Understand CUNY Major Requirements: Major in Multimedia Computing at Brooklyn College

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Multimedia Computing BS
Brooklyn College

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Understand CUNY Major Requirements

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Major in Multimedia Computing BS at Brooklyn College

Credits required to complete this program: 67
No credits may be taken pass-fail for this Major.

The courses listed within the black boxes are the requirements to complete the program you have selected.

Click the icon in the box below to see requirements underneath the headers.
You can click 'Select Transfer College' to select which college (up to three) you are transferring from, to review any courses that can be taken to satisfy these requirements.

These requirements are based on the Degree Works programming used by Brooklyn College for determining financial aid eligibility and graduation requirements. If there are any differences between what you see here and the college bulletin, please let us know. In all cases, the college bulletin is the definitive source of information about requirements.

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Brooklyn College Courses
Select One of The Following
(1 classes required)
CISC. 1115: Introduction to Programming Using Java NOT OPEN TO STUDENTS WHO HAVE COMPLETED COMPUTER AND NFORMATION SCIENCE 1110 [1.5] OR COMPUTER AND INFORMATION SCIENCE 1170 OR COMPUTER AND INFORMATION SCIENCE 1180 WITH GRADE OF C OR BETTER. Credits: 4 Hours: 5.0 Lecture hours 3 hours lecture, 2 hours lab; 4 creditsAlgorithms, computers and programs. Writing, debugging, and testing programs. Loops andconditional control structures. Method definition and parameter passing. Arrays, ArrayLists, andStrings. Sorting, searching and other basic algorithms. Input and output. Programmingapplications selected from various disciplines. History and basic concepts of computer science.(Not open to students who have completed Computer and Information Science 1110 [1.5] orComputer and Information Science 1170 or Computer and Information Science 1180.Completion of this course prohibits a student from receiving credit for CISC 1110 or CISC1180.) This course is currently being offered (Regular Liberal Arts) (Major Gateway - CIS) (Universal Transfer - Comp Sci)
OR
CISC. 1170: Java for Programmers CISC. 1110 OR 1215 WITH A GRADE OF C OR HIGHER IS REQUIRED TO TAKE THIS COURSE. NOT OPEN TO STUDENTS WHO ARE ENROLLED OR COMPLETED CISC 1115, OR 3115, OR 1114. Credits: 2 Hours: 2.0 Lecture hours 2 hours; 2 credits Intensive introduction to Java for students who have completed a programming course in another language. The facilities of the Java programming language core and the key Java class libraries. Imperative and procedural programming in Java. Elementary object-oriented programming. File processing, exception handling, and an introduction to graphical user interface programming. (Not open to students who are enrolled in or have completed Computer and Information Science 1115, or 3115, or both of 1113 and 1114.)Prerequisite: An introductory programming course in a language other than Java and permission of the chairperson. This course is currently being offered (Regular Liberal Arts)
Intro Multi Computing
(1 classes required)
CISC. 1600: Introduction to Multimedia Computing Requisites: None Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsIntroduction to multimedia topics, including: web design, game design, animation, data visualization, simulation and robotics. Introduction to multimedia hardware and software, including game boxes. Human interface design and input using multimedia devices. Graphical and other forms of output to multimedia devices. Emphasis on design and creation of web pages with HTML and cascading style sheets; interactive, graphical web-based programs; simple computer games, movies and narratives. Computer-based sound editing. Introduction to agent-based programming for simulations and robotics. Uses of multimedia in industry. Hands-on exercises. This course is currently being offered (Regular Liberal Arts)
