BS Computer Science

CS 201 Fundamentals of Computer Science and Information Sciences
Course topics include computer organization, information processing, algorithms, and programming.
Operating Systems, Databases, and Computer Networks, along with current views on the theory and practice of Software Engineering,
and the basics of Artificial Intelligence are also explored. Three lecture hours, one hour lab.
Credits: 3
Every Fall and Spring

CS 202 Object Oriented Programming I
This course introduces the fundamental concepts of programming from an object-oriented perspective.
Topics are drawn from classes and objects, abstraction, encapsulation, data types, calling methods and passing parameters,
decisions, loops, strings, arrays and collections, documentation, testing and debugging, design issues, and inheritance.
The course emphasizes modern software engineering and design. Three hours lecture, one hour laboratory. (4 Credits)
The pre-requisite of CS 201 is required.
Credits: 4
Every Fall and Spring

CS 217 Object Oriented Programming II
This course covers the most advanced features of the C++ programming language that are essential to the creation of complex structures and their applications
in designing and developing programs using software engineering concepts: structures, objects and classes, function and operator overloading, collections,
strings, recursion, file and string streams, pointers and dynamic data structures, inheritance and dynamic polymorphism, templates, exception handling,
Standard Template Library (STL), and advanced C++ topics. Three hours lecture, one hour laboratory. (4 Credits)
The pre-requisite of CS 202 is required.
Credits: 4
Every Fall and Spring

CS 218 Computer Architecture
The course provides a comprehensive study of computer architecture and organization. Boolean algebra is introduced to teach digital devices.
The operational units and their interconnections that realize the architectural specification of a computer are studied and their overall performance is analyzed.
The design and implementation of a simple processor is an integral part of the course. Programming at different levels is also introduced.
Pre-requisite of CS 202 is required.
Credits: 3
Every Fall

CS 220 Web Development
Web page and Common Gateway interface (CGI) application development. Topics include HTML, Web browser and server communication using HTTP and HTTPS,
browser state tracking, basic web server configuration settings, Client Side Java Scripting, back end database connectivity,
and CGI application development using common tools and languages. Students are required to develop and complete several web based applications
such as a shopping cart style website. Three hours lecture, one hour laboratory.
Pre-requisite of CS 202 is required.
Credits: 3
On Occasion

CS 228 Information Systems Analysis and Design
A comprehensive introduction to the fundamental concepts of systems analysis and design: industrial perspective of information technology;
software process models, human factors, project management; requirements of engineering and analysis; and system modeling techniques,
design methodologies, post-implementation analysis, and CASE tools support. Three hours lecture, one hour laboratory.
The pre-requisite of CS 217 is required.
Credits: 3
Every Fall

CS 230 Algorithms and Data Structures I
A study of the design and representation of information and storage structures and their associated implementation in a block-structured language;
linear lists, strings, stacks, queues, multi-linked structures, representation of trees and graphs, iterative and recursive programming techniques;
storage systems, structures and allocation; file organization and maintenance; and sorting and searching algorithms.
Three hours lecture, one hour laboratory.
Pre-requisite of CS 217 is required.
Credits: 3
Every Fall

CS 232 Discrete Structures in Computer Science
A study of the treatment of discrete mathematical structures and relevant algorithms used in programming and computer science.
Topics include the list, tree, set, relational and graph data models and their representation and use in searching, sorting and traversal algorithms;
also, simulation, recursive algorithms and programming, analysis of running time of algorithms, and an introduction to finite-state machines and automata.
Three hours lecture, one hour laboratory.
Pre-requisite of CS 230 is required.
Credits: 3
Every Spring

CS 248 Database Systems I
The course is designed to impart the concepts and the practical aspects of database management systems and to provide an understanding of how data resources
can be designed and managed to support information systems in organizations. Topics covered include: database system functions,
Entity-relationship (E-R) modeling and relational database model, basic normalization techniques, data integrity, and SQL query language.
Three hours lecture, one hour laboratory.
The pre-requisite of CS 201 is required.
Credits: 4
Cross-Listings: CIS 248, CS 248
Every Spring

