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BS in Networking: Course Curriculum for a BS Degree Program in Networking

Published Aug 12, 2009

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A Bachelor of Science (B.S.) in Networking is often a prerequisite for careers such as network manager, network administrator or security administrator. This degree requires that students take many technical courses in topics such as network security, data networks, Internet network technology and telecommunications networks. Read on for a description of a typical course curriculum for programs leading to a B.S. in Networking.

Course Curriculum for a B.S. in Networking

A B.S. in Networking prepares students for careers such as network administrator, security administrator, network manager, network scanner and network auditor. Undergraduate programs in Networking teach candidates how to design and manage network technology. These programs also cover issues such as data security and the regulation of communications networks. Computer networks, voice communications networks and the Internet are other topics discussed. An undergraduate curriculum in Networking may include the following courses:

  • Data Networking. This course introduces students to network layer addressing, encoding, addressing, routing protocols, TCP/IP, wide area networks (WANs) and the Internet.
  • Internet Technology. Students are introduced to the network technologies of the Internet, including local area networks (LANs), WANs, TCP/IP, layered protocols, routing and packet switching.
  • Telephone Carrier Networks. This class focuses on the technical components of a telecommunications network and the different kinds of phone systems available, including voice-over-IP (VoIP), digital and analog.
  • Analysis and Design of Communication Networks. Students learn how to design communication networks; they also learn about the statistical distribution of data, voice and image traffic.
  • Wireless Telecommunication Networking. Topics include radio communication, satellites and wireless local area networks (WLANs).
  • Networking and Security. Topics covered in this course include disaster recovery, hacking methods, network security, data encryption, and viruses, Trojans and worms.
  • Competition and Markets in Network Industries. This course focuses on issues such as the pricing of data network services, software, hardware and bandwidth.

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