Are you CCNA and A+ Certified? then you are the one.

An Abuja Based IT training company is employing.
Remuneration is to be negotiated.
Start work immediately.

Contact Eziokpor: Cybusservices@ymail.com
08098SENDER

Your email must be titled: CCNA and A+

Submission of cvs ends on the 05/04/2009

Interview is on the 06/04/09

You must be resident in Abuja.

Best of LUCK!

According to the document that was sent to you:
Your Target audiences are:
Secondary school students, corpers(NYSC), any employed and unemployed persons.
NOW text your answer to Q1 08082913750 with your email names: e.g paidvolunteers@

and send the rest in a mail; itemised and precise.

Interview Question 1: 'How many persons can you get to register for this Scholarship or Training in a week?

Interview Question 2: 'How would you go about persuading a customer that our product is better than any other?'

Interview Question 3: 'Describe your sales technique and tell me about a time when this was successful.'

Interview Question 4: 'Tell me about a time when you had to communicate complex information. What was the situation, what approach did you take and what was the result?'

Interview Question 5: 'Describe a time when you used your skills to persuade a manager or colleague to accept your recommendations.'

Interview Question 6: 'What steps would you take to nurture commercial awareness and a sales focus in a customer service team?'

These are six questions I need six answers.
My regards,
Zainab



Patrons:Barr. J. Roland, Prof. Lanre Owolabi
PaiDvolunteers Academy
NSITF Plaza, Wuse 2, Abuja. 08082913750
paidvolunteers@yahoo.com, www.paidvolunteers.org
Executive summary
Our objective…
We exist to:
1. Add value to the less valued
2. Inculcate skill to the less skilled
3. Build boldness to those with low self esteem
4. Give knowledge to those seeking to know
5. Discover the kind of Talent individuals do not recognize
Who we are and what we do:
1. We make our young ones to become self employed
2. We help them Think Innovatively and Creatively
3. We help them achieve self satisfaction
4. We make them different from their mates
5. We teach them how to Help others
6. We teach them how to Leave a legacy in their time
7. We teach them to be a blessing to their generation
8. We teach them how to be useful to the society
9. Help them realize how they can be a part of the good cause our nation
is carrying
10. We show them how not to be just receivers but also givers, giving
back to the society.
11. We hope to train and employ about 10,000 Nigerians before the year
2010
Patrons: Barr. J. Roland, Prof. Lawrence Owolabi
About us:
Paidvolunteers was founded by 3 friends in 2007 who got concerned
about how our young people are going. 80% of our young ones
cannot stay employed by themselves due to lack of skills.
Most are unemployed not because there is no job but for the fact that they
either cannot write a good curriculum Vitae or cannot defend the course they
read. Some have never worked before probably because they do not like
aptitude test and cannot afford any training for the skill that can keep them
employed without writing that aptitude test.
We provide service to public as well as private sectors of the economy.
At the moment we are focusing on skill acquisition of our adult and children
who need these skills to move to the next level of their life or start life
without going through the pains of application rejection.
Out of the whole lot we list few to include:
1. Entrepreneurial Building
2. Education
3. Talent discovery and development
4. Scholarships organization
FREE INTRODUCTORY COURSES INCLUDE:
• What to do when in danger
• First Aid (Demonstration)
• Eating Right (seminar)
• How to invest as a child
• How to invest wisely for yourself
• How to invest for your business
• How to start a successful Small Business
• How to know your Talent
Patrons: Barr. J. Roland, Prof. Lawrence Owolabi
CREATIVE COURSES VOCATIONAL +
• Tailoring / Fashion designing
• Singing, Dancing and Acting
• Bridal Make-up
• Painting & Drawing
• Beading
• Baking / Cooking
• Home-made Ice Cream
• Chairmaking
• Clothes Dyeing
• Shoe Making
• Making Leather bags
• Candle Making
• Basket-Making
CREATIVE COURSES IT+
• Computer Assembling
• Networking+
• CCNA
FOREX
• Forex ( Basic, acct opening and more!)
1. Entrepreneurial Building
There is nothing like being your own boss. It sometimes intoxicates but
every one desires it. I attended an interview with SEDCO forex some time in
the 90s; I made the best result that day, for the fact that I didn’t have a
sponsor who was their staff. When I was asked who my sponsor was I didn’t
really understand, I told them I had none. I was told that there is nothing
they could do for me. This was when I was working with Shell. One day my
boss called and was lamenting on how he met his friend who he left school
same time with after 18 years. He said “if I had continued my business, I
would have been better than making a living by now, my friend can even
employ me and pay me whenever salary I need” these were his words. And
Patrons: Barr. J. Roland, Prof. Lawrence Owolabi
I think so many people are in same shoes as my boss. So working for
someone else can never make you very rich like you would have been if you
were on your own. With this spirit that is why we have decided to train our
young ones to get empowered in all ramifications and be patient too.
2. Education
In paidvolunteers, we recognize that knowledge is power and one of the
easiest ways to acquire it is through training which is the process of
acquiring and developing skills, improving knowledge, teaching and trainin g
by those who are professionals in such fields of learning. Children as we all
know are the future for tomorrow so they are assets as well. A nation with
well trained professionals has competitive advantage. In order that that
Nations, Schools, governments, ministries, parastatals and corporate bodies
keep up with global standards, it is pertinent that their human and material
resources are continually developed and equipped and the young ones
empowered with modern skills and techniques in order to enable them carry
out their core competencies effortlessly. Our capacity development program
is more than just training and entails the following:
· Personnel Development; The process of equipping children with
advance knowledge , skills and access to information that will add
immense value to their capacity in carrying out their duties effectively
now and in the future.
· Organizational Development; The elaboration of talents amongst
children and teachers in public schools not only within schools but
also the management of relationships between the different schools
3. Talent Discovery and Development
One of the areas we concentrate on is discovering o ur children’s talents. NO
child is without talent. If you watch their work or performance, you will
have goose pimples. The internet has a wealth of information. I read in an
article long ago that geniuses can be made as well, not just innate or in-born.
The necessity of discovering such talents and training the child in that area
as early in life as possible cannot be over emphasized.

