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OOU POST UTME 2013-2016 PAST QUESTIONS PDF.
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Techably Engineering Limited: 10 Good Electronics Mini Projects Ideas for ECE St... http://techablyengineering..com/2018/07/10-good-electronics-mini-projects-ideas.html?spref=tw

10 Good Electronics Mini Projects Ideas for ECE Students
Techably Engineering Limited
Mini projects are playing very important role in getting good practical knowledge on the studied concepts in engineering. Electronics mini projects not just emphasize engineering theories but aid to unlock career prospects. There are many excellent electrical and electronics engineering mini projects for career progression, strengthen and challenge your awareness. This can be helpful not only for you, but also to others. These mini projects necessitate you to concentrate on all aspects of electrical and electronics engineering.
So, we are interested in listing some of the top electronics mini projects for engineering students which a student can choose & design for his or her hobbyist needs. These mini projects are basically for electrical and electronics engineering students from a variety of streams such as EI (Electronics and Instrumentation), ECE (Electronics and Communication) and EEE (Electrical Engineering).
Don’t Miss: Live Projects on Electronic Projects Ideas.
To get better idea over the simple electronics projects, kindly peep into the following top 10 projects with explanation.
Top 10 Electronics Mini Projects Ideas in 2018
1. Battery Charger Circuit Bringing Into Play SCR
This is one of the most fundamental and finest mini project for any in electronics ............
https://techablyengineering..com/2018/07/10-good-electronics-mini-projects-ideas.html

Techably Engineering Limited: What Are The Main Types Of Robots? http://techablyengineering..com/2018/07/what-are-main-types-of-robots.html?spref=tw

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What are the Various Parts in a Diesel Engine Functions? read more...https://techablyengineering..com/2018/06/what-are-various-parts-in-diesel-engine.html

What are the Various Parts in a Diesel Engine Functions? read more...https://techablyengineering..com/2018/06/what-are-various-parts-in-diesel-engine.html

What are the Various Parts in a Diesel Engine
What are the Various Parts in a Diesel Engine Functions?
As you are trying to figure out the function of the diesel engine and generator in the car, you must know the individual engine parts for a better understanding of the mechanics. The car engine may have 2 to 8 cylinders depending on the power of the car. A small car will have 2 to 4 cylinders, while a medium sized car may have 6 cylinders and a bigger vehicle may have 8. The various configurations of the diesel engine parts will bring in different power output, smoothness of operation, costing of the car, etc. The engine parts are described below.
Valves
There are inlet and outlet valves in an engine. The inlet valves let in air and fuel, and the outlet valves let out the exhaust fumes. Both have high importance in keeping the engine running at optimum temperatures. When combustion and compression take place, then both the valves stay closed. The combustion chamber remains sealed at that time.
Piston
The piston moves up .....read more http://techablyengineering..com/2018/06/what-are-various-parts-in-diesel-engine.html

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Is tìhs a blog:http://techablyengineering..com/2018/02/top-23-richest-engineers-in-world.html
https://www.google.com.ng/search?q=http://techablyengineering..com/2018/02/top-23-richest-engineers-in-world.html&client=ms-opera-mini&channel=new&gws_rd=cr,ssl&dcr=0&ei=bgikWrS6JIG8kwWesJrABg

Electric Material in Mantle Could Explain Earth's Rotation
Under pressure. The disk of iron monoxide (FeO) inside the diamond anvil, connected to gold (Au) electrodes. The diamond anvil that compressed the iron monoxide, rigged up with a machine that measured how well the material conducted electricity ( KENJI OHTA
Electric Material in Mantle Could Explain Earth's Rotation
By Kate McAlpine June 21, 2018 , 12:25 PM
When it comes to Earth's rotation, you might think geophysicists have pretty much everything figured out. Not quite. In order to explain some variations in the way our planet spins, Earth's mantle—the layer of hot, softened rock that lies between the crust and core—must conduct electricity, an ability that the mantle as we know it shouldn't have. Now, a new study finds that iron monoxide, which makes up 9% of the mantle, actually does conduct electricity just like a metal, but only at temperatures and pressures found far beneath the surface.
Earth's spin isn't flawless. Geophysicists have discovered that the time it takes our planet to complete one rotation—the length of a day—fluctuates slightly over the course of months or years. They've also noticed extra swing in the predictable wobble of Earth's axis of rotation, like the swaying of a spinning top. The variations are probably caused by the solid iron inner core, liquid metal outer core, and rocky mantle rotating at slightly different rates. Friction helps bring them into line, and the magnetic field of the outer core can pull on the metal inner core. But to really fit the observations, the core should also exert its magnetic tug on the mantle, says Bruce Buffett, an earth scientist at the University of California,......read more @ https://techablyengineering..com/2018/06/electric-material-in-mantle-could.html

