Electrical-Electronics: 1.Electronics came out of electricals 2.Electricals: base & Electronics: Speciality
Electronics-Instrumentation: Specialities based on Electrical Electronics i a part of physical study of electrons emission. Instrumentation is a fiels of specialty related to monitor,calibrate electronics components.
Both fields are adequately comprehensive in scope, and may be very rewarding as a career.
There are many types of electronics technicians. Computer, industrial (robots, machinery), consumer (TV, DVD players), medical equipment, aviation, automotive (all kinds of sensors there), and much more. It depends on what field you like. The basics are the basics, no matter what field. Exactly what you will do depends on your training and the job. You might repair devices, troubleshoot faulty devices, or work with engineers designing new products. I worked with an electronics tech who only ran cables and installed A/V equipment and another who did PCB level repair. It comes down to your interests, training, and expertise. I recommend searching job boards for electronics techs and see what various companies put in their job description.
There are many places one can find hot deal on electronics in the UK. These include RS Components, Future Electronics, Farnell Electronics and many more.
It is not very good to go on electronics to often but sometimes it's really good because u will learn more and have more skills
I think bams has more scope now as more and more people are thinking about treatments with less Sid effects. Ayurveda is again becoming popular.
The term engineering means "to design something to resolve a problem" (no matter the type of problem). Electronics and Telecommunication engineering could very well mean "the design of components to further the advancement of technology" while electronics and communication would mean "the study of current technology and how to use it" Electronics communication is the art of transferring DATA from one device to another such as computer networks operating on a hub in some office. Telecommunication is the art of using telephones lines or other media to transfer DATA. Both require different design criteria even thought very similar in nature. Engineering is a word to describe the process of designing one art or the other.
applied means that the course is more hands-on, more lab involvement.
I'd say E&C. Being an EC student myself and knowing the bounds of both branches, it has more scope E&T in industry as well as for higher studies. In terms of studying also EC will deal with wide variety of subjects that are required for any engineer. Moreover E&T is a branch that has come into existence recently. So go with history..
hy, why not? An ETE student is more technically smart from other engineering. An ETE student studied the totality of Electronics ,control systems, settelite and every sector of communication. The telecommunication is modern demand. This demand is gradually increased. At nasa there has already a telecommunication core. A Telecommunication can work also Deep Space Network at nasa or anywhere. So dont be worry about ur subject, ETE is an highly demandable subject.
Chemical Engineering pays the highest salaries coming out of University, but if one decides to do Industrial/Management Engineering and tries to get their MBA, they are seeing a six figure salary with ease.
it depends on u and ur hardwork
The future of Electonics and Instrumentation in India is very bright. According to the sensus and current details, by 2020 India will become the no.1 hardware hub ahead of Chine. Apart from that by 2020 India will have more subscribers of cell phones than China. In instrumentation side, petrol, automobile and solar industries will boom more than 300% than now.
I have taken admission in this branch today in B-tech and searching for its scope.........lets see what happens by the way to get more help go to www.allaboutcircuits.com Me? Lovenish G Diploma in electronics and communication eng Teaching computer at school to classes 6th to 12th since 2 years Age-18 search me over orkut.............type just bk lovenish g............I'll be their...............
It is "Institute of Electronics and Telecommunication Engineers" Its HO is at New Delhi,they are conducting Diploma(Dip.IETE) and degree level (AMIETE)course. for more details www.iete.info
in my own idea, the importance of instrumentation in system or process is play a very significant role. as based on the definition, it control the process variables in any production or manufacturing area. without instrumentation there will be no more machines, devices, and any electronics or mechanical machineries or any devices in this world that is relevant to measurement and control. importance of instrumentation is that it is the one who manipulated and manufactured everything especially in an industry that prone of more automated machine. instrumentation also provide monitoring of an industry how the work is going on and make the work for people to be easier,reliable, consistent, less in energy and save in time.
It is a subjective question meaning depends upon who you ask. I will try my best to answer it impartially as much as I can. The fundamental of both the branch is electronics. I mean foundation is the same for both the field. It starts to differ only in advance level courses. Electronics engineering has wide variety of application including Telecommunication. However, it is not only limited to one field rather applies to subsections of various field of electrical and electronics engineering. When it comes to profession, one will be better off specializing in one particular field like Digital, Analog, Microwave(RF), Mixed Signal, power electronics, Telecommunications etc. Now when it comes to electronics and telecommunication engineering, it will definitely have foundation electronics with more focus or specialized in Telecommunication. Telecomm is also rapidly growing field. So it all depends what you really want to do. As a matter of fact whichever field you study you may still be able to work in either field.
To invite more efficient device, reduction in cost for products, easy maintanence and weights less device......etc......
for better amplification ...by instrumentation amplification we get the output admittance will be more