Introduction to Discrete Structures
(1 classes required)
CISC. 2210: Introduction to Discrete Structures CISC 1.10, OR 1.20, OR 1110 [1.5], OR 1115, OR BOTH 1113 AND 1114, OR 1170, OR 1180, OR 1215 WITH GRADE C OR HIGHER, AND MATH 1011 [2.9] OR 1012 OR 2.92 WITH GRADE C- OR HIGHER OR ASSIGNMENT TO MATH 1201 BY MATH DEPARTMENT, ARE REQUIRED FOR THIS COURSE Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsElementary set theory, functions, relations, and Boolean algebra. Switching circuits, gating networks. Definition and analysis of algorithms. Applications of graph theory to computer science. Related algorithms. Introduction to combinatorial computing and counting arguments. Introduction to error analysis.Prerequisite: Computer and Information Science 1.10, or 1.20, or 1110 [1.5], or 1115, or both of 1113 and 1114, or 1170, or 1180, or 1215; and Mathematics 1011 [2.9], or 1012, or 2.92, or assignment to Mathematics 3.20, 1201 [3.3], or 4.10 by the Department of Mathematics. This course is currently being offered (Regular Liberal Arts) (Universal Transfer - Comp Sci)
Computers and Ethics
(1 classes required)
CISC. 2820W: Computers and Ethics CORE CURRIC 1312 [3.12], OR CORE STUDIES 5.1, OR COMPUTER & INFORMATION SCIENCE 1000 [1.0], OR 1110 [1.5], OR 1115, OR BOTH 1113 AND 1114, OR 1170, OR 1180 WITH GRADE C OR HIGHER; AND ENGLISH 1012 ARE REQUIRED. STUDENTS WHO PASSED COMPUTER AND INFORMATION SCIENCE 2820W WITH GRADE OF C OR HIGHER OR PHILOSOPHY 3318W CANNOT ENROLL. Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsAnalysis of ethical issues pertaining to computers and the workplace, anonymity and privacy, copyright and patent law (as applied to software), computer crime, security, unauthorized use, codes of conduct for computer professionals, access and availability of computing technologies. Application of theoretical frameworks such as virtue ethics, deontological theories andutilitarianism to the ethical problems encountered in computing technologies. Writing intensive course. (This course is the same as Philosophy 3318W [14.4W].)Prerequisite: Core Curriculum 1312 [3.12] or Core Studies 5.1 or Computer and Information Science 1000 [1.0] or Computer and Information Science 1110 [1.5] or 1115; and English 1012 [2]. This course is currently being offered (Regular Liberal Arts)
OR
PHIL. 3318W: Computers and Ethics CORE 5.1 OR CORE CURRICULUM 1312 [3.12] OR COMPUTER AND INFORMATION SCIENCE 1000 [1] OR 1110 [1.5] OR 1115, AND ENGLISH 1012 [2] ARE REQUIRED FOR THIS COURSE. STUDENTS WHO PASSED COMPUTER AND INFORMATION SCIENCE 2820W WITH GRADE OF C OR HIGHER OR PHILOSOPHY 3318W CANNOT ENROLL. Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsAnalysis of ethical issues pertaining to computers and the workplace,anonymity and privacy, copyright and patent law (as applied tosoftware), computer crime, security, unauthorized use, codes ofconduct for computer professionals, access and availability ofcomputing technologies. Application of theoretical frameworks such asvirtue ethics, deontological theories and utilitarianism to the ethicalproblems encountered in computing technologies. Writing intensivecourse. (This course is the same as Computer and Information Science2820W.)Prerequisite: Core 5.1 or Core Curriculum 1312 [3.12] or Computer and Information Science 1000 [1.0] or Computer and Information Science 1110 [1.5] or 1115, and English 1012 [2]. This course is currently being offered (Regular Liberal Arts)
Intro to Modern Programming Techniques
(1 classes required)
CISC. 3115: Introduction to Modern Programming Techniques COMPUTER AND INFORMATION SCIENCE 1115, OR BOTH 1113 AND 1114, OR 1170, WITH A GRADE OF C OR HIGHER, IS REQUIRED TO TAKE THIS COURSE. NOT OPEN TO STUDENTS WITH CREDIT IN COMPUTER AND INFORMATION SCIENCE 3110. Credits: 4 Hours: 4.0 Lecture hours 4 hours; 4 creditsA second course in programming. Programming techniques emphasizing reliability, maintainability, and reusability. Multi-file programs. Abstract data types. Objects, classes, and object-oriented design. Test suites, test drivers, and testing strategies; debugging, assertions, and an introduction to formal techniques. Recursion, event-driven programming and threads, GUI programming, and simple network programming (Not open to students who are enrolled in or have completed Computer and Information Science 3110 [15]. Completion of this course prohibits a student from receiving credit for CISC 3110.)Prerequisite: Computer and Information Science 1115, or both of 1113 and 1114, or 1170. This course is currently being offered (Regular Liberal Arts) (Major Gateway - CIS) (Universal Transfer - Comp Sci)