Ablyz:
I want a right answer:is this blog or website:http://techablyengineering..com/2018/02/top-23-richest-engineers-in-world.html
https://www.google.com.ng/search?q=http://techablyengineering..com/2018/02/top-23-richest-engineers-in-world.html&client=ms-opera-mini&channel=new&gws_rd=cr,ssl&dcr=0&ei=bgikWrS6JIG8kwWesJrABg

Electric Material in Mantle Could Explain Earth's Rotation
Under pressure. The disk of iron monoxide (FeO) inside the diamond anvil, connected to gold (Au) electrodes. The diamond anvil that compressed the iron monoxide, rigged up with a machine that measured how well the material conducted electricity ( KENJI OHTA
Electric Material in Mantle Could Explain Earth's Rotation
By Kate McAlpine June 21, 2018 , 12:25 PM
When it comes to Earth's rotation, you might think geophysicists have pretty much everything figured out. Not quite. In order to explain some variations in the way our planet spins, Earth's mantle—the layer of hot, softened rock that lies between the crust and core—must conduct electricity, an ability that the mantle as we know it shouldn't have. Now, a new study finds that iron monoxide, which makes up 9% of the mantle, actually does conduct electricity just like a metal, but only at temperatures and pressures found far beneath the surface.
Earth's spin isn't flawless. Geophysicists have discovered that the time it takes our planet to complete one rotation—the length of a day—fluctuates slightly over the course of months or years. They've also noticed extra swing in the predictable wobble of Earth's axis of rotation, like the swaying of a spinning top. The variations are probably caused by the solid iron inner core, liquid metal outer core, and rocky mantle rotating at slightly different rates. Friction helps bring them into line, and the magnetic field of the outer core can pull on the metal inner core. But to really fit the observations, the core should also exert its magnetic tug on the mantle, says Bruce Buffett, an earth scientist at the University of California,......read more @ https://techablyengineering..com/2018/06/electric-material-in-mantle-could.html

Ablyz:
Top 23 richest engineers in the world and course they went for
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Electric Material in Mantle Could Explain Earth's Rotation
Under pressure. The disk of iron monoxide (FeO) inside the diamond anvil, connected to gold (Au) electrodes. The diamond anvil that compressed the iron monoxide, rigged up with a machine that measured how well the material conducted electricity ( KENJI OHTA
Electric Material in Mantle Could Explain Earth's Rotation
By Kate McAlpine June 21, 2018 , 12:25 PM
When it comes to Earth's rotation, you might think geophysicists have pretty much everything figured out. Not quite. In order to explain some variations in the way our planet spins, Earth's mantle—the layer of hot, softened rock that lies between the crust and core—must conduct electricity, an ability that the mantle as we know it shouldn't have. Now, a new study finds that iron monoxide, which makes up 9% of the mantle, actually does conduct electricity just like a metal, but only at temperatures and pressures found far beneath the surface.
Earth's spin isn't flawless. Geophysicists have discovered that the time it takes our planet to complete one rotation—the length of a day—fluctuates slightly over the course of months or years. They've also noticed extra swing in the predictable wobble of Earth's axis of rotation, like the swaying of a spinning top. The variations are probably caused by the solid iron inner core, liquid metal outer core, and rocky mantle rotating at slightly different rates. Friction helps bring them into line, and the magnetic field of the outer core can pull on the metal inner core. But to really fit the observations, the core should also exert its magnetic tug on the mantle, says Bruce Buffett, an earth scientist at the University of California,......read more @ https://techablyengineering..com/2018/06/electric-material-in-mantle-could.html

