CCNA Jumpstart Networking and Internetworking Basics, Patrick Ciccarelli, 2002 Sybex Inc, ISBN: 0782141749

Understanding Computer Science, Ray Bradley, 2001, Nelson Thornes Ltd, ISBN: 0748761470

None

Introduction to computer hardware
Number systems: binary, denary, hexadecimal
Representation of data within the computer: bits, bytes, ASCII
The operation of the CPU and memory (fetch/execute cycle, registers, ALU etc and RAM, ROM, cache, virtual memory)
System Buses: data, address, control, PCI, ISA
Ports: AGP, serial, parallel, firewire, USB 1+2
Storage technologies: floppy, hard disk, tape, CD-ROM, DVD

Operating Systems
Develop an adequate knowledge of an operating system in particular
Windows environment
Disk housekeeping procedures

Introduction to networking
Network topologies: physical bus, ring, star, mesh etc and logical bus, ring
Network devices: repeater, NIC, hub, switch, router, servers, cables
Network protocols: TCP/IP, FTP, OSI model
Network subnetting (Class C addresses only)
Network operating systems

Practical aspects covering
Making straight through/crossover cables and testing
Configuration of operating systems for file sharing through a peer to peer network
Building small peer to peer networks with computer systems, cables, hub/switch
Performing subnet calculations and configuring a PC with appropriate IP and Subnet Mask addresses

PC's that can be configured for use on small networks/configurable operating systems
Hubs/switches
CAT5 cable
Cable making equipment and testers

A variety of learning strategies will be employed, including lectures (1-n) 1.5, practical and tutorial sessions (1-20) 1.5.

Independent learning time will be based around reading, typically course text books, magazines, web sites etc, assignment work in the labs and revision for examination.

Two assessments, an examination (50%) and an assignment (50%)

The examination (1.5 hours) will cover learning outcomes 1,2,3.

The assignment (a 3000 word essay) will cover learning outcomes 3,4.