4. Scholarships
We have come to realize that good education is expensive to acquire and
sustain. In paidvolunteers however, we have reduced the cost of training to
make it affordable to those who cannot afford it else where. Our scholarship
is once every year for children of all ages; the only requirement is being a
student at the time. We believe in merit, for that reason we arrange an
examination, pick out the best/outstanding student, for a scholarship award.
Benefits:
By registering for any of these courses, you are supporting this cause;
to make our young ones knowledgeable via:
· Increasing the quality of students produced
· Empowering the young generation to be independent
· Developing a self reliant spirit
· Reducing the risk associated with loss of information in our society
· Enlightenment, and, or upliftment of socio-cultural values.
· Quality Entrepreneurial activity.

BOOTCAMP: 26th July - 4th Aug, 2008
A week of intensive learning by qualified instructors: Day 1 – day 5 strictly.
The sixth day (Day 6) entails assessment / exams (theory and Practical).
Bootcamp is targeted at the non-self reliant, the Jobless, the NYSC (Corpers)
and the employed individuals.
1 Month Training:
4 classes in one month with 5 lecture hrs to be held only on weekends, i.e
Saturdays and Sundays. It’s targeted at the employed and busy individuals. It
is intellectually and creatively refreshing!!
10 Days Holiday: 26th July - 4th Aug
Primarily targeted at children within secondary school age, who cannot
afford a holiday abroad and are quite busy when school’s in session. This is
done mainly during vacation periods. A child is meant to learn about 5
courses at the end of the holiday and learn how to sing, dance and play
football. At the last day will be African night where each child will
showcase his/her own culture. For convenience, participants will be divided
into teams/units. This will facilitate for efficient control and coordination.
Special location Needs:
These services are designed to suit individual /personal requests as re gards
skill acquisition and human capital development, whereby paidvolunteers
render her services at chosen or predetermined locations as much as
possible. Costs for special services vary with respect to distance and timing.
Patrons: Barr. J. Roland, Prof. Lawrence Owolabi
Our funding:
We are a God-fearing, youth seeking, and life redefining NGO, wholly
sponsoring the outfit privately. However, Donations are welcome through
any of the following ways:
1. Venue for our training
2. Computers
3. Sewing machines
4. Gas cooker/Burner
5. Beads, dye and baking ingredients
6. Ice cream making machines
7. Cash

If you have thought out what to give out, send us a mail today.