[quote author=Ablyz post=65893166]Pls is electrical engineering accredited by nuc in olabisi onabanjo university(any from the department should answer me)[/ Electric Material in Mantle Could Explain Earth's Rotation
Under pressure. The disk of iron monoxide (FeO) inside the diamond anvil, connected to gold (Au) electrodes. The diamond anvil that compressed the iron monoxide, rigged up with a machine that measured how well the material conducted electricity ( KENJI OHTA
Electric Material in Mantle Could Explain Earth's Rotation
By Kate McAlpine June 21, 2018 , 12:25 PM
When it comes to Earth's rotation, you might think geophysicists have pretty much everything figured out. Not quite. In order to explain some variations in the way our planet spins, Earth's mantle—the layer of hot, softened rock that lies between the crust and core—must conduct electricity, an ability that the mantle as we know it shouldn't have. Now, a new study finds that iron monoxide, which makes up 9% of the mantle, actually does conduct electricity just like a metal, but only at temperatures and pressures found far beneath the surface.
Earth's spin isn't flawless. Geophysicists have discovered that the time it takes our planet to complete one rotation—the length of a day—fluctuates slightly over the course of months or years. They've also noticed extra swing in the predictable wobble of Earth's axis of rotation, like the swaying of a spinning top. The variations are probably caused by the solid iron inner core, liquid metal outer core, and rocky mantle rotating at slightly different rates. Friction helps bring them into line, and the magnetic field of the outer core can pull on the metal inner core. But to really fit the observations, the core should also exert its magnetic tug on the mantle, says Bruce Buffett, an earth scientist at the University of California,......read more @ https://techablyengineering..com/2018/06/electric-material-in-mantle-could.html]

Electric Material in Mantle Could Explain Earth's Rotation
Under pressure. The disk of iron monoxide (FeO) inside the diamond anvil, connected to gold (Au) electrodes. The diamond anvil that compressed the iron monoxide, rigged up with a machine that measured how well the material conducted electricity ( KENJI OHTA
Electric Material in Mantle Could Explain Earth's Rotation
By Kate McAlpine June 21, 2018 , 12:25 PM
When it comes to Earth's rotation, you might think geophysicists have pretty much everything figured out. Not quite. In order to explain some variations in the way our planet spins, Earth's mantle—the layer of hot, softened rock that lies between the crust and core—must conduct electricity, an ability that the mantle as we know it shouldn't have. Now, a new study finds that iron monoxide, which makes up 9% of the mantle, actually does conduct electricity just like a metal, but only at temperatures and pressures found far beneath the surface.
Earth's spin isn't flawless. Geophysicists have discovered that the time it takes our planet to complete one rotation—the length of a day—fluctuates slightly over the course of months or years. They've also noticed extra swing in the predictable wobble of Earth's axis of rotation, like the swaying of a spinning top. The variations are probably caused by the solid iron inner core, liquid metal outer core, and rocky mantle rotating at slightly different rates. Friction helps bring them into line, and the magnetic field of the outer core can pull on the metal inner core. But to really fit the observations, the core should also exert its magnetic tug on the mantle, says Bruce Buffett, an earth scientist at the University of California,......read more @ https://techablyengineering..com/2018/06/electric-material-in-mantle-could.html

Ablyz:
I did the 2018 utme and i scorced199(FUOYE-ELECT/ELECT). I seek advice if i can be admitted but adviser,friend,mentor and leader said to be on safe side i should change the institution or course.so i decided to go for my state university(oou).my question would i be admitted with that score and course and if not so which related course can i go for?

