Online Education (networking And Telecommunications Degree)

The central goal of the A.S. degree in Networking and Telecommunications in the College of Professional Studies is to prepare students either to enter the job market or to move on to a degree program leading to the Bachelor of Science in Networking and Telecommunications with the Business Option, or to another related program at.

The program prepares graduates to:

Demonstrate knowledge of the basic concepts which serve as the foundation for all communications networking systems.

Demonstrate an understanding of the physical and logical principles that determine how data networks, and various telephonic and communications systems work.
Demonstrate an understanding of the history, theory, terminology, and nomenclature of telecommunications systems.
Demonstrate development of a strong foundation in the basic protocols and processes employed in networking.

Demonstrate the analytical skills necessary to apply the basic concepts and principles of networking to the solution of practical problems within a technical environment.

Analyze organizational networking requirements.
Identify and select communications technologies to address organizational requirements.
Demonstrate critical thinking and communication skills required in a technical environment.

The field of telecommunications deals with the process of broadcasting messages over long distances for communication purposes. In olden days, the practice of distributing messages over considerable distances involved the use of various visual signals. In todays modern age, where the use of modern electronics and electricity have become increasingly common among both home and commercial users, telecommunication is widely considered to be one of the basic necessities of life.

Telecommunication in todays world is made possible by the use of cutting-edge electronic equipment such as wired & cordless telephones, fax machines, and through transmission mediums like radio and microwave signals, fiber optics, satellites, and internet.

Technical Community College in Durham, NC

Technical Community College (DTCC) came into being in 1958 with the establishment of Industrial Educational Center to meet the needs educational needs. In 1986, the board of Trustees authorized the name to be changed to Technical Community College. The school has a good track record, and in the 2011 Critical Success Factors Report, it surpassed performance measures in all areas but one.
The Information Systems Technologies Department at offers a wide range of computer-related programs, including networking, office systems technologies and health information technologies. They also offer programs in computer science, operating systems and information security systems. The department has six computer labs that provide students with a hands-on experience. The department offers an Associate of Applied Science (AAS) in Networking Technology degree program for people pursuing a career in computer networking.
Computer Network and Telecommunications Program
Associate of Applied Science in Networking Technology
The AAS in Networking Technology devoted to networking technology and communications. Students are introduced to the basics of networking in the beginning of the program, covering subjects such as wide-area networks (WAN), router programming, Ethernet, Internet protocol (IP) addressing and local-area networks (LAN). The course teaches networking mathematics, subnetting and terminology.
In the routing basics course, students learn about router configuration using routing protocol configuration and router software. The course helps students develop an understanding of routers and the role they play in different network situations, such as WAN, routing protocols and troubleshooting. The course in wireless technology teaches students several different communications protocols, including programming languages, frequency bands and link managers. Students study wireless mark-up language, wireless application protocol and procedures used in wireless applications.
In the routing and switching course, students begin to learn more advanced techniques. They study advanced IP addressing techniques, command-line configuration of switches and Ethernet switching. Students study spanning tree protocol, virtual local-area networks (VLAN) and VLAN trunk protocol and variable-length subnet masks. The program finishes with a networking project that students develop from the planning stage to execution. The project focuses on documentation, installation, configuration and troubleshooting.
Did you know you can earn college degree online? Well, we have gathered all the information you need to know about online colleges and degrees. Online Colleges and schools offer various study courses including education, business, healthcare, criminal justice, engineering, liberal arts, graphic design, human services, paralegal, animal husbandry, nursing, and many others, same as traditional campus degree programs do. Online colleges have improved a lot lately. Many of modern approved online colleges are creating impressive studying systems for different types of learners.

Simultaneously, many traditional colleges and universities are building online expansion programs. Almost every online course can be concluded without entering a classroom; though, contingent to particular study arenas, some of the online courses may need extra on-site laboratory sessions which prepare students with hands-on experience in the specific field. Online colleges and universities develop expertise for earning undergraduate and graduate certificates for specializations in study areas. Some degrees can be earned in as little as ten months, while others will require a greater length of time.
Degrees In Computer Science – Students who are engaged in computer science degree programs may get astonished to find out that the syllabus is hardly about computers.

Computer science degrees strive to prepare students to fully grasp the technology regarding computer systems and to evaluate and fix difficulties and develop new technologies. There is a robust aim on statistical processing and facts research creating computer sciences an incredibly math-oriented system. With graduation degree in computer science, you can assume to invest a huge part of your education and learning in analysis.

