. Finally, you will get a chance to learn the two main upcoming aspects of computing e-waste management to ensure a circular economy and the future of computing, including Artificial Intelligence (AI) and Blockchain technologies. Objectives of the course Learners will be able to appreciate the foundation within which computer technology is based. The learners will get an opportunity to know and understand the structure and role of computer hardware. The learner will be able to know the functions of different types of software in a computer system. The learner will be exposed to different network topologies and get to know the associated devices. Obtain the knowledge of e-waste management and disposal to take care of the environment. Understand modern computing technologies enabled by Artificial intelligence (AI) and Blockchain technologies. Learning Outcomes At the end of training using this course, the learner should be able to: List the current trends in the computer revolution and classify computers by purpose and size. Describe the functions of CU, CPU, ALU, RAM ROM, and registers. Explain the process of computer input, processing, and output. Define programming languages and their functions and explain the different types of programming languages. Describe how to choose the correct programming language for various tasks. Outline the different types of computer networks Explain computer network topologies and elaborate on the working of computer network protocols Explain intellectual property and privacy rights in computing Describe modern computing technologies enabled by Artificial Intelligence (AI) and Blockchain technologies
Overview This course covers the knowledge and skills needed to sustainably enhance crop and animal productivity. It starts by exploring the various measures to put in place to ensure safety on the farm. You will also learn basic biological crop production concepts and conducive environments for optimum plant germination and growth. The course also covers various crop ecology, establishment, and protection concepts. You will learn about animal production, breeding and production, fodder, and pasture management. The course also delves into farm structures and machinery and how to ensure proper farm record-keeping. Finally, you will learn about essential human nutrition and nutrition disorders related to agriculture. Objectives of the course By the end of the course, the learner should be able to: Understand the importance of ensuring farm safety and the measures to take. Describe the best practices to have in place for sustainable crop production. Implement various strategies to ensure proper animal health for optimal production. Identify primary human nutrition disorders linked to agricultural products or lack thereof. Learning Outcomes At the end of training using this course, the learner should be able to: Explain the importance of maintaining safety in working areas State the appropriate clothing and appliances in a given situation Explain various biological processes in a plant, i.e., state the factors influencing water uptake by plants Explain various biological cycles of crop production Outline the principles of animal hygiene on the farm Describe symptoms of animal diseases Describe the significant principles of preventing animal disease State the function of each nutrient in the body List the source of food nutrients
Course Introduction This course will equip the trainee with the knowledge, skills, and attitude necessary to perform electrical installation work in domestic premises and related environments. Objectives of the course By the end of the course, the trainee should be able to: Understand the operations of final circuits Demonstrate safety awareness when handling electrical tools and equipment Appreciate the correct use of tools and equipment Determine appropriate types of cables for a particular purpose Outline the distribution network in power systems Apply relevant principles to design and carry out electrical installation works Provide maintenance and service to electrical tools, equipment, cabling, and accessories Occupational information and job opportunities Graduates from this program are expected to be able to analyze and test electrical installation works, troubleshoot, repair, service, and maintain different types of electrical installations while observing safety regulations and expected standards. Generally, the graduate will be expected to: Install, maintain, and repair electrical, wiring, power circuits/machines, and lighting systems. Interpretation of drawings. Perform general electrical maintenance in domestic installations and industrial installations. Inspect transformers, circuit breakers, and other electrical components in electrical installations. Troubleshoot electrical faults using appropriate methods of testing and equipment/devices. Repair and replace equipment, electrical wiring, or fixtures. Job opportunities Electrical Technician Test Engineer Electrical project manager Electrical designer
There are 11 chapters in this one module covering the complete hairdressing and beauty therapy course: i. Chapter One: introduction to hairdressing and beauty therapy technology ii. Chapter Two: Salon Safety Procedure and Waste Disposal iii. Chapter Three: Bacteriology iv. Chapter Four: Products and Materials for Manicures and Pedicures v. Chapter Five: Shampooing and Conditioning vi. Chapter Six: Blow Drying and Thermal Styling vii. Chapter Seven: Ear Piercing viii. Chapter Eight: Facial Therapy ix. Chapter Nine: Braiding, Weaving, and Bonding x. Chapter Ten: Waxing xi. Chapter Eleven: Massages Throughout the Chapters, there are exercises for you to do – we call these self-marked activities. These include completing tables and figures, drag and drop, identifying true and false statements, and answering questions. You must do these self-marked activities because they will help you check your progress as you go along and find out if you have understood the chapters. Each chapter has a practical session at the end of each topic; you must come to the Centre to complete them. The actual dates will be given to you by your Tutor. The final assessment and the final assessments upon which your competence for this course will be judged Objectives of the courseBy the end of the course, the learner should be able to:i. Understand the opportunities in the career salon and beautyindustryii. Examine the types and causes of accidents in the soloniii. Differentiate between viruses, bacteria, and parasitesiv. Identify products and materials used in manicures andpedicuresv. Evaluate the various methods used in shampooing andconditioningvi. Describe conditions and types of hairvii. State methods used in blow drying and thermal stylingviii. Identify the types of ear-piercingix. Describe the effects of steamingx. Differentiate between braiding, weaving, and bondingxi. Highlight the methods of hair removalxii. Differentiate various types of messages xiii. Demonstrate various make-up themes Learning OutcomesAt the end of training using this course, the learner shouldbe able to:i. Apply the knowledge and skills acquired in a businessventure.ii. Outline methods of disposing of waste materialsiii. Classify the sources of Infectious Diseasesiv. Identify tools and equipment used for manicures andpedicuresv. Develop a positive attitude towards work, applying the correctshampooing and conditioningmethods.vi. Understand various facial types and the styling patterns thatare most becomingvii. Acquire a foundation that leads to further training inhairdressing and beauty therapy