Electric Material in Mantle Could Explain Earth's Rotation
Under pressure. The disk of iron monoxide (FeO) inside the diamond anvil, connected to gold (Au) electrodes. The diamond anvil that compressed the iron monoxide, rigged up with a machine that measured how well the material conducted electricity ( KENJI OHTA
Electric Material in Mantle Could Explain Earth's Rotation
By Kate McAlpine June 21, 2018 , 12:25 PM
When it comes to Earth's rotation, you might think geophysicists have pretty much everything figured out. Not quite. In order to explain some variations in the way our planet spins, Earth's mantle—the layer of hot, softened rock that lies between the crust and core—must conduct electricity, an ability that the mantle as we know it shouldn't have. Now, a new study finds that iron monoxide, which makes up 9% of the mantle, actually does conduct electricity just like a metal, but only at temperatures and pressures found far beneath the surface.
Earth's spin isn't flawless. Geophysicists have discovered that the time it takes our planet to complete one rotation—the length of a day—fluctuates slightly over the course of months or years. They've also noticed extra swing in the predictable wobble of Earth's axis of rotation, like the swaying of a spinning top. The variations are probably caused by the solid iron inner core, liquid metal outer core, and rocky mantle rotating at slightly different rates. Friction helps bring them into line, and the magnetic field of the outer core can pull on the metal inner core. But to really fit the observations, the core should also exert its magnetic tug on the mantle, says Bruce Buffett, an earth scientist at the University of California,......read more @ https://techablyengineering..com/2018/06/electric-material-in-mantle-could.html

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Electric Material in Mantle Could Explain Earth's Rotation
Under pressure. The disk of iron monoxide (FeO) inside the diamond anvil, connected to gold (Au) electrodes. The diamond anvil that compressed the iron monoxide, rigged up with a machine that measured how well the material conducted electricity ( KENJI OHTA
Electric Material in Mantle Could Explain Earth's Rotation
By Kate McAlpine June 21, 2018 , 12:25 PM
When it comes to Earth's rotation, you might think geophysicists have pretty much everything figured out. Not quite. In order to explain some variations in the way our planet spins, Earth's mantle—the layer of hot, softened rock that lies between the crust and core—must conduct electricity, an ability that the mantle as we know it shouldn't have. Now, a new study finds that iron monoxide, which makes up 9% of the mantle, actually does conduct electricity just like a metal, but only at temperatures and pressures found far beneath the surface.
Earth's spin isn't flawless. Geophysicists have discovered that the time it takes our planet to complete one rotation—the length of a day—fluctuates slightly over the course of months or years. They've also noticed extra swing in the predictable wobble of Earth's axis of rotation, like the swaying of a spinning top. The variations are probably caused by the solid iron inner core, liquid metal outer core, and rocky mantle rotating at slightly different rates. Friction helps bring them into line, and the magnetic field of the outer core can pull on the metal inner core. But to really fit the observations, the core should also exert its magnetic tug on the mantle, says Bruce Buffett, an earth scientist at the University of California,......read more @ https://techablyengineering..com/2018/06/electric-material-in-mantle-could.html

Electric Material in Mantle Could Explain Earth's Rotation
Under pressure. The disk of iron monoxide (FeO) inside the diamond anvil, connected to gold (Au) electrodes. The diamond anvil that compressed the iron monoxide, rigged up with a machine that measured how well the material conducted electricity ( KENJI OHTA
Electric Material in Mantle Could Explain Earth's Rotation
By Kate McAlpine June 21, 2018 , 12:25 PM
When it comes to Earth's rotation, you might think geophysicists have pretty much everything figured out. Not quite. In order to explain some variations in the way our planet spins, Earth's mantle—the layer of hot, softened rock that lies between the crust and core—must conduct electricity, an ability that the mantle as we know it shouldn't have. Now, a new study finds that iron monoxide, which makes up 9% of the mantle, actually does conduct electricity just like a metal, but only at temperatures and pressures found far beneath the surface.
Earth's spin isn't flawless. Geophysicists have discovered that the time it takes our planet to complete one rotation—the length of a day—fluctuates slightly over the course of months or years. They've also noticed extra swing in the predictable wobble of Earth's axis of rotation, like the swaying of a spinning top. The variations are probably caused by the solid iron inner core, liquid metal outer core, and rocky mantle rotating at slightly different rates. Friction helps bring them into line, and the magnetic field of the outer core can pull on the metal inner core. But to really fit the observations, the core should also exert its magnetic tug on the mantle, says Bruce Buffett, an earth scientist at the University of California,......read more @ https://techablyengineering..com/2018/06/electric-material-in-mantle-could.html

