Today's businesses run on the rails of converging computer networks. Information is funneled in, out, and around the various terminals of employees and their clients. Specialists are needed to design and build these networks. Professionals are also needed to repair and maintain the networks. Most importantly, someone needs to ensure the networks can't be breached, hacked, or erased of data.
If... you're interested in being the point person for a variety of technical and business-related questions, an online degree or certificate in computer networks may be a good match for you. Aspiring network engineers study development and design concepts for wide area networks (WAN), local area networks (LAN), the Internet, and proprietary intranets.
Network administrators run with those engineering designs, often installing the necessary software and hardware, and working to troubleshoot connectivity issues. Various entry-level positions may be open to qualified graduates of Associate of Arts (AA) or Associate of Applied Science (AAS) in Network Administration degrees. At the associate degree and certificate level, online students may focus on discrete networking competencies, like Cisco Certification. These students may also explore data communication issues and network configurations — including email, voice mail, routing protocols, and area network switches.
If you choose to earn an online Bachelor of Science in Computer Networking, you'll likely complete coursework in network architecture and protection. Course titles may include tiered network infrastructure, data structure, and control structure. To combat viruses and cyber attacks, you may study e-commerce security and other information security topics.
As an online graduate student of computer networks, you may learn to address timely issues like mobile network management, as personal computing devices overtake many workplace environments. Master of Science Network Engineering and Management students also study topics in converged multimedia networks, network protocols, and network security. Besides earning relevant degrees, network students may wish to earn industry recognized certifications in network and security competencies.
According to the U.S. Bureau of Labor Statistics, employment opportunities for network systems analysts, engineers, and architects are expected to grow much faster than average during the coming years. While some other IT roles may be subject to offshore staffing, organizations need onsite network specialists to oversee increasingly complex communication channels and protect growing archives of sensitive data.
To provide the student with detailed knowledge of the operation and implementation of Cisco security solutions.
To provide an overview of the installation and troubleshooting procedures for the Cisco 4000 series.
To provide an overview of the installation and troubleshooting procedures for the Cisco 7000 series.
To provide the student with detailed knowledge of the operation and implementation of Cisco security solutions.
To describe LAN switching and show how it is used to improve network performance.
To show how to configure the network for IP multicast and how to configure and implement multicast services and protocols.
To introduce the concept of multilayer switching and how it is configured for various topologies using internal and external route processors.
To discuss and evaluate media technologies used in access, distribution, and core-layer switching, and to describe their basic installation and appropriate configuration.
To give the student an understanding of the configuration and operation of VLANs and their management using a domain concept.
To describe the use of Spanning-Tree Protocol to produce a stable loop-free environment, and how inter-VLAN routing is enabled and configured.
To show the student how HSRP operates and is implemented in a typical campus network, and impart the skills required to configure HSRP.
To discuss the addressing and protocols used in managing and distributing multicast traffic on campus-sized networks.
To describe the different types of security and network policy that can be used in the campus network, and how they are implemented on hardware and at the different hierarchical layers.
To introduce the campus network and its design, and advantages and hardware considerations associated with the hierarchical model.
To introduce the student to the technologies and Cisco equipment that are used to build remote access networks.