Some one is waiting for that kindness.

Be Part Of Our FOOTBALL Camp:

Events:

1. Learn the theory of Football/ making a computer or Fashion design
2. Practice the different Football tricks
3. Join a Team for competition on the 5th day
4. Tour Abuja

All in 5 days Then the 6th day we celebrate with the winning TEAM

The final winning TEAM will make up the background of our upcoming Music Record with an American Rap artist.

Camp Registration Starts Now. Based on "FIFO"

N3,000(Accommodation+Feeding) in ABUJA!

Information Technology(IT) Bootcamp in Abuja, Lodging Inclusive.

COST: 3,000 naira FOR ANY IT COURSE FOR 1 WEEK (+LODGING+FEEDING)


Note:
IT bootcamp is a place you come to revise for your exam in IT and if possible write and go back home with your result (Microsoft/Cisco exams esp) (MCP,MCSE,CCNA, ), so you come 80% ready for the exam you want to write.

The school Pass Rate is 95%

INTERESTED?
Contact: Kechim/James: starsabilities@gmail.com


Lately
Research has it that IT is one of the selling career.
You cannot go wrong in having an IT knowledge.
It's difficult to find an IT person lacking Job.
Either he is on his own(esp) networking (network+, CCNA, CCNP, CCIE, computer assembling) or,
He is gainfully employed locally or as an expatriate.
Since Most of us are not employed, we can have the time to
start a new career in IT.
It takes about 1 day to get your first selling career in IT.
With that money coming in, you can grow your career to becoming no. 10th person in networking, you will be looked for like a honey comb. But it's a pity that you won't be found because you will be confused on what currency you want to be earning. This might just make you choose the pounds or Dollars as your salary.
Then you will sit down and ask youself "what in god's name did I go to university/polytechnic to do for 4 years minus ASSU strike?"
Well I tell you, you were there to develop your Medulla Oblongata so that you can think efficiently if you get involved in other career.

SEE You @ DE BOOTCAMP!!!!!!!!!!!!!!!!!!!!!
+234(0)8082913750

A solar panel is a device that collects and converts solar energy into electricity or heat which can be used by (for example) nearby buildings.

They come in sheets, like sliced roofing sheets. These sheets are placed on your roof according to the amount of power
you need to generate energy for your equipments in question. They are used with inverters and batteries. Instead of using electricity from PHCN to charge the inverters, you use solar panels which will be placed on your roof to enable it receive sun. It does not emit any rays. It was used mainly by those people who do not have access to electricity; like our remote villages where there is no PHCN. At night it uses the energy it accumulated to give light.

Solar photovoltaic panels can be made so that the sun's energy excites the atoms in a silicon layer between two protector panels. Electrons from these excited atoms form an electric current, which can be used by external devices. Solar panels were in use over one hundred years ago for water heating in homes.



MORE:


The Basics of Solar Power for Producing Electricity
Learn the essential basics of using solar power so you can understand your project.
Planning your project begins with understanding the basics found in this section.
An excellent place to start for those just beginning.
Solar power works well for most items except large electric appliances that use an electric heat element such as a water heater, clothes dryer and electric stove - for example - or total electric home heating systems. It is not cost effective to use solar power for these items. Conversion to natural gas, propane or other alternatives is usually recommended. Solar power can be used to operate a gas clothes dryer (Maytag, etc) because the electrical requirement is limited to the drum-motor and/or ignito-lighter, but not a HEAT element for drying the clothes, for example.

We recommend you also review our page Helpful Solar Power Glossary which will provide useful terms and General Construction Techniques for insight into energy efficient new construction or retrofitting energy efficient principles into your building project.

The basics of solar power:
Using solar power to produce electricity is not the same as using solar to produce heat. Solar thermal principles are applied to produce hot fluids or air. Photovoltaic principles are used to produce electricity. A solar panel (PV panel) is made of the natural element, silicon, which becomes charged electrically when subjected to sun light.

