The Master in Networks can vary in degree titles, but going beyond the labels, one can realize that it is a widely taught program and there is an ever increasing demand for professionals of the craft.
The Internet has undeniably become the backbone of almost all modern technology in the world today and Master in Networks is a highly sought degree. We see it everywhere from telephone to television. The Internet and computer networks, in general, has allowed its users to conveniently communicate and share information regardless of the geographic distance between them. We use it more than just a few hours a day, and truly it is hardly imaginable to think that people, businesses and governments survived without it less than three decades ago. And with this ubiquity of the Internet and computer networks comes the need to maintain them, hence the need for highly trained professionals with a Master in Networks.
Ensuring the optimal operation of computer networks is no easy task, such that many computer professionals are not sufficiently versed in it. Master in Networks is a graduate program meant to supplement the computer engineer's knowledge in implementing and maintaining efficient networks. Programs typically include courses like internet-working, networking security, local area network management, wide area network management, wireless networking and systems analysis. Network professionals are highly in demand in many organizations and command very high salaries.
This program aims at providing a solid background in the design and management of systemic engineering and network architecture of companies. [+]
Master of Information and Communications Technology - Advanced (MICT-Adv) course is for students seeking to progress their knowledge in ICT discipline. This course is designed to provide in-depth knowledge in a range of theories and state-of-the-art developments in ICT. [+]
Rapid changes in computer, internet, multimedia and communication technologies have created many challenges in the field of telecommunications engineering. We will equip you with the necessary skills, knowledge and practical experience you need to excel in this demanding industry. [+]
Do you know your wireless communications, networking, and data analysis? We live in an increasingly on-line world, where not only people but also an increasing number of different machines and sensors are connected. Concepts that are becoming more frequent in both the mass media and specialised media include the internet of things, smart homes, the smart grid, the digitalization of industry and autonomous vehicles. [+]
To maintain and develop the high-tech industry around the world, engineers are needed who can both understand and develop communication solutions as well as having the methods to analyse and process the huge amounts of information that flow in various networks. To an increasing degree, this need will also be felt outside the traditional information and communications technology sector. Examples of such areas are the manufacturing industry, the motor vehicle industry and the new sector of companies based on cloud services.
This programme will prepare you for a future professional role by providing you with a broad basis and the opportunity for in-depth studies in the following areas... [-]
This course is intended for graduates from any field who wish to learn or extend their knowledge of networking and networking technologies. As students come from a variety of backgrounds, there is a degree of subject choice in the program to meet individual needs. [+]
The internetworking program provides students with a practical, hands-on learning experience using resources provided by Cisco Systems for internetworking including routing, switching, security and wireless. Advanced electives in internetworking are available. The program covers all aspects of the organisational use of networks: design, implementation, security, management, end systems and applications. This course prepares students with undergraduate qualifications that are not in the field of ICT, for entry to the workforce as an ICT networking professional. Students who do have ICT qualifications can extend their learning. Students can develop multiple skills across the internetworking field, according to interest and elective choices, for example, switching and routing, systems and network management and analysis, network security, mobility and web development. Students have the option of preparing for Cisco CCNA and CCNP certifications within the program.... [-]
This course is intended for computing science, information technology or engineering graduates, with or without networking experience, who wish to learn or extend their knowledge of networking and networking technologies. As students come from a variety of backgrounds, there is a degree of subject choice in the program to meet individual needs. [+]
The internetworking program provides practical, hands-on learning experience using various resources including the support provided by Cisco Systems for broad computer network and relevant applications including routing, switching, security, wireless, mobile computing, web systems, cloud computing and operating systems. Advanced electives in internetworking are available. The program covers all aspects of the organisational use of networks: design, implementation, security, management, end systems and applications. This course allows students to develop multiple skills across the internetworking field and the relevant application development field, according to interest and elective choices, for example, switching and routing, systems and network management and analysis, network security, mobility, cloud computing, computer network application development and web development.... [-]
This course will introduce students to the basic concepts and principles of construction and the organization of the self-organizing networks, forecasts of development of Worldwide network in the direction of implementation of the concept of the Internet of Things, cluster analysis of network and algorithms in the self-organizing networks, ZigBee protocols, 6LoWPAN, RPL, structures of networks of the motor transport and Intellectual Transport System, system of e-health, the principles of creation of medical networks, nanotouch networks and their classification, molecular nanonetworks. [+]
The objective of this Master is to train IT professionals in the field of communications networks. [+]
The Master program in "Computer Networks" educates the students in solving engineering problems in scientific and research work, adaptation through self-education to the dynamically developing technologies. [+]
The TELECOM sector plays a key role in modern society. Telecommunications has entered a deregulated and fiercely competitive environment with many vendors, carriers, and services. Telecommunication technology is moving [+]
Training in the ESIEE-Amiens is divided into a core curriculum of three years, followed by 'an option of specializing in two years.3 years to discover [+]
Master of Engineering Engineering Computer Networks and Telecommunications
Training in the ESIEE-Amiens is divided into a core curriculum of three years, followed by 'an option of specializing in two years. 3 years to discover two years to access the Job The core curriculum is defined by a broad training, balanced and practical in Science and Science 's Engineer. It is based on an understanding of the multidisciplinary profession of Engineering and provides practical realities 's business through projects and internships. A project-based learning that allows to understand the business issues Following the Common Core, round off the last 2 years 's future employability by engineer ' s assimilation of its professional skills and know-being company. ... [-]
The Computing and Networking major is designed for information technology and computer science graduates and recognised IT professionals who seek to further their knowledge and skills in advanced computing, programming, information systems and networking. [+]