Fow World

Fow World is a global diversified organisation with strategic investments in key international economic, real estate, trade, education, training (human capacity development), entertainment, media and humanitarian arm founded in 1999.

Fow World through it's subsidiary company Train Nigeria Learn Nigeria has provided 10 courses to help empower Nigerians.

1.Programming and Application Development Technology
An app is the common slang term for a software application or software program that can be run on a computer device to accomplish a task easier and more efficiently than we could do it ourselves as mere mortals. If you have a smartphone or computer tablet, you probably have used some game apps, news apps or even map apps to help you find the local coffee shop. Application development is the name of the profession that employs people who design, develop and deploy these computer applications.

This course will expose participants to the latest and greatest methodologies, frameworks, libraries and technologies need to boost their confidence and skill level to the next level.

2.Advanced Renewable Energy Technology

Energy is the driving force behind all economic activities. Consequently the ever increasing population and the associated energy requirements to meet the increasing living standards have become matters of great concern. In particular, the availability of suitable and sufficient energy sources, development of environmental friendly utilization technologies and the cost of energy have become extremely important factors needing immediate attention. In this context, several schemes have been proposed for developing new and renewable energy technologies. With this background, an international workshop on Advances in Renewable Energy Technologies is being organized for middle level practicing engineers, managers from industry, and personnel from teaching and R& institutions.

The main objective of the workshop is disseminating relevant information on various aspects and current trends in renewable energy technologies for power generation. Attending this course will be of great benefit to the teachers by familiarizing themselves with the state of the art in energy technologies and planning long-term research programmes. For working engineers and scientists, the programme will open up new vistas for the application of advanced renewable energy technologies to the problems that they are currently facing and also they can identify topics for future research and development.

Areas of concentration:
Concentrating Solar Power (CSP)
Concentrating PhotoVoltaics (CPV)
Solar Thermal Energy for Polygeneration
Advanced Biomass Technologies
Wind Energy Technologies
Smart Grids for Renewable Energy Systems
Integration, Control, Communication and Metering of Renewable Energy Systems

3 .AUTOMATED LEATHER PROCESSING AND FINISHING TECHNOLOGY

Leather cutting serves a crucial role in modifying the shape. Nowadays, there is a clear difference in cutting technologies applied to leather. Industrial leather processing serves the purpose of mass production of leather items in order to satisfy the demand of essential products like clothes, shoes, bags, etc. these demands from technology to be economically efficient, fast, adaptive and to provide maximum possible results with minimum possible cost. Manual cutting with use of scissors and special knifes is used in leather crafting.

This allows producing individual unique items whose value is not determined by functionality but based more on visual effects and design features. Currently technologies which are applied for leather cutting include slitting knifes, manual cutting, die press techniques and Laser Cutting. Use of Die Cutting in collaboration electro-mechanical technology has grown significantly during recent years due to number of advantages over conventional cutting methods; flexibility, high production speed, possibility to cut complex geometries, easier cutting of customized parts, and less leftovers of leather makes Die Cutting more and more economically attractive to apply for leather cutting. This paper studies the leather cutting operations through various research works and provides the theoretical data for Design calculations, fabricate & automate the leather blanking machine in such a way that the required length of leather blank of size 200mm X 200mm can be cut with keeping cost minimum for a sponsored company.

4.FABRICS AND TEXTILE PROCESSING TECHNOLOGY

Textile manufacturing is a major industry. It is based on the conversion of fiber into yarn, yarn into fabric. These are then dyed or printed, fabricated into clothes. Different types of fibers are used to produce yarn. Cotton remains the most important natural fiber, so is treated in depth.

There are many variable processes available at the spinning and fabric-forming stages coupled with the complexities of the finishing and coloration processes to the production of a wide ranges of products. There remains a large industry that uses hand techniques to achieve the same results.

5.ADVANCED FOOD TECHNOLOGY

Advanced Food technology is a branch of food science that deals with the production processes that make foods.
Early scientific research into food technology concentrated on food preservation. Nicolas Appert’s development in 1810 of the canning process was a decisive event. The process wasn’t called canning then and Appert did not really know the principle on which his process worked, but canning has had a major impact on food preservation techniques.

6.AUTOMOBILE TECHNOLOGY & SPARE PARTS SERVICES

The modern Light Vehicle Automobile Technician is likely to be employed in a workshop that is closely associated with one major manufacturer of light vehicles. Their expertise may be greatest with that manufacturer’s vehicles; however, depending on the situation and range of services offered by the workshop, they may also handle other manufacturers’ vehicles. Automobile Technicians also work in garages and workshops that are not associated with particular manufacturers. Where this is the case they may experience a wider range of light vehicles and use alternative equipment, parts and materials.

The trained and competent Light Vehicle Automobile Technician will service and repair a range of light vehicles. For diagnosis, repair and replacement, depending on the nature of the workshop, they may use the manufacturers’ equipment, parts, materials and procedures. Therefore, according to a workshop’s relationship with manufacturers, the Technician’s experience may be deep or broad, or both. In every garage and workshop success is measured in time, correct fault finding and repair, and repeat business.
Most garages and workshops are small businesses or cost centres that work to tight financial parameters. The light automobile sector is volatile, being dependent on the wider economy and heavily affected by technological advances and environmental concerns. The highly skilled Automobile Technician keeps abreast of continuous changes in the sector, whether these are to do with performance, safety or green energy sources.