CS 250 Operating Systems
An introduction to the fundamental concepts of operating systems: architectural support and operating systems interface; system calls;
and process structure, concepts, management, interprocess communication, threads, memory management and virtual memory,
file system interface and its implementation. Case studies from UNIX and Windows NT are examined.
Three hours lecture, one hour laboratory.
The pre-requisite of CS 217 is required.
Credits: 4
Every Spring

CS 254 Computer Networks
An examination of the process used for data communication, including local area networks, satellite links, error handling,
transmission capacity, circuit, packet and virtual networks, sliding window protocols, encryption, text compression, and distributed systems.
The pre-requisite of CS 202 is required.
Credits: 3
Every Spring

CS 264 Software Engineering
A study of software project management concepts, software cost estimation, quality management, process involvement, overview of analysis and design methods,
user interface evaluation, and design. Also considered are dependable systems—software reliability, programming for reliability, reuse, safety-critical systems,
verification and validation techniques; object-oriented development; using UML; and software maintenance.
Three hours lecture, one hour laboratory.
Prerequisite: CS 230 or Digital Engineering Majors
Credits: 3
Every Spring

CS 368 Special Topics in Computer Science
Discussion of topics of current interest in computer science in the area of the instructor's specialty. Topics include ASP Dot-Net Programming,
E-commerce Developments and Applications, Web Animation, iPhone applications, and other topical developments in the field.
One hour laboratory may be included, depending on the topic.
Credits: 3
On Occasion

CS 369 Special Topics in Computer Science
Discussion of topics of current interest in computer science in the area of the instructor's specialty. Topics include ASP Dot-Net Programming,
E-commerce Developments and Applications, Web Animation, iPhone applications, and other topical developments in the field.
One hour laboratory may be included, depending on the topic.
Credits: 3
On Occasion

CS 370 Computer Science Internship
An opportunity to extend classroom knowledge and gain direct practical experience in the computer field as an intern with a New York City government agency
or with a major corporation in the metropolitan area. Students receive meaningful internship assignments and are directed by professionals
in the normal working environment. Each student is required to schedule meetings with a faculty adviser, who provides academic supervision.
May be taken twice for up to six credits. Completion of sophomore year and recommendation of the Department Chair are required.
Credits: 3
On Demand

CS 403 Programming I for Business
Problem solving, algorithmic design, and implementation using the Python programming language are presented.
Topics include fundamental data types and associated array types, I/O processing, conditional and loop constructs,
use and implementation of functions. Non-primitive data structures are introduced. A brief overview of object-oriented programming (OOP) concepts is given.
Throughout the course, good programming styles and sound program construction are emphasized.
Three lecture hours, one-hour lab. Not open to computer science or technology management majors.
The pre-requisite of CS 201 is required.
Credits: 4
Every Fall

CS 462 Artificial Intelligence I
An introduction to the processes by which machines simulate intelligence. Topics include knowledge-representation techniques,
including predicate logic, state space problem formulation, logical reasoning methods, exhaustive and heuristic search strategies,
rule-based production systems and examples of expert systems. PROLOG programming explained comprehensively.
Each student is required to implement a small rule-based system in PROLOG.
Three hours lecture, one hour laboratory.
The pre-requisite of CS 217 is required.
Credits: 3
Every Spring

CS 463 Data Mining and Business Intelligence
The course provides a comprehensive overview of the concepts behind data mining, text mining, and web mining.
The course surveys various data mining applications, methodologies, techniques, and models.
The course covers data mining case studies using large data sets from various domains.
Three hours lecture, one hour laboratory.
Pre-requisites of CS 230 and CS 462 are required.
Credits: 3
Every Fall

