Physical, Environmental, Computer Science
Computer Science
John Gibbs, Chairperson

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Course Descriptions

The A.S. in Computer Science (C.S.) Program 

This associate degree program is designed to encourage AS degree graduates to enter baccalaureate degree programs in Computer Science, Artificial Intelligence, Computer Engineering, Telecommunications or Applied Sciences. The program presents a broad view of computers, their organization, the theory which underlies their existence, and their applications. The program lays a foundation for advanced computing by providing a knowledge base and skills, such as problem-solving and reasoning, a background in both discrete and continuous mathematics, physics, computer hardware design, Unix systems programming, and expert systems. The program follows the guidelines of the Association for Computing Machinery (ACM) and the Computer Society of The Institute of Electrical and Electronics Engineers (IEEE) Joint Curriculum Task Force, and combines rigorous academic study with the opportunity for a "hands-on" experience.

The Computer Science Program

Computer Science is concerned with computers, their organization, the theory which underlies their existence, and their application. This associate degree programs is degree program is designed to encourage A.S. degree graduates to enter baccalaureate degree programs such as Artificial Intelligence, Computer Engineering, Telecommunications, and Applied Sciences. The program presents a broad view of computer skills, such as problem-solving and reasoning, a background in both discrete and continuous mathematics, physics, computer hardware design, Unix systems programming, and intelligent systems. The A.S. degree program also provides students with the necessary knowledge of the computer as an important tool for activity and research in the physical sciences. The program follows the guidelines of the Association for Computer Machinery (ACM) and the Computer Society of the The Institute of Electrical and Electronics Engineers (IEEE) Joint Curriculum Task Force, and combines rigorous academic study with the opportunity for a "hands-on" experience.

Required Courses

The satisfactory completion of 62 credits of prescribed courses is required for the A.S. degree in Computer Science. The work comprises 25 credits of college core requirements, 22 credits of computer sciences, 8 credits of mathematics (calculus), 4 credits of physics, and a physical science elective. (Note: An Additional 4 credit University Physics course [PHY 212 or PHY 213] is needed for articulation to B.S. degree  programs required physics.)

Computing Facilities

The Medgar Evers College Research and Computing Facility, used by students and faculty, consist of several advanced microcomputer labs utilizing PC/DOS, Microsoft Windows, Windows 9, UNIX, and Macintosh based machines, and the campus Local Area Network. The LAN provides campus computers with high speed communications and a gateway to other CUNY computer resources and the internet.

The advanced computing lab, in the department of Physical, Environmental and Computer Sciences, provides a network of Sun Workstations with dial-up and internet connectivity. Additionally, the Medgar Evers College Computing Center, one of the nations most powerful university computer installations.  

After Graduation

This associate degree program is designed to encourage graduates to enter/ baccalaureate degree programs in Computer Science or related programs such as Artificial Intelligence, Computer Engineering, Telecommunications and Applied Sciences. Students may also articulate into the Baccalaureate Degree Program in Environmental Science in the PS&CS Department. Graduates have obtained positions in Unix systems administration, computer programming, and network development.

PROGRAM REQUIREMENTS AND ELECTIVES SUMMARY

*Note: Needed for articulation to B.S. degree programs requiring physics.