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A Master's Degree Program in Computer Science will be available at Hunter College beginning Spring 2018!

Hunter Engineering® has one (if the not the best) reputation in the alignment Industry. Hunter® makes excellent equipment and has a very large service organization. Other well known alignment machine manufacturers (with a good reputation and a large service organization) are Snap-on® and John Bean® and Hofmann®.
Hunter Engineering and AutoServe1 have partnered to bring you a bumper to bumper digital vehicle inspection system that is integrated with Hunter's Quick Check ®, Quick Tread and Hawkeye Elite systems. These results go directly into AutoServe1's larger digital inspection form for the entire vehicle that your technicians can complete on tablets.
All About Hunter Wheel Alignment Systems Tools. Hunter Engineering has been creating machines for the automotive industry since 1946. The Hunter alignment machines the company produces are designed to align the wheels on cars, trucks, and vans in order to control tire wear and improve the handling of the vehicles when driving.

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Master's-level graduates with both an understanding of the theoretical foundations of computing and expertise in its applications are much in demand in industry as well as doctoral programs in computer science and related disciplines. The MA program in Computer Science at Hunter College bridges the gap between a traditional undergraduate degree and either path for a student's future. With the penetration of computer science into almost every field, students with non-computer science majors but with strong analytical skills and inter-disciplinary interests are also encouraged to apply. Hunter College, recognizing the need for an affordable, conveniently located program in this field, offers a Master of Arts in Computer Science commencing Spring 2018. FAQ for prospective students.

Overview Hunter Engineering Company is a global leader in the development and manufacturing of computer based automotive service equipment. We are in search of an enthusiastic and self-motivated.

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Admission Requirements

A Bachelor of Arts or equivalent, preferably in computer science, with a minimum GPA of 3.0 in the final 2 years of computer science and related course work.
Courses in Calculus I/II, Linear or Matrix Algebra, Statistics, Discrete Structures, Data Structures, and Computer Systems.
Top 50th percentile on the Graduate Record Examination Quantitative Reasoning

Students whose native language is not English are required to take the Test of English as a Foreign Language (TOEFL) and meet the Hunter College requirements

Program Requirements

A total level of 30 graduate level credits are required for the degree. Students may choose between a Research or Applied concentration, which differ primarily on whether students do a thesis or project:

Courses	Research	Applied
Core courses*	12	12
Electives	12	15
Thesis	6	-
Project	-	3

*Core Courses:

CSCI 70500:
Algorithms
CSCI 72400:
Computational Theory
CSCI 73000:
Computer Systems
CSCI 74000:
Computer Modeling and Simulation

Non-core courses should be selected in consultation with an advisory committee that will be established for each student.

For further inquiries please contact the graduate program coordinator at subash.shankar@hunter.cuny.edu

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The Department of Computer Science curriculum engages students in rigorous exploration of ideas and theory that are shaping the future of the information age.

CSCI 12000: Introduction to Computers (3 hours, 3 credits): Prerequisite: English and Math proficiency. Intended for non-CSCI majors. Basic concepts of computer technology. Principles of hardware operation, software and networking. Roles of computers in society, including ethical and legal issues. This course does not count toward the CSCI major or minor.
CSCI 12100: Computers and Money: Quantitative Reasoning in Context (3 hours, 3 credits): Intended for non-CSCI majors. Practical money topics like stocks, credit cards, mortgages, gambling, inflation, retirement and more, cut down to size with a hands-on spreadsheet-based approach. No math is assumed beyond basic arithmetic. This course does not count toward the CSCI major or minor. Fulfills the GER 1/B requirement.
CSCI 12700: Introduction to Computer Science (3 hours, 3 credits): A technical introduction to computer science. Organization of hardware, software, information, and an introduction to programming. For potential Computer Science majors who may not be prepared for CSCI 135, science majors who need some basic computer knowledge, and for non-majors who want a more rigorous introduction to the field than CSCI 120. This course does not count toward the CSCI major or minor. Fulfills GER 2/E requirement. Prerequisite or Co-requisite: Math 121, 125 or 150.
CSCI 13200: Practical Unix Programming, with Lab (3 hours, 3 credits): Prerequisite: none. An introduction to computer programming and the UNIX operating system using Perl. Conceptual overview of the UNIX operating system and programming environment, a practical introduction to shell programming and the use of UNIX filters and utilities. A pragmatic course with an emphasis on skills acquisition. This course does not count toward the CSCI major or minor.
CSCI 13300: Programming for Everyone (3 hours, 3 credits): Prerequisite: none. A comprehensive practical course in programming that concentrates on producing working software for games, simulations, animations, data manipulations, interacting with the Internet, graphical user interfaces and many other application areas. No programming experience is necessary. The course is required for Computer Science minors. It is open to Computer Science majors, but not for major credit. Fulfills GER 2/E Requirement.
CSC1 13500: Software Design and Analysis I (5 hours, 4 credits): Prerequisite: CSCI 127 or equivalent. This first course for prospective computer science majors and minors concentrates on problem-solving techniques using a high level programming languag