Data Structures
(1 classes required)
CISC. 3130: Data Structures COMPUTER AND INFORMATION SCIENCE 3115; OR 3110 AND EITHER 1115 OR 1170, WITH A GRADE OF C OR HIGHER, IS REQUIRED TO TAKE THIS COURSE. Credits: 4 Hours: 4.0 Lecture hours 4 hours; 4 creditsContainer classes: their design, implementations, and applications. Sequences: vectors, linked lists, stacks, queues, deques, lists. Associative structures: sets, maps and their hash and tree underlying representations. Sorting and searching techniques. Collection frameworks and hierarchies. Prerequisite: Computer and Information Science 3115; or 3110 and either 1115 or 1170. This course is currently being offered (Regular Liberal Arts)
Analysis of Algorithms
(1 classes required)
CISC. 3220: Analysis of Algorithms COMPUTER AND INFORMATION SCIENCE 2210 AND 3130, BOTH WITH A GRADE OF C OR HIGHER; AND MATHEMATICS 3.20 OR 1201 [3.3] OR 4.10 WITH A GRADE OF C- OR HIGHER, ARE REQUIRED TO TAKE THIS COURSE. Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsAlgorithms, data structures, and their analysis. Applications for and solution to recurrence problems. Upper and lower bounds on complexities of various problems. Classification by design structures. Sorting methods, graph and selection algorithms. Pattern matching. Efficient computation of transitive closure and equivalences. NP-completeness.Prerequisite: Computer and Information Science 2210 [11]; 21 or 3130 [22]; Mathematics 3.20 or 1201 [3.3] or 4.10. This course is currently being offered (Regular Liberal Arts)
Computer Graphics
(1 classes required)
CISC. 3620: Computer Graphics COMPUTER AND INFORMATION SCIENCE 3130 [22] WITH A GRADE OF C OR HIGHER; AND MATHEMATICS 1011 [2.9] OR 1012 OR 1026 [2.92], WITH A GRADE OF C- OR HIGHER; OR ASSIGNMENT TO MATHEMATICS 1201 BY THE DEPARTMENT OF MATHEMATICS ARE REQUIRED TO TAKE THIS COURSE. Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsFundamentals of computer graphics programming. Graphics hardware and software standards. 2D geometric primitives and raster images. 3D object representations. Data structures, algorithms, and the graphics pipeline. Graphical user interfaces. Underlying concepts in computer graphics systems, including games, animation, modeling, rendering, and paint systems.Prerequisite: Computer and Information Science 3130 [22]; and Mathematics 1011 [2.9] or 1012 or 1026 [2.92] or assignment to Mathematics 1201 [3.3] by the Department of Mathematics. This course is currently being offered (Regular Liberal Arts)
Multimedia Computing
(1 classes required)
CISC. 3630: Multimedia Computing COMPUTER AND INFORMATION SCIENCE 3130 [22] WITH A GRADE OF C OR HIGHER IS REQUIRED TO TAKE THIS COURSE. Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsA survey of the interrelationship of state-of-the-art communication and computer technology. Hardware, software, and system design issues in the multimedia presentation of information. Multimedia standards. Audio and video compression techniques. Hypermedia database systems. Programming and the use of multimedia authoring systems. Survey of representative hypermedia applications.Prerequisite: Computer and Information Science 3130 [22]. This course is currently being offered (Regular Liberal Arts)
Independent Study/research I
(1 classes required)
CISC. 4900: Independent and Group Projects I COMPUTER AND INFORMATION SCIENCE 3130 AND A COMPUTER AND INFORMATION SCIENCE COURSE NUMBERED ABOVE 3130, BOTH WITH A GRADE OF C OR HIGHER, ARE REQUIRED TO TAKE THIS COURSE. Credits: 3 Hours: 3.0 Lecture hours 3 hours recitation and at least 6 hours independent work; 3 credits each termPlanning and development of a real computer systems project supervised by a faculty member. Projects may involve group participation. Achievement measured by demonstrable attainment of the project's goals. Written report.Prerequisite: Computer and Information Science 3130 and a Computer and Information Science course numbered above 3130; and permission of the chairperson. This course is currently being offered (Regular Liberal Arts)