Colleges provide a wide array of computer IT degrees from Associate’s to Masters but the lowest requirement for most companies is typically a four-year Bachelor degree. Several colleges also offer you a computer science degree course in combination with another specialty area such as information sciences or engineering for those students who want to broaden up to more particular job fields after get graduation degree. Career opportunities are guaranteed to computer science students as companies are always in need of experts to create and sustain their software program and hardware. If you want the superior hand in very competitive IT market, a computer science degree would be very beneficial to you.

Degrees in Computer Programming – As a career computer programming seem to be constant in the following couple of years. Given that college students are equipped to be in-touch with the latest enhancements and technological qualifications, there should be no scarcity of job prospects for graduate students with a computer programming degree. Computer coders are those professionals who develop, test and preserve the programs that determine a computer’s utilities.

Programmers develop new computer languages and tools to make computers do certain jobs. Leading companies of computer programmers consist of software development corporations who develop packed and specialized software. These could vary from standard use software, games, educational packages and the like. Computer programmers with a solid technological foundation and knowledge to realize a client’s specifications are often in need. Web-based agencies, multi-media companies, mobile applications, online security are all upcoming new domains that programming students can look forward to as inspiring career prospects.

You May Qualify For Financial Aid.

Impacts Of Telecommunications

Telecommunications is defined as any transmission, radio, sound or intelligence of any nature by wire, videos images, text, signals, emission or reception of signs, optical or other electromagnetic systems. In other words, it encompasses any communication over distance through telephone, television, radio, network, or other means. The industry encompasses voice, video (TV), and data services provided over wires, over the air (wireless), and via cable and satellite.

Telecommunications is an extremely fascinating and fast-paced industry that affects every aspect of human life. The importance of telecommunication services is undeniable. It has created unprecedented opportunities for all the people of the world to be informed, entertained, and be connected with each other. It enables the coordination of activities between spatially separated people, bridges cultural gaps, enables resources to be available when and where they are needed, and contributes significantly to improved efficiency in virtually every industry.

The telecommunications industry has experienced enormous growth around the world during the last decade because of technological developments and deregulation policies. It now touches more lives around the world than any other services industry. Today, the world has over 2.9 billion mobile connections, 1.85 billion fixed lines, and more than 1 billion Internet and Cable/Satellite TV users.

On the other hand, the telecommunications industry has also seen radical shifts and upheavals. The shift from wireline to wireless, circuit-switched to packet-switched networks, narrow band to broadband, and the impending dominance of IP technology are all having a profound impact upon the structure and contours of this industry. In addition, the boundaries between telecommunications, media and entertainment services are blurring, thereby forcing telecommunication companies to rethink their strategies. The entire telecommunications business model is changing from providers offering a single service, such as a wireline phone company providing just a basic voice service, to one of collaboration between different players in order to provide a comprehensive range of services.

During the last decade, the telecommunications industry has grown faster than the overall economy in almost all countries around the world, and represents a significant share of GDP. The annual worldwide turnover from the telecommunications business was US$3.2 trillion in 2007, and is estimated to be worth over US$4 trillion by 2010. However, the real impact of telecommunications is that it has transformed the way individuals, businesses and other parts of society work, communicate and interact. Different macro-economic and firm-level studies confirm higher productivity gains where good telecommunications infrastructure exists.

The economic impacts of telecommunications are enormous. Studies conducted by the UN’s International Telecommunication Union (ITU) have demonstrated that there is a close relationship between telecommunications and economic development in every country. Another report by ITU/OECD (Organization for Economic Cooperation and Development) stated that investments in telecommunication facilities generate reciprocal investment in trade, industry and agriculture at a rate that averages four times the level of investment in telecommunications itself. This factor is even more significant in developing countries, especially in Asia, Latin America and Africa, where telecommunication facilities are rapidly growing.

The social impact of telecommunications on the developing world is perhaps even more dramatic than in advanced nations. The provision of the first telephone in a village or a community has a much greater multiplier effect on economic development than the investment cost of providing that line. Globalization and outsourcing enabled through telecommunications has helped spread economic benefits to different parts of the world. This has tremendously benefited billions of people in their struggle to earn livelihood. Internet and other means of communication are not only the main source of information during catastrophic natural disasters like tsunamis and earth quakes, but also have successfully channeled much needed help to the needy.