Solar panels are directed at solar south in the northern hemisphere and solar north in the southern hemisphere (these are slightly different than magnetic compass north-south directions) at an angle dictated by the geographic location and latitude of where they are to be installed. Typically, the angle of the solar array is set within a range of between site-latitude-plus 15 degrees and site-latitude-minus 15 degrees, depending on whether a slight winter or summer bias is desirable in the system. Many solar arrays are placed at an angle equal to the site latitude with no bias for seasonal periods.

This electrical charge is consolidated in the PV panel and directed to the output terminals to produce low voltage (Direct Current) - usually 6 to 24 volts. The most common output is intended for nominal 12 volts, with an effective output usually up to 17 volts. A 12 volt nominal output is the reference voltage, but the operating voltage can be 17 volts or higher much like your car alternator charges your 12 volt battery at well over 12 volts. So there's a difference between the reference voltage and the actual operating voltage.

The intensity of the Sun's radiation changes with the hour of the day, time of the year and weather conditions. To be able to make calculations in planning a system, the total amount of solar radiation energy is expressed in hours of full sunlight per m², or Peak Sun Hours. This term, Peak Sun Hours, represents the average amount of sun available per day throughout the year.

It is presumed that at "peak sun", 1000 W/m² of power reaches the surface of the earth. One hour of full sun provides 1000 Wh per m² = 1 kWh/m²  - representing the solar energy received in one hour on a cloudless summer day on a one-square meter surface directed towards the sun. To put this in some other perspective, the United States Department of Energy indicates the amount of solar energy that hits the surface of the earth every +/- hour is greater than the total amount of energy that the entire human population requires in a year. Another perspective is that roughly 100 square miles of solar panels placed in the southwestern U.S. could power the country.

The daily average of Peak Sun Hours, based on either full year statistics, or average worst month of the year statistics, for example, is used for calculation purposes in the design of the system. To see the average Peak Sun Hours for your area in the United States, you can click the following link which will open a new window - just close it [X] when you're done to return here; U.S.-Solar Insolation Choose the area closest to your location for a good indication of your average Peak Sun Hours.

For a view of global solar insolation values (peak sun-hours) use this link: Global Peak Sun-hour Maps , then, you can use [back] or [previous] on your browser to return right here if you want to.

So it can be concluded that the power of a system varies, depending on the intended geographical location. Folks in the northeastern U.S. will need more solar panels in their system to produce the same overall power as those living in Arizona. We can advise you on this if you have any doubts about your area.

Components used to provide solar power:
The four primary components for producing electricity using solar power, which provides common 120 volt AC power for daily use are: Solar panels, charge controller, battery and inverter. Solar panels charge the battery, and the charge regulator insures proper charging of the battery. The battery provides DC voltage to the inverter, and the inverter converts the DC voltage to normal AC voltage. If 240 volts AC is needed, then either a transformer is added or two identical inverters are series-stacked to produce the 240 volts.



Solar Panels:
The output of a solar panel is usually stated in watts, and the wattage is determined by multiplying the rated voltage by the rated amperage. The formula for wattage is VOLTS times AMPS equals WATTS. So for example, a 12 volt 60 watt solar panel measuring about 20 X 44 inches has a rated voltage of 17.1 and a rated 3.5 amperage.

V x A = W
17.1 volts times 3.5 amps equals 60 watts

If an average of 6 hours of peak sun per day is available in an area, then the above solar panel can produce an average 360 watt hours of power per day; 60w times 6 hrs. = 360 watt-hours. Since the intensity of sunlight contacting the solar panel varies throughout the day, we use the term "peak sun hours" as a method to smooth out the variations into a daily average. Early morning and late-in-the-day sunlight produces less power than the mid-day sun. Naturally, cloudy days will produce less power than bright sunny days as well. When planning a system your geographical area is rated in average peak sun hours per day based on yearly sun data. Average peak sun hours for various geographical areas is listed in the above section.

Solar panels can be wired in series or in parallel to increase voltage or amperage respectively, and they can be wired both in series and in parallel to increase both volts and amps. Series wiring refers to connecting the positive terminal of one panel to the negative terminal of another. The resulting outer positive and negative terminals will produce voltage the sum of the two panels, but the amperage stays the same as one panel. So two 12 volt/3.5 amp panels wired in series produces 24 volts at 3.5 amps. Four of these wired in series would produce 48 volts at 3.5 amps. Parallel wiring refers to connecting positive terminals to positive terminals and negative to negative. The result is that voltage stays the same, but amperage becomes the sum of the number of panels. So two 12 volt/3.5 amp panels wired in parallel would produce 12 volts at 7 amps. Four panels would produce 12 volts at 14 amps.