OR
CISC. 5001: Independent Study and Research I COMPUTER AND INFORMATION SCIENCE 3130 [22] WITH A GRADE OF C OR HIGHER, A MINIMUM GRADE POINT AVERAGE OF 3.0 OVERALL AND IN COMPUTER AND INFORMATION SCIENCE COURSES, ARE REQUIRED TO TAKE THIS COURSE. Credits: 3 Hours: 3.0 Lecture hours Minimum of 9 hours conference and independent work; 3 creditsIndependent research study or project supervised by a faculty member; approved reading; project report or written examination. Prerequisites: Computer and Information Science 3130 [22], a minimum grade point average of 3.0 overall and in Computer and Information Science courses, and permission of the chairperson. This course is currently being offered (Regular Liberal Arts)
Calculus I
(1 classes required)
MATH. 1201: Calculus I One of the following: a grade of C- or higher in Mathematics 1011, 1012 or 1026; minimum scores on the COMPASS test of s1 = 70, s2 = 70, s3 = 70, and s5 = 70; UMATHPLACE milestone placement level 1201; is required to take this class. Credits: 4 Hours: 4.0 Lecture hours 4 hours; 4 creditsMathematics 1201, 1206 and 2201 constitute a three-term sequence. Mathematics 1201 is an introduction to calculus: limits and continuity; derivatives and integrals of algebraic, exponential, logarithmic, and trigonometric functions of one variable; methods of numerical approximation, and applications of the derivative to mathematics, physics, engineering, biology, chemistry, and other fields. STEM variant course - Satisfies Pathways Required Core Math and Quantitative Reasoning requirement.Prerequisite: All students entering into Mathematics 1201 must have met one of the following conditions: earned a grade of C- or higher in Mathematics 1011, 1012 or 1026; achieved minimum scores on the COMPASS test of s1 = 70, s2 = 70, s3 = 70, and s5 = 70; achieved a minimum score of 105 on the ACCUPLACER College-Level Math test; or obtained departmental permission. This course is currently being offered (Required Core - Mathematical&QuantitativeReasoning) (Major Gateway - Computer Sci) (Universal Transfer - Comp Sci, Math)
Math Fndmtls:computer Graphics I/calculus II
(1 classes required)
MATH. 1206: Calculus II MATH 3.20 OR MATH. 1201 WITH A GRADE OF C- OR HIGHER IS REQUIRED TO TAKE THIS COURSE. Credits: 4 Hours: 4.0 Lecture hours 4 hours; 4 creditsContinuation of Mathematics 1201 [3.3]. Trigonometric and inverse trigonometric functions, techniques (closed form and numerical) and applications of integration for functions of one variable, improper integrals, l'Hopital's rule, sequences, series, and polar coordinates. (Not open to students who have completed Mathematics 4.20 or 5.10.)Prerequisite: a grade of C- or higher in Mathematics 3.20 or 1201 [3.3]. This course is currently being offered (Regular Liberal Arts) (Major Gateway - Computer Sci) (Universal Transfer - Comp Sci, Math)
Math Fndmtls:computer Graphics II/elem Stats/prob
(1 classes required)
MATH. 2501: Elementary Probability and Statistics MATHEMATICS 1206 [4.3] OR 1211 [4.31] OR 5.10 OR 5.20 IS REQUIRED TO TAKE THIS COURSE. NOT OPEN TO STUDENTS WHO ARE ENROLLED IN OR HAVE COMPLETED MATHEMATICS 3501. Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsSample spaces; combinatorial theory; elementary probability; randomvariables; discrete and continuous probability distributions; confidenceintervals; hypothesis testing. (Not open to students who are enrolled inor have completed Mathematics 3501 [51.1].)Prerequisite: Mathematics 1206 [4.3] or 1211 [4.31] or 5.10 or 5.20. This course is currently being offered (Regular Liberal Arts)
Choose On of The Following
(1 classes required)
