There is plenty!
Regarding telecommunications transmission lines, there is much to learn about pass band characteristics of various technologies (copper, fiber, microwave, satellite, more...) and related questions about speed and data compaction, as well as questions concerning distance, reliability, error correction, security, connectivity, etc.
Network devices include a hierarchy of hubs and hosts, gateways, front end processors, servers, routers, brouters, GUI's, and more. How does it all work together? There are various handshaking and protocol schemes, different methods of packet sharing. There is an OSI model for networking with eight layers of understanding. Testing is achieved using instrumentation not found anywhere else.
I Would like to suggest ELECTRONICS because electronics engineering having a multi-engineering qualities because if we study electronics engineering we have a choice we can go towards communication side,control side,electrical side but the differeceis that a telecom engineer only can prefer its own field so,i would like to suggest you to go with electronics engineering..
I would like to study control engineering
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.
After completed my elecronics and communication ngineering i will prefer higher study, M.Tech IN DIGITAL COMMUNICATIONS.
i am study in nagpur inb s.f.s colledge inbsc in electronics 1-year so please give me the information about this what scope in this course and this isgood or not inm
Some major fields of study under engineering are as follows. * Electrical engineering * Electronics engineering * Chemical engineering * Mechanical engineering * Engineering management * Architectural engineering * Civil engineering
http://wiki.answers.com/Q/Is_medical_electronics_engineering_a_good_option_to_study"
Quantum electronics is a branch of physics and engineering that focuses on the behavior of electrons in materials at the quantum level. It involves the study and manipulation of electronic properties in nanoscale devices and materials to develop technologies such as quantum computing, sensors, and high-speed electronics. This field combines quantum mechanics and electronics to explore the possibilities of harnessing quantum phenomena for practical applications.
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.
Electronics is not a small field the area of electronics is very vast and it can named several ways according to it's area.every field is called engineering. Electronics and communication is used for communicating and electronics devices Electronics and instrumentation is used for measurement and measuring tools development. But all are called engineering.
There are a wide variety of schools in New York at which one can study electronics engineering. Nearly any school that is part of the "SUNY" system is a possibility. This includes, for example, SUNY Albany, SUNY Stonybrook, or SUNY Cortland.
It depends on the receiving institution. Typically, there should not be a problem if you stay within the same program of study. In other words, from an associates in electronics engineering to a bachelors in electronic engineering.