Series/parallel wiring refers to doing both of the above - increasing volts and amps to achieve the desired voltage as in 24 or 48 volt systems. The following diagram reflects this. In addition, the four panels below can then be wired in parallel to another four and so on to make a larger array.



Charge Controller:
A charge controller monitors the battery's state-of-charge to insure that when the battery needs charge-current it gets it, and also insures the battery isn't over-charged. Connecting a solar panel to a battery without a regulator seriously risks damaging the battery and potentially causing a safety concern.

Charge controllers (or often called charge regulator) are rated based on the amount of amperage they can process from a solar array. If a controller is rated at 20 amps it means that you can connect up to 20 amps of solar panel output current to this one controller. The most advanced charge controllers utilize a charging principal referred to as Pulse-Width-Modulation (PWM) - which insures the most efficient battery charging and extends the life of the battery. Even more advanced controllers also include Maximum Power Point Tracking (MPPT) which maximizes the amount of current going into the battery from the solar array by lowering the panel's output voltage, which increases the charging amps to the battery - because if a panel can produce 60 watts with 17.2 volts and 3.5 amps, then if the voltage is lowered to say 14 volts then the amperage increases to 4.28 (14v X 4.28 amps = 60 watts) resulting in a 19% increase in charging amps for this example.

Many charge controllers also offer Low Voltage Disconnect (LVD) and Battery Temperature Compensation (BTC) as an optional feature. The LVD feature permits connecting loads to the LVD terminals which are then voltage sensitive. If the battery voltage drops too far the loads are disconnected - preventing potential damage to both the battery and the loads. BTC adjusts the charge rate based on the temperature of the battery since batteries are sensitive to temperature variations above and below about 75 F degrees.

Battery:
The Deep Cycle batteries used are designed to be discharged and then re-charged hundreds or thousands of times. These batteries are rated in Amp Hours (ah) - usually at 20 hours and 100 hours. Simply stated, amp hours refers to the amount of current - in amps - which can be supplied by the battery over the period of hours. For example, a 350ah battery could supply 17.5 continuous amps over 20 hours or 35 continuous amps for 10 hours. To quickly express the total watts potentially available in a 6 volt 360ah battery; 360ah times the nominal 6 volts equals 2160 watts or 2.16kWh (kilowatt-hours). Like solar panels, batteries are wired in series and/or parallel to increase voltage to the desired level and increase amp hours.

The battery should have sufficient amp hour capacity to supply needed power during the longest expected period "no sun" or extremely cloudy conditions. A lead-acid battery should be sized at least 20% larger than this amount. If there is a source of back-up power, such as a standby generator along with a battery charger, the battery bank does not have to be sized for worst case weather conditions.

The size of the battery bank required will depend on the storage capacity required, the maximum discharge rate, the maximum charge rate, and the minimum temperature at which the batteries will be used. During planning, all of these factors are looked at, and the one requiring the largest capacity will dictate the battery size.

One of the biggest mistakes made by those just starting out is not understanding the relationship between amps and amp-hour requirements of 120 volt AC items versus the effects on their DC low voltage batteries. For example, say you have a 24 volt nominal system and an inverter powering a load of 3 amps, 120VAC, which has a duty cycle of 4 hours per day. You would have a 12 amp hour load (3A X 4 hrs=12 ah). However, in order to determine the true drain on your batteries you have to divide your nominal battery voltage (24v) into the voltage of the load (120v), which is 5, and then multiply this times your 120vac amp hours (5 x 12 ah). So in this case the calculation would be 60 amp hours drained from your batteries - not the 12 ah. Another simple way is to take the total watt-hours of your 120VAC device and divide by nominal system voltage. Using  the above example; 3 amps x 120 volts x 4 hours = 1440 watt-hours divided by 24 DC volts = 60 amp hours.