They will deeply understand vehicles’ electrical and electronic systems and their integration; have physical stamina, coordination and kinesthetic skills, and be versatile. They will be assigned the more complex diagnostic tasks, the most advanced vehicles, and those incorporating the latest technologies. This person may rapidly progress to more senior roles as trainer, supervisor, planner and/or manager.

7.MOBILE COMMUNICATION TECHNOLOGY

Mobile communication allows transmission of voice and multimedia data via a computer or a mobile device without having connected to any physical or fixed link. Mobile communication is evolving day by day and has become a must have for everyone. Mobile communication is the exchange of voice and data using a communication infrastructure at the same time regardless of any physical link.

Mobile communication technologies not only benefiting businesses to perform their operation faster and efficiently but also raising the standard of human lives. Mobile communication or mobile computing is just the two different names for the ability to use the mobile technology while on the move, most of the portable computers and computing equipment which are particular for the use in stationary place or configuration.

Ever since the population has been increasing, it urges the need for communication. Human beings are constantly busy to build up the easiest and the quickest way to communicate. Advancement in technology as the invention of telephone is one of such examples. Every coming generation is marked with one step ahead. Bigger telephones continuously passes through the modification process till the first mobile phone introduced. This journey of mobile communication technology started from late nineties with the 1st generation mobile technology has now reached till 3rd generation totally changes the canvas of communication mode. Third generation of the mobile phones virtually shrink distant places of the earth into a global village.

There are so many types of mobile computers, such as laptops, PDAs, PDA phones and other mobility devices were introduced in the mid of 1990s including wearable technology as well. And to use these types of mobility equipments we need to use right technology to make it more secure and reliable infrastructure. If we talk about the mobile communication technologies we can count on many mobile technologies available today such as 2G, 3G, 4G, WiMAX, Wibro, EDGE, GPRS and many others.

Mobile computing or mobile communication technologies based on different security standards and as well as the transmission protocol behind it. In this section we have discussed in detail about different mobile computing technologies and mobile communication systems. What makes mobile communication or mobile computing different from other wired and wireless technologies.

8.ADVANCED MINING TECHNOLOGY

In today’s technologically-advanced society, mining techniques are always improving. For example, using surface mining techniques, miners are now able to extract over 85 percent of minerals and 98 percent of metallic ores without digging a shaft or endangering the lives of workers. Newly-developed machines used for grinding and crushing can extract minerals from the earth with less energy than ever before.

Miners still use heavy machinery, such as explosives, trucks, drills and bulldozers, especially if they must dig deep into the earth. However, advances in technology have allowed miners to excavate with more accuracy and less harm to the surrounding environment. More efficient machinery can also be used to reduce energy consumption and improve the amount of minerals or metals gleaned from the shaft.

The history of mining is rich and complicated. Mining has led to great advancements for society, but the dangers of mining have also resulted in the deaths of many workers. As technology continues to advance, however, mining techniques become even more accurate and efficient. In the future, revolutionary technologies may eliminate the need for hands-on involvement from miners entirely.

9.MEDICAL EQUIPMENT TECHNOLOGY AND TECHNICAL TRAINING (HEALTH SECTOR)

Maintenance of medical equipment has been changing rapidly in the past few years. It is changing more rapidly in developed countries, but changes are also occurring in developing countries. Some of the changes may permit improved maintenance on the higher technology equipment in developing countries, since they do not require on site expertise.

Technology has had an increasing impact on the development of medical equipment with the increased use of microprocessors and computers. With miniaturization from space technology and electronic chip design, powerful microprocessors and computers have been built into medical equipment. The improvement in manufacturing technology has increased the quality of parts and therefore the medical equipment. This has resulted in increased mean time between failures and reduced maintenance needs. This has made equipment more reliable in remote areas and developing countries.

The built-in computers and advances in software design have brought about self-diagnostics in medical equipment. The technicians now have a strong tool to be used in maintenance. One problem in this area is getting access to the self-diagnostics. Some manufacturers will not readily provide this access to the owner of the equipment. Advances in telecommunications in conjunction with self-diagnostics make available remote diagnosis and repair. Since components can no longer be repaired, a remote repair technician can instruct an operator or an on-site repairman on board replacement. In case of software problems, the remote repair technician may perform the repairs over the telephone. It is possible for the equipment to be monitored remotely by modern without interfering with the operation of the equipment.

These changes in technology require the training of biomedical engineering technicians (BMETs) to change. They must have training in computers and telecommunications. Some of this training can be done with telecommunications and computers.

10.FABRICATION ENGINEERING TECHNOLOGY

Welding and Fabrication Engineering Technology is structured to support welding and joining operations where engineers pass plans and projects to mid-management personnel who must carry out the planning, organization, and delivery of manufacturing projects. Emphasis is on developing skills needed to lead projects and interface with engineering and development teams. Students have the opportunity to prepare for careers in mid-management and supervisory positions, as well as technical positions, sales, service, or research.

Won't you want to participate in this year's learning Programme?

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