CTP 103H - Theories and Applications of Digital Technology - Honors

3 credit hours - Two hours of lecture and two hours of laboratory weekly; one term.
Formerly CTA 103H - Theories and Applications of Digital Technology - Honors — This is an honors course.

This course meets the Technology Requirement.

Demonstrate knowledge of a wide variety of computer technologies including data communications, computer networks, database systems, computer hardware and software, the Internet and Web technologies, operating systems, software development, and information systems. Discuss security, ethics, environmental, and social issues related to digital and emerging technologies. Use hands-on lab experiences to validate knowledge of hardware and software systems.

Prerequisite(s): Eligibility for Honors Courses and ENG 101 /ENG 101A .

Crosslisted: Also offered as CTP 103 ; credit is not given for both CTP 103H and any of the following courses: CTP 103 , CTA 100 , or CTA 100H .

Note: This is the first course in computing for students planning to major in a technology field and an excellent choice for students interested in science, engineering and mathematics.

Location(s) Typically Offered: Arnold Main Campus (MC), Off Campus (OF), Glen Burnie (GB), and Online (OL)

Term(s) Typically Offered: All terms

Course Outcomes:

Describe the issues related to the ongoing processes of social, political, ethical, and economic change brought about by digital and emerging technologies.
Evaluate the functionality of the hardware and software components of a computer system.
Discuss environmental and security issues related to hardware, software, networks and information.
Explain the purpose and functions of networks.
Describe the history, services, impact, security, and uses of the Internet.
Explain the process and terminology associated with developing a computer program by applying the structure theorem.
Describe the role and characteristics of information systems in organizations.
Use productivity software to collaborate, solve problems and present information.