The foundational courses for any professional degree in engineering will include some of the following.
the main diffrent between electrical and electronics is Electrical is study of electriccity and electronics is study of the electical or databus controlle circuit. All machine need electrical Power. how much power it need? which electrical contolled it need? that study in Electrical but in Electronics how much power we need? and how to create that power for that we use some electronics circuit. that sutdy i electonics. It is a simple diffrent between electrical and elecronics. ANSWER: The difference is the study of electrons behavior. Electrical main concern is electrons flow. Electronics is a study of electrons emission.
how much tuition per sem for electrical engering
The following is an average of starting salary offers.Electrical/electronics & communicationsBachelors 51,888Masters 64,416PhD 80,206Viper1
In the time that an electronic field was invented by Thomas Edison in 1883, electrical devices already exist 100 years ago. The difference between this to devices depends how it manipulates electricity in the field of work, electrical take the electric energy then transform it in the form of heat, light or motion while the electronics are designed to manipulate the electrical current and it also is doing so much more.
for me , of course electronic engineering is much more interesting
Yes, silver is an excellent electrical conductor. It has the highest electrical conductivity of any metal, making it widely used in electronics, electrical cables, and other applications where high conductivity is required.
There is a high volume of e-waste because electronics are so commonly used in today's society that of course there are also many electronic devices that are no longer useful. Electronics generally have a shorter lifespan than other products because they are often more delicate and go obsolete much more quickly (because of the rate at which electronics are developing), resulting in more electronics being thrown away--more e-waste.
Metal is the best conductor of electricity with respect to machinery and electrical wiring in building structures. Copper is perhaps the most common metal used in such instances. Gold is often used in micro-electronics. While it is much more expensive, it is a better conductor. Not that much gold is needed in micro-electronics.
A much pondered question. The borderline is very fuzzy and mostly in the eye of the beholder. Electronics, in my view, is the study of active devices and their interrelationship. An electric motor is electrical, but the ignitrons and their control devices that control it are electronic. The dividing line for many years was whether it required semi-conductors, if so, it was electronics rather than just electrics.
Absolutely, as vehicles become more and more sophisticated, so does the need for Electrical & Electronics Engineers. I've never heard of an 'automobile engineer' per se (go look up the true definition for 'per se'). It means without exception, few people use it correctly. Anyway, an Automotive Engineer is usually primarily mechanical, but Electrical & Electronics Engineers are needed to design & test all of the monitoring eq. that goes into vehicles. For example, pretty much ALL cars today have a 'brainbox' that controls everything from your horn to the radio, & the interior lights. All of these things, not to mention all of the engine monitoring devices need an electrical/electronics engineer to design them.
Electrical test equipment is used to test electrical charge and current in a wide variety of settings and ways depending on the tool being used. A battery tester is one example of a common piece of electrical test equipment. Professionals use a wide array of much more sophisticated equipment for testing in buildings, machinery, electronics, vehicles and any other object that uses electrical power.
Electronics and Instrumentation department is one of the recently introduced branches of Engineering in Instrumentation area emphasizing the importance of Electronics in the Instrumentation field. Since Electronics being the order of the day, it is very much necessary for the young minds to get accustomed with the latest developments in Electronics field. Moreover Instrumentation being one of the most important sought branches in Industrial point of view, a combination of Electronics and Instrumentation would fetch high dividends for the students who take up Electronics and Instrumentation as their career course. Role Of Electronics & Instrumentation Engineers The students who specialize in Electronics and Instrumentation undergo courses in Instrumentation (like Electrical, Electronics, Mechanical), Electrical Machines, Electronic circuits, Control Systems, Digital Signal Processing etc… Theses courses help the Engineers to design, develop and fabricate various electronic related accessories. Another aspect of Electronics and Instrumentation Engineering lies in the engineer's involvement in field of Automation. Automation being one of the latest trend in all Industries. Control and Optimization is another important criterion in many Industries. Electronics and Instrumentation engineers having good exposure in these areas will be highly effective in solving various critical needs of the Industries Job Oppurtunities Electronics and Instrumentation Engineers have a bright future ahead of them as they are needed by almost all Industries in various cadres like Design, Development, Fabrication, Inspection, Quality control, Maintenance and Service and so on. Most Software MNC's also feel the importance of Automation in Electronics background and they are looking for recruiting Electronics and Instrumentation Engineers for their mutual concerns.