CISC. 3650: Human-Computer Interaction COMPUTER AND INFORMATION SCIENCE 3115 OR 3120 WITH A GRADE OF C OR HIGHER IS REQUIRED TO TAKE THIS COURSE. Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsOverview of human-computer interfaces with an emphasis on classical and state-of-the-art approaches. Principles of human-computer interaction and human-robot interaction. Ubiquitous computing and interfaces for mobile devices. Interfaces employing speech recognition and computer vision. Sensor and robotic technologies. Computer supported cooperative work. Virtual and augmented realities.Prerequisite: Computer and Information Science 3115 or 3120 This course is currently being offered (Regular Liberal Arts)
OR
CISC. 3667: Game Design and Development COMPUTER AND INFORMATION SCIENCE 3130 WITH A GRADE OF C OR HIGHER IS REQUIRED TO TAKE THIS COURSE. NOT OPEN TO STUDENTS WHO HAVE TAKEN COMPUTER AND INFORMATION SCIENCE 3660 OR COMPUTER AND INFORMATION SCIENCE 3665. Credits: 4 Hours: 4.0 Lecture hours 4 hours; 4 creditsAn introduction to game design and programming. Topics include analysis of existing games, game mechanics, social games. Game development using a game engine, including the use of assets and prefabs, movement, animations, audio and data persistence. Multi-week individual and small group assignments in game design and development. (Not open to students who have taken Computer and Information Science 3660 or Computer and Information Science 3665.) Prerequisite: Computer and Information Science 3130. This course is currently being offered (Regular Liberal Arts)
Three of The Following
(3 classes required)
CISC. 3140: Design and Implementation of Large-Scale Applications COMPUTER AND INFORMATION SCIENCE 3130; AND COMPUTER AND INFORMATION SCIENCE 1115, OR BOTH OF 1113 AND 1114, OR 1170, OR 3115, BOTH WITH A GRADE OF C OR HIGHER, ARE REQUIRED TO TAKE THIS COURSE. Credits: 3 Hours: 3.0 Lecture hours 3 hours recitation and at least 6 hours independent work; 3 credits each term Overview of design and implementation of large-scale application concerns. Team-based software development methodologies, tools, and high-impact practice. Separation of structure, style, and behavior. Interpreted and/or declarative languages, dynamic types, functional programming, prototypal classes, and closures. Networked machine communication. Simple database operations. Prerequisite: Computer and Information Science 3130; 1115, or both of 1113 and 1114, or 1170, or 3115. This course is currently being offered (Regular Liberal Arts)
OR
CISC. 3142: Programming Paradigms in C++ COMPUTER AND INFORMATION SCIENCE 1115, OR BOTH OF 1113 AND 1114, OR 1170; AND 3130; AND 3310, ALL WITH A GRADE OF C OR HIGHER, ARE REQUIRED TO TAKE THIS COURSE. NOT OPEN TO STUDENTS WHO COMPLETED CISC. 3110. Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsAn introduction to C++ and its roles providing support for object-oriented programming, generic programming, procedural programming, and low-level programming. The C++ memorymodel, and topics in explicit memory management. Storage classes, scope, and compilation stages. The Standard Template Library. Comparison with Java. (Not open to students who have completed Computer and Information Science 3110.)Prerequisite: Computer and Information Science 1115, or both of 1113 and 1114, or 1170; 3130; and 3310. This course is currently being offered (Regular Liberal Arts)
OR
CISC. 3410: Artificial Intelligence COMPUTER AND INFORMATION SCIENCE 21 OR 3130 [22] WITH A GRADE OF C OR HIGHER IS REQUIRED TO TAKE THIS COURSE. Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsTechniques for making computers exhibit intelligent behavior. Topicscovered are taken from the areas of problem solving, perception, gameplaying, knowledge representation, natural language understanding,programs that learn (adaptive programs), expert systems, andprogramming languages for work in artificial intelligence.Prerequisite: Computer and Information Science 21 or 3130 [22]. This course is currently being offered (Regular Liberal Arts)
OR
CISC. 3415: Principles of Robotics COMPUTER AND INFORMATION SCIENCE 3130 [22] AND 2210 [11], BOTH WITH A GRADE OF C OR HIGHER, ARE REQUIRED TO TAKE THIS COURSE. Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsBasic principles of mobile robotics: architectures, mathematicalfoundations, control algorithms, human robot interaction, and practicalapplications. Applications include robots in the home, and robots insearch and rescue work. Involves programming different kinds of robots.Prerequisites: CIS 3130 [22] and CIS 2210 [11]. This course is currently being offered (Regular Liberal Arts)
