1. Distinctions Between Computing Disciplines
From the ACM, AIS, IEEE-CS Computing Curricula 2005 Overview Report

2. Evolution of Computing Disciplines
EE: Electrical Engineering
CE: Computer Engineering
CS: Computer Science
SE: Software Engineering
IT: Information Technology
IS: Information Systems

3. Comparison Framework: The Problem Space of Computing
Configuration

4. Computer Engineering
Design and construction of computers and computer-based systems
Hardware, software, communications, and interaction among them
Digital hardware
Software for digital devices and interfaces to other systems
Embedded systems

5. Computer Science From theory to programming
Design and implement software
Devise new ways to use computers
Challenging applications: robotics, artificial intelligence, computer vision, bioinformatics, etc.
Develop effective ways to solve computing problems
Better ways to store and access data, process data, send data over a network, display data and images

6. Information Systems
Integrate information technology solutions and business processes
Focus on information aspects more than on technology aspects
(Compare to Information Technology)
Business and enterprise applications to achieve business goals

7. Information Technology
Meet computer technology needs of business, government, healthcare, schools, etc.
Focus on technology aspects more than information aspects
(Compare to Information Systems)

8. Software Engineering Develop and maintain software systems that
Behave reliably and efficiently
Are affordable to develop and maintain
Satisfy all customer requirements
Large, expensive, complex systems
Safety-critical and mission-critical applications