What are the chances of growth for rf drive test engineer in telecom sector?

RF drive engineer opportunities are projected to grow steadily through 2015 - in terms of both salary and number of job opportunities. Rapid growth in RF product development should result in opportunities for experienced RF Engineers that have hands-on experience developing products.

The RF Engineers are the professional experts known within the electrical engineering arena of IT and Telecom sector. They are also called Radio Frequency Engineer. Usually, engineers work with gadgets that send or receive radio waves, with wireless devices, radios, and mobile phones. All kinds of communication run through radio waves, whether it is wireless or mobile devices, guided by RF engineer.

The Radio frequency engineering is a huge and rising industry. Over the last few years, it went up from simple commercial radio, TV and military communication techniques to being a crucial area of technology that is needed for the global economy. Wi-Fi, satellite communications, 4G networks and more are all possible through RF technology.

In cellular system propagation models designed for the specific areas or terrain. ... Drive testing is method of measuring and assessing the QoS of mobile network. Different sites of recent technology 2G, 3G, HSPA, WCDMA, Long Term Evolution (LTE), WiMAX are analysed by drive testing with TEMS Investigation tools.

What is RF drive Test Engineer ?

RF Drives Test Engineers are radio frequency experts responsible for conducting test activities and making sure radio frequency circuits and systems function properly. Other duties listed on a RF Drive Test Engineer resume include monitoring system activity, running tests, and developing new test procedures. Based on our collection of resume samples, these professionals should demonstrate RF engineering experience, attention to details, accuracy, communication skills, teamwork, and problem solving orientation. Most candidates hold a college degree in a relevant discipline.
Radio frequency engineers are specialists within the electrical engineering field. They work with devices that transmit or receive radio waves, including wireless equipment, radios, and cellular phones. A background in general electronics, physics, and math is needed to design and improve wireless networks.

Radio-frequency (RF) engineering is not the type of career that has a high attrition rate. But if the profession is as good as it sounds, why are companies having such a difficult time finding RF engineers to fill their vacant positions?There are two main reasons. The first is due to the basic supply and demand rule. The wireless communications field has grown steadily in recent years, much like the software and computer engineering fields.Because the demand for software engineers has been so great, and the profession has a reputation of paying extremely high salaries, many engineering students have focused on this field."Most students in electrical engineering have been attracted by computer engineering," says Edward Jull. He's an electrical engineering professor.

"The present demand for radio-frequency engineers is also a result of the growth of wireless communications and the development of integrated circuits and computers."The other reason there seems to be a shortage of RF engineers is that courses in RF are often hard to find in many universities."It's quite difficult to find a direct path to RF," says Lorna Carr. She is a senior RF engineer.She says that when she was attending university, there were extremely few courses available in RF. Upon graduation, she says she was offered a position with a company where she was exposed to the skills required by an RF engineer.

What does Radio Frequency (RF) mean?

Radio frequency (RF) refers to the rate of oscillation of electromagnetic radio waves in the range of 3 kHz to 300 GHz, as well as the alternating currents carrying the radio signals. This is the frequency band that is used for communications transmission and broadcasting. Although RF really stands for the rate of oscillation of the waves, it is synonymous to the term "radio," or simply wireless communication.

Techopedia explains Radio Frequency (RF)

Radio frequency is being used in a lot of fields, but in the context of information and communications technology it refers to the frequency band at which wireless telecommunications signals are being transmitted and broadcast. The frequency band is being divided into different parts, which are then assigned to different technology industries. This is known as the radio spectrum. For example, the VHF (very high frequency) band, which ranges from 30-300 MHz, is being used for FM radio, TV broadcasts, and amateur radio and its counterparts. For a lot of electronic communication devices, the ultra-high frequency (UHF) band is being used. This is the space used by mobile phones, wireless LAN, Bluetooth, and TV and land radio.

