Courses

Introduces audio signal flow, Digital Audio Workstation (DAW), current computer music software, digital audio practices, Musical Instrument Digital Interface (MIDI) sequencing, and audio for video.

Designed to build on MUS 1061. Course will further explore the Digital Audio Work (DAW) environment. Advanced music notation software techniques, creating unique synthesizer timbres, and audio/video synchronization will be among the topics explored.

Demonstrates problem-solving skills in data communications, telecommunications and networking. Covers workstation operation, wiring and cabling, network construction using a variety of network/internetwork devices, and configuring and managing Novell and Windows 2000 operating systems.

Introduces students to the discipline of computer science and programming. Algorithm development, data representation, logical expressions, sub-programs and input/output operations using a high-level programming language are covered. Intensive lab work outside of class time is required.

Continues algorithm development and problem-solving techniques not covered in Computer Science I use a high-level programming language. Students are able to gain experience in the use of data structures and the design and implementation of larger software projects. Intensive computer laboratory experience is required for this course.

Applies object-oriented methodology through a high-level programming language, expanding upon algorithm development and problem-solving techniques introduced in Computer Science I. The emphasis is on practical experience in data structures and the design and implementation of substantial software projects.

Continues algorithm development and problem-solving techniques not covered in Computer Science I using a high-level programming language. Students are able to gain experience in the use of data structures and the design and implementation of larger software projects. Intensive computer laboratory experience is required for this course.

Continues algorithm development and problem solving techniques not covered in Computer Science I using a high-level programming language. Students are able to gain experience in the use of data structures and the design and implementation of larger software projects. Intensive computer laboratory experience is required for this course.

Introduces computer science and programming, focusing on algorithm development, data representation, logical expressions, sub-programs, and input/output (IO) operations through a high-level programming language. Includes intensive hands-on computer work to reinforce understanding and apply these concepts. Note: CCD does not offer CSC 1020. Please see your advisor for more information.

Introduces students to the discipline of computer science and programming. Algorithm development, data representation, logical expressions, sub-programs and input/output operations using a high-level programming language are covered. Intensive lab work outside of class time is required.