Electric Material in Mantle Could Explain Earth's Rotation
Under pressure. The disk of iron monoxide (FeO) inside the diamond anvil, connected to gold (Au) electrodes. The diamond anvil that compressed the iron monoxide, rigged up with a machine that measured how well the material conducted electricity ( KENJI OHTA
Electric Material in Mantle Could Explain Earth's Rotation
By Kate McAlpine June 21, 2018 , 12:25 PM
When it comes to Earth's rotation, you might think geophysicists have pretty much everything figured out. Not quite. In order to explain some variations in the way our planet spins, Earth's mantle—the layer of hot, softened rock that lies between the crust and core—must conduct electricity, an ability that the mantle as we know it shouldn't have. Now, a new study finds that iron monoxide, which makes up 9% of the mantle, actually does conduct electricity just like a metal, but only at temperatures and pressures found far beneath the surface.
Earth's spin isn't flawless. Geophysicists have discovered that the time it takes our planet to complete one rotation—the length of a day—fluctuates slightly over the course of months or years. They've also noticed extra swing in the predictable wobble of Earth's axis of rotation, like the swaying of a spinning top. The variations are probably caused by the solid iron inner core, liquid metal outer core, and rocky mantle rotating at slightly different rates. Friction helps bring them into line, and the magnetic field of the outer core can pull on the metal inner core. But to really fit the observations, the core should also exert its magnetic tug on the mantle, says Bruce Buffett, an earth scientist at the University of California,......read more @ https://techablyengineering..com/2018/06/electric-material-in-mantle-could.html

Electric Material in Mantle Could Explain Earth's Rotation
Under pressure. The disk of iron monoxide (FeO) inside the diamond anvil, connected to gold (Au) electrodes. The diamond anvil that compressed the iron monoxide, rigged up with a machine that measured how well the material conducted electricity ( KENJI OHTA
Electric Material in Mantle Could Explain Earth's Rotation
By Kate McAlpine June 21, 2018 , 12:25 PM
When it comes to Earth's rotation, you might think geophysicists have pretty much everything figured out. Not quite. In order to explain some variations in the way our planet spins, Earth's mantle—the layer of hot, softened rock that lies between the crust and core—must conduct electricity, an ability that the mantle as we know it shouldn't have. Now, a new study finds that iron monoxide, which makes up 9% of the mantle, actually does conduct electricity just like a metal, but only at temperatures and pressures found far beneath the surface.
Earth's spin isn't flawless. Geophysicists have discovered that the time it takes our planet to complete one rotation—the length of a day—fluctuates slightly over the course of months or years. They've also noticed extra swing in the predictable wobble of Earth's axis of rotation, like the swaying of a spinning top. The variations are probably caused by the solid iron inner core, liquid metal outer core, and rocky mantle rotating at slightly different rates. Friction helps bring them into line, and the magnetic field of the outer core can pull on the metal inner core. But to really fit the observations, the core should also exert its magnetic tug on the mantle, says Bruce Buffett, an earth scientist at the University of California,......read more @ https://techablyengineering..com/2018/06/electric-material-in-mantle-could.html

