|
8 Review the
evolution of PC technology.
8
Define interaction of PC
components.
8
Install, remove, upgrade, maintain, and troubleshoot computer
hardware.
8
Connect a variety of peripherals to a PC and correctly
configure them.
8
Compare and configure operating systems: DOS, Windows, Linux
& MAC.
8
Evaluate and compare purchase cost of PC components
8
Design and configure a small network, both cabled and
wireless.
|
8
Compare the properties of copper,
optical fiber and wireless media used in networks.
8 Demonstrate
the mathematical skills required to work with decimal, binary, and
hexadecimal numbers.
8 Describe
the topologies and physical issues associated with cabling common
LANs and WANs.
8 Apply
concepts of physical and logical addressing IP
addressing and subnetting.
8 List the
major TCP/IP application protocols and how the protocols allow host
communication to occur.
8
Install the hardware and software
required to be able to communicate across a network. |
|
Based on the CompTIA Security+ Certification
guidelines, the coursework covers implementation and monitoring of
security on network and computer systems. Upon conclusion of this
course students will be able to:
8
identify
types of
computer attacks
8
harden internal
systems and services
8
harden internetwork
devices and services
8
secure network
communications
8
manage encryption
protocols, VPNs and PKI
8
manage certificates
8
enforce an
organizational security policy
8
monitor the security
infrastructure
|
How do robots make decisions? How does my calculator
work? Digital electronics is imbedded in your daily life, from
listening to music to withdrawing money from a bank. This course is
designed to teach you about applied logic, which introduces you to
the basics of electronics and digital systems – the building blocks
to many products you use. The course includes topics on:
8
Fundamentals of electron theory & Electron law
8
Procedures for working safely with electricity and
lab equipment
8
Number systems: decimal, binary, hexadecimal and BCD
8
Logic systems and gates
8
Using Boolean algebra to design and optimize circuits
8
Using microprocessors to implement circuits |
