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Showing posts with label electronics. Show all posts
Showing posts with label electronics. Show all posts

Friday, June 3, 2011

Electronics Student Final Year Projects



Electronics Student Final Year Projectsthumbnail
Select a final project that shows off your progress in electronics.

Upon completing a year's studies in electronics, students often produce final projects to demonstrate their understanding and synthesis of the year's lessons. When selecting a year-end project, look for a theme that interests you; your passion for the subject will show through in your attention to the project's details. In addition, look for a project that showcases the subjects you have learned over the year.

  1. Dummy Alarm

    • If you've completed an introductory course in electronics, such as an elective course at the middle school level, you might use your basic understandings to create a "dummy alarm." Essentially, you'll create a red light that blinks on and off, just like the indicator lights used in real alarm systems. Your "dummy" version might even help to keep potential thieves away from your car sound system or other valuables. To create a long-lasting dummy alarm, use a 7555 timer instead of a standard 555 timer, as it will require less power. A "superbright" red LED also requires less current than a standard LED to produce the same light. Because the light is unlit most of the time, the average current for the circuit should be under .2 milliampere. Three AA batteries should run your alarm for months or even a year.

    Metering

    • For an advanced course of study, design an electronic meter for your end-of-term project. Instead of using traditional mechanical meters to show your consumption of gas, water or electricity, you can easily create an electronic device to show utility consumption more accurately and in an easier-to-read format. For a gas meter, you will need a pulse measuring circuit and a low-voltage detection circuit. Both of these will connect to a main microcontroller, which in turn connects to the system's motor driver and an LCD display. For an electric meter, you will also need a temperature sensor for continuous feedback.

    Flickering Christmas Tree

    • If your electronics course finishes in the fall semester, you might create a holiday-theme final project: a miniature Christmas tree with flashing lights. Use 18 LED lights, a 9-volt power supply such as a PP3 battery, and a 4060B IC, a combined counter and oscillator clock. For the tree itself, paint cardboard, plywood or medium-density fiberboard with bright green paint, boring holes for the LED lights.

    Voice Recorder

    • For a somewhat advanced end-of-year project, design your own voice recorder. You can use the device for a range of purposes, from a party gag to an automated "message pad" to keep by the house phone. To build a voice recorder, plans will most likely require a condensator microphone, a speaker and push buttons, besides all requisite wiring and circuit board.

      References

  • Photo Credit electronics image by Stanisa Martinovic from Fotolia.com; Source: eHow

Thursday, June 2, 2011

Undergraduate Final Year Projects for Electrical Engineers


Undergraduate Final Year Projects for Electrical Engineersthumbnail
The humble lightbulb has changed thanks to engineers trying to save energy.

The world is rapidly changing, and people are increasingly relying on technology to assist them in their tasks.Yet, technology has also created a terrible burden. The world is now dealing with environmental destruction on a global scale. The most terrible side effect of this is global warming. Today, electrical engineers have an opportunity to create technologies which are environmentally friendly and that can reverse the damage already done. As a final year project, why not design technologies that will help the environment and thus the world. There are many projects you could create.

  1. Computer Simulation Systems

    Advanced Robotics

    • Robot-controlled cars are already being developed.

      Robot cars, robot houses, robot wheelchairs -- the possibilities are endless. The field of robotics is just starting to grow and attract global attention. Doing a final project in robotics could help you secure work later on. Design a robot-controlled car or simple robots that respond to stimuli such as voice commands. Some examples of previous works have been cars that are activated by speech recognition and simple robots that can move and talk.

    Renewable Energy Car

    • To create a better world, why not design a car that runs on grass?

      A car that does not need gas to run is an old idea, but a good one. Develop a vehicle that runs on renewable forms of energy. Many final year engineering students have followed this example, so try to make your method more original than, say, solar power or electricity. That said, if you are actually building a model it will be very impressive no matter what it runs on.

    The Intelligent House

    • Imagine a house that does the shopping, cleaning and cooking for you.

      Draw up plans for an intelligently designed house. Such a house would include photovoltaic or solar panels. These could be hooked up to a system that measures environmental conditions and adjusts the panel output accordingly. Furthermore, the home would be designed to contain highly advanced electronic equipment. If you are working in a team, then each member could design a room and the appliances that would be in it. In turn, you would build a software system used to sink the appliances, monitors and security systems in the house.


References

  • Photo Credit light bulb image by Photosani from Fotolia.com; grass simulation image by Sergey Galushko from Fotolia.com; luxury car - model toy car image by alma_sacra from Fotolia.com; grass ball grass image by Nicemonkey from Fotolia.com; Dreamy house on house plans image by Monika 3 Steps Ahead from Fotolia.com;

source: ehow.com

Tuesday, May 24, 2011

BS(Electrical Engineering) Outline

The following is a typical outline of BS(EE) degree program taken from FAST-NU website (www.nu.edu.pk)
In the coming posts we will provide you relevant course material for each course in order to give you a glimpse of what awaits you in the quest to become an electrical engineer.

Tentative Study Plan
Campuses may offer courses in slightly different order keeping in view local needs.
Semester - I Pre-Reqs.
EE110Programming for Engineers - I3
EL110Programming for Engineers - I Lab1
EE216Circuit Analysis - I3
EL216Circuit Analysis - I Lab1
MT117Applied Calculus3
NS110Physics for Engineers3
EL113Physics for Engineers - I Lab1
SS101English Language3
Total18
Semester - II Pre-Reqs.
EE112Programming for Engineers - II3EE110
EL112Programming for Engineers - II Lab1EE110
EE211Engineering Workshop1
EE217Circuit Analysis - II3EE216
MT104Linear Algebra3
MT203Differential Equations3MT117
SS138History of Pakistan3
Total17
Semester - III Pre-Reqs.
EE102Engineering Drawing1
EE105Computer Logic Design3
EL105Computer Logic Design Lab1
EE214Electronics - I3EE217
EL214Electronics - I Lab1EE217
XXInter-Disciplinary Course-I3
MT220Complex Variables and Transforms3
SS144Islamic & Religious Studies3
Total18
Semester - IV Pre-Reqs.
EE206Signals & Systems3MT104
EL206Signals & Systems Lab1MT104
EE217Electro Mechanical Systems3
EL221Electro Mechanical Systems Lab1
EE219Probability & Random Processes4
XXInter-Disciplinary Course-II3
MT207Numerical Analysis3
Total18
Semester - V Pre-Reqs.
EE220Instrumentation and Measurements3EE206 + EE214
EL220Instrumentation & Measurements Lab1EE206 + EE214
EE303µP Interfacing & Programming3EE105 + EE214
EL303µP Interfacing & Programming Lab1EE105 + EE214
EE304Feedback Control Systems3EE206
EL304Feedback Control Systems Lab1
EE305Electromagnetic Theory3MT220
EE408Elec. Power Eng.3EE221
Total18
Semester - VI Pre-Reqs.
EEComputer Aided Design & Simulation2
EESpecialization ELective - I3
EESpecialization ELective - II3
MG222Engineering Economics3
SS142Technical Report Writing3
Total14
Semester - VII Pre-Reqs.
EE482Project - I3Note
EESpecialization ELective - III3
EESpecialization ELective - IV3
MG330Engineering Management3
SS123Communication Skills3
Total15
Semester - VIII Pre-Reqs.
EE483Project - II3EE482
EESpecialization ELective - V3
SS145Engineering Ethics3
SSSocial Science Elective3
Total12
Note: Registration in "Project-I" is allowed provided the student has earned at least 104 credit hours, and is not under academic warning.

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