Electric Material in Mantle Could Explain Earth's Rotation
Under pressure. The disk of iron monoxide (FeO) inside the diamond anvil, connected to gold (Au) electrodes. The diamond anvil that compressed the iron monoxide, rigged up with a machine that measured how well the material conducted electricity ( KENJI OHTA
Electric Material in Mantle Could Explain Earth's Rotation
By Kate McAlpine June 21, 2018 , 12:25 PM
When it comes to Earth's rotation, you might think geophysicists have pretty much everything figured out. Not quite. In order to explain some variations in the way our planet spins, Earth's mantle—the layer of hot, softened rock that lies between the crust and core—must conduct electricity, an ability that the mantle as we know it shouldn't have. Now, a new study finds that iron monoxide, which makes up 9% of the mantle, actually does conduct electricity just like a metal, but only at temperatures and pressures found far beneath the surface.
Earth's spin isn't flawless. Geophysicists have discovered that the time it takes our planet to complete one rotation—the length of a day—fluctuates slightly over the course of months or years. They've also noticed extra swing in the predictable wobble of Earth's axis of rotation, like the swaying of a spinning top. The variations are probably caused by the solid iron inner core, liquid metal outer core, and rocky mantle rotating at slightly different rates. Friction helps bring them into line, and the magnetic field of the outer core can pull on the metal inner core. But to really fit the observations, the core should also exert its magnetic tug on the mantle, says Bruce Buffett, an earth scientist at the University of California,......read more @ https://techablyengineering..com/2018/06/electric-material-in-mantle-could.html

Electric Material in Mantle Could Explain Earth's Rotation
Under pressure. The disk of iron monoxide (FeO) inside the diamond anvil, connected to gold (Au) electrodes. The diamond anvil that compressed the iron monoxide, rigged up with a machine that measured how well the material conducted electricity ( KENJI OHTA
Electric Material in Mantle Could Explain Earth's Rotation
By Kate McAlpine June 21, 2018 , 12:25 PM
When it comes to Earth's rotation, you might think geophysicists have pretty much everything figured out. Not quite. In order to explain some variations in the way our planet spins, Earth's mantle—the layer of hot, softened rock that lies between the crust and core—must conduct electricity, an ability that the mantle as we know it shouldn't have. Now, a new study finds that iron monoxide, which makes up 9% of the mantle, actually does conduct electricity just like a metal, but only at temperatures and pressures found far beneath the surface.
Earth's spin isn't flawless. Geophysicists have discovered that the time it takes our planet to complete one rotation—the length of a day—fluctuates slightly over the course of months or years. They've also noticed extra swing in the predictable wobble of Earth's axis of rotation, like the swaying of a spinning top. The variations are probably caused by the solid iron inner core, liquid metal outer core, and rocky mantle rotating at slightly different rates. Friction helps bring them into line, and the magnetic field of the outer core can pull on the metal inner core. But to really fit the observations, the core should also exert its magnetic tug on the mantle, says Bruce Buffett, an earth scientist at the University of California,......read more @ https://techablyengineering..com/2018/06/electric-material-in-mantle-could.html

Electric Material in Mantle Could Explain Earth's Rotation
Under pressure. The disk of iron monoxide (FeO) inside the diamond anvil, connected to gold (Au) electrodes. The diamond anvil that compressed the iron monoxide, rigged up with a machine that measured how well the material conducted electricity ( KENJI OHTA
Electric Material in Mantle Could Explain Earth's Rotation
By Kate McAlpine June 21, 2018 , 12:25 PM
When it comes to Earth's rotation, you might think geophysicists have pretty much everything figured out. Not quite. In order to explain some variations in the way our planet spins, Earth's mantle—the layer of hot, softened rock that lies between the crust and core—must conduct electricity, an ability that the mantle as we know it shouldn't have. Now, a new study finds that iron monoxide, which makes up 9% of the mantle, actually does conduct electricity just like a metal, but only at temperatures and pressures found far beneath the surface.
Earth's spin isn't flawless. Geophysicists have discovered that the time it takes our planet to complete one rotation—the length of a day—fluctuates slightly over the course of months or years. They've also noticed extra swing in the predictable wobble of Earth's axis of rotation, like the swaying of a spinning top. The variations are probably caused by the solid iron inner core, liquid metal outer core, and rocky mantle rotating at slightly different rates. Friction helps bring them into line, and the magnetic field of the outer core can pull on the metal inner core. But to really fit the observations, the core should also exert its magnetic tug on the mantle, says Bruce Buffett, an earth scientist at the University of California,......read more @ https://techablyengineering..com/2018/06/electric-material-in-mantle-could.html