Radio frequency is produced by oscillating current a specified number of times and then radiating it off a conductor, referred to as an antenna, into empty space (this refers to space occupied by air rather than solid objects and does not refer to outer space) as electromagnetic radio waves. RF signals are sent and received using conductors through the phenomenon known as the skin effect, where RF current latches itself and flows through the surface of conductors rather than penetrating and passing through them like it does with other non-conducting solids. This effect is the core and basis of radio technology.

What does a RF technician do?

What Are RF Systems Technicians?

Radio frequency (RF) systems technicians, also known as radio mechanics, install, maintain, and upgrade RF systems, such as wireless Internet access points, cellular telephone antennas, satellite systems, amplifiers, two-way radios, and other radio equipment. Other tasks may include testing RF systems and signal strength, assembling systems, maintaining records, and instructing customers on how to properly use the equipment.

Most RF technician jobs involve driving to client locations. Such technicians should be comfortable with heights. There is some risk of injury associated with this career due to the fact that technicians often work on towers or other high places, work closely with electricity, and use a range of potentially dangerous tools to complete their tasks. The majority of telecommunications technicians, such as RF systems technicians, work full-time, although overtime, on-call, evening, night, and weekend hours are a possibility.

What Does NOC Stand For

Stands for "Network Operations Center." It is the central location where a company's servers and networking equipment are located. The NOC may reside either within a company's campus or at an external location. Smaller businesses and organizations often have an internal NOC, in which local technicians administer and monitor the servers. Larger companies may have a NOC setup at a location developed specifically to house server equipment.

Network operations centers, often called datacenters, are almost always connected to a high-speed Internet connection. Large NOCs, such as those used by Web hosting companies, are often connected directly to the Internet backbone. This gives the servers the most bandwidth possible.

While NOCs are used by all Web hosting companies and ISPs, they are also useful to companies whose services are not related to the Internet. Many companies use a NOC to manage internal communications, administer employee e-mail accounts, and backup data. Because maintaining an Internet connection is vital to most businesses today, most NOCs are monitored 24/7, with automatic alerts that notify technicians when servers or network connections are down.

Noc Manager responsibilities

NOC Managers work in the telecommunications field and are responsible for coordinating network operations center teams. Typical duties listed on a NOC Manager resume are providing guidance to technical teams, updating network software, reporting to management, solving networking problems, and training junior employees. Successful example resumes highlight telecommunications and networking expertise, leadership, managerial skills, computer proficiency, problem-solving orientation, and teamwork. NOC Managers usually hold a Bachelor’s Degree and have studied computer science, information technology, and telecommunication engineering.

• Utilized Multiple Monitoring Applications to Insure Availability, Integrity and Confidentiality
• Managed Budgets for Training, Hardware/Software and Employee Compensations
• Implemented Intensive Internal Training and Developed Processes and Procedures to Insure Employee Satisfaction, Efficient Customer Support and Company Savings
• Worked with All Support and Managerial Teams to Integrate New Customers and Maintain Current Contracts
• Created Disaster Recovery Plans and Reported Significant Events to Customers and Support Staff with Resolutions and Proactive Procedures to Avoid Future Outages

Noc Definition

Stands for "Network Operations Center." It is the central location where a company's servers and networking equipment are located. The NOC may reside either within a company's campus or at an external location. Smaller businesses and organizations often have an internal NOC, in which local technicians administer and monitor the servers. Larger companies may have a NOC setup at a location developed specifically to house server equipment.

Network operations centers, often called datacenters, are almost always connected to a high-speed Internet connection. Large NOCs, such as those used by Web hosting companies, are often connected directly to the Internet backbone. This gives the servers the most bandwidth possible.

While NOCs are used by all Web hosting companies and ISPs, they are also useful to companies whose services are not related to the Internet. Many companies use a NOC to manage internal communications, administer employee e-mail accounts, and backup data. Because maintaining an Internet connection is vital to most businesses today, most NOCs are monitored 24/7, with automatic alerts that notify technicians when servers or network connections are down.