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Associate of Applied Science in Microcomputer Systems Network Engineering: Degree Details

Published Nov 04, 2009

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Students interested in pursuing careers in microcomputer systems network engineering might want to consider earning an Associate of Applied Science (AAS) degree in the subject. These degree programs teach students about concepts like personal computer network installation, maintenance, configuration and repair. This article describes some courses common to AAS programs in microcomputer systems network engineering.

Microcomputer Systems Network Engineering Associate of Applied Science Degree Details

Microcomputers, which are commonly known as personal computers, are devices that are intended for one user at a time that feature the central processing unit, monitor and memory in one system. Associate of Applied Science degree programs in microcomputer systems networking teach students how to create links between personal computers, allowing the computers to share information with each other. Students also learn to troubleshoot computer network problems and to configure networks to unique specializations.

  • Computer science and information systems: Classes on computer science and information systems teach students about the technology and applications of computational technology and electronic data storage, organization and retrieval.
  • Computer networking fundamentals: Courses on computer networking cover topics related to creating links between computers which allow them to share information and often access the same intranet.
  • Computer configuration and installation: Students who take classes on computer configuration and installation learn how to add particular software applications and hardware devices to computers and insure that the additions work properly.
  • Wireless networking technology: Classes on wireless networking technology teach students to create virtual links between computers so they can share information without being physically connected by cables, allowing for remote access to data.
  • Computer operating systems: Computer operating systems courses explain how to use various interface systems that allow users to access information on computers.
  • Computer programming: Students who take courses in computer programming learn to instruct computers to carry out different functions by inputting codes in various programming languages.

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