Computer engineering combines electrical engineering and computer science to create hardware and software, while information technology (IT) applies computers in business contexts for data management. Education in computer-related fields prepares students for various roles, including system design, software development, and IT management. The impact of computing and IT is significant across industries, aiding innovations in research, environment sustainability, and creative services.

2.  Computer engineering is a discipline
that integrates several fields of
electrical engineering and computer
science required to develop
computer hardware and software.
 Computer engineers embed
computers in other machines and
systems, build networks to transfer
data, and develop ways to make
computers, faster, smaller, and more
capable.

3.  Information technology (IT) is the application of
computers and telecommunications equipment to
store, retrieve, transmit and manipulate data, often
in the context of a business or other enterprise.

4.  Computing, and its many subfields, is about solving problems using
computers. It is concerned with the study of information and
computation and finding solutions to problems using modern computer
systems.
 Computer science and information technology drives many facets of
modern innovation and assists the solving of problems in areas such as
medical research, climate change, the environment, and business.
 It has a significant impact upon the creative industries and in the
development of new products and services.
 Information technology covers everything from designing critical
software to managing information systems.

5.  Computer engineering technology
programs prepare people to help
engineers design and build
computer systems.
 Students learn to install and
maintain equipment.
 They also learn to write and test
software programs.
 Computer science programs prepare
people to work with computing
problems and solutions.
 Students learn computer systems
design.
 They study software and hardware
design. They also learn to profile the
needs of specific end-user
situations.
 Information science programs teach
people about the collection,
organization, and use of
information.
 Students learn about computer data
storage and processing.
 They learn to create easy-to-use
system designs
 Information technology programs
prepare people to design computer
systems.
 Students learn about computer
hardware, software, and
networking.
 They learn about systems planning,
develop databases that meet user
needs and design.

6.  Computer engineers in federal government.
 Computer and electronic product manufacturing.
 Computer systems design and related services.
 Scientific research and development services.

7.  Information security analysts.
 Network architect.
 Computer support specialists.
 Database administrators.
 Systems administrators