OR
CISC. 3610: Introduction to Multimedia Programming COMPUTER AND INFORMATION SCIENCE 3110 [15] OR 3115, WITH A GRADE OF C OR HIGHER, IS REQUIRED TO TAKE THIS COURSE. Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsIn-depth study of multimedia programming. Multimedia authoring tools.Graphical user interface design. Multimedia project development. Effective use of media elements in a computer application and on theWorld Wide Web.Prerequisite: Computer and Information Science 3110 [15] or 3115. This course is currently being offered (Regular Liberal Arts)
OR
CISC. 3650: Human-Computer Interaction COMPUTER AND INFORMATION SCIENCE 3115 OR 3120 WITH A GRADE OF C OR HIGHER IS REQUIRED TO TAKE THIS COURSE. Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsOverview of human-computer interfaces with an emphasis on classical and state-of-the-art approaches. Principles of human-computer interaction and human-robot interaction. Ubiquitous computing and interfaces for mobile devices. Interfaces employing speech recognition and computer vision. Sensor and robotic technologies. Computer supported cooperative work. Virtual and augmented realities.Prerequisite: Computer and Information Science 3115 or 3120 This course is currently being offered (Regular Liberal Arts)
OR
CISC. 3667: Game Design and Development COMPUTER AND INFORMATION SCIENCE 3130 WITH A GRADE OF C OR HIGHER IS REQUIRED TO TAKE THIS COURSE. NOT OPEN TO STUDENTS WHO HAVE TAKEN COMPUTER AND INFORMATION SCIENCE 3660 OR COMPUTER AND INFORMATION SCIENCE 3665. Credits: 4 Hours: 4.0 Lecture hours 4 hours; 4 creditsAn introduction to game design and programming. Topics include analysis of existing games, game mechanics, social games. Game development using a game engine, including the use of assets and prefabs, movement, animations, audio and data persistence. Multi-week individual and small group assignments in game design and development. (Not open to students who have taken Computer and Information Science 3660 or Computer and Information Science 3665.) Prerequisite: Computer and Information Science 3130. This course is currently being offered (Regular Liberal Arts)
OR
CISC. 3810: Database Systems COMPUTER AND INFORMATION SCIENCE 3130 [22] WITH A GRADE OF C OR HIGHER IS REQUIRED TO TAKE THIS COURSE. Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsIntroduction to database systems. Comparison to file processing systems. Data models. Relational, hierarchical, and network systems. Database design. Normal forms. Study of several real-world database management systems, with an emphasis on microcomputer applications. Database recovery query and transaction processing, concurrency. Distributed and object-oriented databases. Prerequisite: Computer and Information Science 3130 [22]. This course is currently being offered (Regular Liberal Arts)
OR
CISC. 4610: Multimedia Database COMPUTER AND INFORMATION SCIENCE 3810 [45], 3635 [36] OR 3630 [52], WITH A GRADE OF C OR HIGHER, IS REQUIRED TO TAKE THIS COURSE. Credits: 3 Hours: 3.0 Lecture hours 3 hours; 3 creditsMultimedia data types and formats. Multimedia computer databasedesign issues. Indexing and automated retrieval of text documents,audio files, images and video. Techniques and data structures forefficient multimedia similarity search. System support for distributedmultimedia databases. Measurement of multimedia information retrievaleffectiveness. Products, applications, and new developments.Prerequisite: Computer and Information Science 3810 [45], 3635 [36]or 3630 [52] This course is currently being offered (Regular Liberal Arts)
Select Two of The Following
(2 classes required)
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Multimedia Computing BS Brooklyn College

Major in Multimedia Computing BS at Brooklyn College

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Multimedia Computing BS
Brooklyn College