Lead-acid batteries are the most common in PV systems because their initial cost is lower and because they are readily available nearly everywhere in the world. There are many different sizes and designs of lead-acid batteries, but the most important designation is that they are deep cycle batteries. Lead-acid batteries are available in both wet-cell (requires maintenance) and sealed no-maintenance versions. AGM and Gel-cell deep-cycle batteries are also popular because they are maintenance free and they last a lot longer.

Using an Inverter:
An inverter is a device which changes DC power stored in a battery to standard 120/240 VAC electricity (also referred to as 110/220). Most solar power systems generate DC current which is stored in batteries. Nearly all lighting, appliances, motors, etc., are designed to use ac power, so it takes an inverter to make the switch from battery-stored DC to standard power (120 VAC, 60 Hz).

In an inverter, direct current (DC) is switched back and forth to produce alternating current (AC). Then it is transformed, filtered, stepped, etc. to get it to an acceptable output waveform. The more processing, the cleaner and quieter the output, but the lower the efficiency of the conversion. The goal becomes to produce a waveform that is acceptable to all loads without sacrificing too much power into the conversion process.

Inverters come in two basic output designs - sine wave and modified sine wave. Most 120VAC devices can use the modified sine wave, but there are some notable exceptions. Devices such as laser printers which use triacs and/or silicon controlled rectifiers are damaged when provided mod-sine wave power. Motors and power supplies usually run warmer and less efficiently on mod-sine wave power. Some things, like fans, amplifiers, and cheap fluorescent lights, give off an audible buzz on modified sine wave power. However, modified sine wave inverters make the conversion from DC to AC very efficiently. They are relatively inexpensive, and many of the electrical devices we use every day work fine on them.

Sine wave inverters can virtually operate anything. Your utility company provides sine wave power, so a sine wave inverter is equal to or even better than utility supplied power. A sine wave inverter can "clean up" utility or generator supplied power because of its internal processing.

Inverters are made with various internal features and many permit external equipment interface. Common internal features are internal battery chargers which can rapidly charge batteries when an AC source such as a generator or utility power is connected to the inverter's INPUT terminals. Auto-transfer switching is also a common internal feature which enables switching from either one AC source to another and/or from utility power to inverter power for designated loads. Battery temperature compensation, internal relays to control loads, automatic remote generator starting/stopping and many other programmable features are available.

Most inverters produce 120VAC, but can be equipped with a step-up transformer to produce 120/240VAC. Some inverters can be series or parallel "stacked-interfaced" to produce 120/240VAC or to increase the available amperage.

Efficiency Losses:
In all systems there are losses due to such things as voltage losses as the electricity is carried across the wires, batteries and inverters not being 100 percent efficient, and other factors. These efficiency losses vary from component to component, and from system to system and can be as high as 25 percent. That's why it's a good idea to speak to someone who has extensive design experience - like us! - to properly configure the right equipment for you.

I Have 8GB flash disk for sale.

I bought only 10, if you are interested call me: 08082913750

sorry, they are now 9, I just sold one as I was sending this post.

N12,000 for 1

for more than 1 at a time is N9,500

All American Specs:

Vector Power Inverter — 225 Watt

Sale: N4,440.00

Vector Power Inverter — 1000 Watt

Sale: N26,400.00

Vector Power Inverter — 2500 Watt

Sale: N69,480.00

Lenovo Laptop — 1.0GHz, Hard Drive 100GB

Sale: N60,000 (NEW uninstalled)

Tell Me about it at: Paidvolunteers@yahoo.com/08082913750

There are some things you have not used since 2 months ago, Some one need them!

You need to give them out.

You will receive blessing for that.

James/Zainab

Solar cellphone charger is available now online!

Solar panels are available too! goodbye to PHCN

note:
You can tell us the things you want Solar Power to carry in your house and we will send you the quote.

Interested people should call 08082913750,

or send James/Zainab a mail: paidvolunteers@gmail.com (I don't open attachments)

Solar cellphone charger is available in Nigeria now!

Solar panels are available too! goodbye to PHCN

note:
You can tell us the things you want Solar Power to carry in your house and we will send you the quote.

Interested people should call 08082913750,

or send James/Zainab a mail: paidvolunteers@gmail.com (I don't open attachments)