Take informed decision to do Telecommunication engineering from CMRIT

Complete information about CMRIT and why you should do Telecommunication engineering.

Dear Visitor , In this blog we will give you information why CMRIT is best engineering college and why you should do Telecommunication engineering to make your future bright.

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CMR Institute of Technology (CMRIT)

The CMR Institute of Technology (CMRIT) is a private engineering college located in Bengaluru, India. CMRIT is a technical and management institution affiliated to the Visvesvaraya Technological University.

Get direct admission in Telecommunication engineering in CMRIT

Undergraduate Departments

•             Department of Computer Science and Engineering

•             Department of Electrical and Electronics Engineering

•             Department of Electronics and Communication Engineering

•             Department of Information Science and Engineering

•             Department of Mechanical Engineering

•             Department of Telecommunication Engineering

•             Department of Civil Engineering

If you want to do Telecommunication engineering then given below is valuable information for you.

All about Telecommunication engineering - Get direct admission in Telecommunication engineering in CMRIT

Telecommunications engineering, or telecoms engineering', is an engineering discipline that brings together all electrical engineering disciplines including computer engineering with systems engineering to enhance telecommunication systems. The work ranges from basic circuit design to strategic mass developments.

A telecommunication engineer is responsible for designing and overseeing the installation of telecommunications equipment and facilities, such as complex electronic switching systems, copper wire telephone facilities, fiber optics cabling, IP data systems, Terrestrial radio link systems for conventional communications and process information. Telecommunication engineering also overlaps heavily with broadcast engineering.

Diverse Field

Telecommunication is a diverse field of engineering which is connected to electronics, civil, structural, and electrical engineering. Ultimately, telecom engineers are responsible for providing the method for customers to have telephone and high-speed data services. It helps people who are closely working in political and social fields, as well accounting and project management.

Required Education - Get direct admission in Telecommunication engineering in CMRIT

Telecommunications engineers typically have bachelor's degrees in electrical or electronics engineering. Programs that have been approved by the Accreditation Board for Engineering and Technology (ABET) may be especially useful. New hires work under the supervision of senior-level professionals before becoming lead engineers with their own projects. Students who have earned a Professional Engineer (PE) credential may enjoy the advantage in the job market.

Skills Required - Get direct admission in Telecommunication engineering in CMRIT

Telecommunications engineers are analytical, creative and methodical problem solvers with excellent concentration and math skills. As members of manufacturing teams, they are also collaborative professionals and good speakers with interpersonal intelligence and the ability to work well with others.

Career and Salary Outlook

The U.S. Bureau of Labor Statistics (BLS) categorizes telecommunications engineering specialists under the broader category of computer network architects. As of 2014-2024, job opportunities for this category were expected to increase by 9%. Computer network architects in general earned a median salary of $100,240 .

Increased demand of Telecommunication engineers

Telecommunication engineers have always been in great demand because of the growing requisite of digital and wireless communication networks. It is an apt career for those who are interested in the fields of microelectronic devices, signal processing, data networking, coding, compression, encryption and transmission. Usually telecommunication engineers deal with the line, wireless or radio communication. The major tasks performed by them are designing and installation of telecommunications equipment according to the clients interest. They are responsible for the network maintenance, quality control of the products and developing software in the telecom industry, and troubleshooting. A telecommunication engineer should possess good knowledge of fiber optics, cellular technology, laser technology etc.

Career Prospects - Get direct admission in Telecommunication engineering in CMRIT

Career prospects in this highly specialised field is based on the candidates specialized skill and training, which varies from basic circuit designers to strategic mass developers. The main focal areas of telecommunication engineering are research and development, production, servicing , sales and marketing and teaching. Graduates with specialization in these areas can be employed as design development engineer, production engineer, quality assurance engineer, sales engineer, servicing engineer and software engineers.

Subroles - Get direct admission in Telecommunication engineering in CMRIT

As structural engineers, OSP engineers are responsible for the structural design and placement of cellular towers and telephone poles as well as calculating pole capabilities of existing telephone or power poles onto which new plant is being added. Structural calculations are required when boring under heavy traffic areas such as highways or when attaching to other structures such as bridges. Shoring also has to be taken into consideration for larger trenches or pits. Conduit structures often include encasements of slurry that needs to be designed to support the structure and withstand the environment around it (soil type, high traffic areas, etc.).

As electrical engineers, OSP engineers are responsible for the resistance, capacitance, and inductance (RCL) design of all new plant to ensure telephone service is clear and crisp and data service is clean as well as reliable. Attenuation or gradual loss in intensity[citation needed] and loop loss calculations are required to determine cable length and size required to provide the service called for. In addition power requirements have to be calculated and provided to power any electronic equipment being placed in the field. Ground potential has to be taken into consideration when placing equipment, facilities, and plant in the field to account for lightning strikes, high voltage intercept from improperly grounded or broken power company facilities, and from various sources of electromagnetic interference.

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