CLA 306 Living in a Digital World
This is a survey course of computer concepts designed for non-majors (satisfies the Computer Competency requirement). Topics include fundamentals of hardware and software, uses and capabilities of personal computers, the Internet, and social, legal and ethical implications of computers. The pre-requisite of non-major status is required.
Credits: 3
Every Fall and Spring

CS 133 Software Systems Methodologies
This course examines software systems analysis and design in relation to various methodologies. Students will learn to express and analyze user requirements and to design components that comply to requirements.
Prerequisites: CS 229, CS 216, & CS 233; Senior Status
Credits: 3
Every Fall

CS 201 Problem Solving
This course is an introduction to problem solving and computer programming with practical exercises.
Credits: 3
Every Fall

CS 206 Foundations of Web Design and Development
This course covers usage of HTML and CSS in the design and construction of web pages and sites. A focus on design with user interaction in mind is central to the course’s theme.
Credits: 3
Every Fall

CS 211 Object Oriented Programming 1
This course discusses the fundamentals of object-oriented programming techniques using a production-level language. Topics include data structures, class-based programming, inheritance, and polymorphism. Students will produce program specifications and testing documentation for each project.
Prerequisites: CS 227; IT 251
Credits: 3
Every Fall

CS 216 Data Structures and Programming 2
This course applies and extends the programming concepts of CS 211. Students will design and build programs of increased complexity and size, including advanced data structures and Big O analysis. Program specification and testing documentation are required.
Prerequisite: CS 211 or permission
Credits: 3
Every Spring

CS 227 Design for Game Programming
This course presents the software development life cycle from the perspective of game design. Topics include rule-based scenarios, storyboarding, virtual environments, interaction design, and prototyping.
Pre or co-requisite: IT 251
Credits: 3
Every Spring

CS 229 Foundations of Information Systems
This course examines information systems organizations and covers RDBMS fundamentals including entity relationship modeling, relational data design, and basic data retrieval using SQL.
Credits: 3
Every Spring

CS 233 Operating Systems with Linux
This course covers operating systems concepts and theory using Linux as a primary example, including processes, scheduling, memory management, file systems, and network operating systems. Other operating systems are examined for comparison.
Prerequisites: CS 211; CS 236
Credits: 3
Every Spring

CS 236 Networks and IT
This course provides a foundation in networking, including LANs, WANs, network media, protocols, routing, switching, and Internet architecture.
Pre or co-requisite: IT 251
Credits: 3
Every Fall

CS 237 HCI and Usability
This course explores human factors in human-computer interface design, interface paradigms, usability testing methodologies, and design theories applied to usability problems.
Prerequisites: CS 206, CS 216, CS 229
Credits: 3
Every Spring

CS 245 Working in a Team Environment
This course examines teamwork, communication techniques, project management tools, benchmarking, and quality standards through experiential team projects.
Prerequisites: CS 255; Senior Status; permission of instructor
Credits: 3
Alternate Spring

CS 251 Programming Languages for Data Science
This comparative study examines high-level programming languages used in data science, including language concepts such as scope, memory allocation, abstraction, and data representation.
Prerequisites: CS 463, CS 233
Credits: 3
Alternate Spring

CS 255 Technical Communication: Systems and Software Documentation
This course focuses on oral and written communication throughout the system development life cycle, including requirements, design documents, code documentation, and user support.
Prerequisites: Senior status or permission; Pre or co-requisite: CS 244
Credits: 3
Alternate Fall

CS 310 Programming with Python
Students learn fundamental programming constructs and problem-solving techniques using Python, with applications in web scraping, data visualization, and machine learning. No prior programming experience required.
Credits: 3
Every Spring

CS 350 Introduction to Robotics
This course integrates basic programming and electronics to build responsive devices, while examining historical, ethical, and societal impacts of robotics.
Credits: 3
On Occasion

CS 382 Computer Project II
Extended project work requiring an additional semester, approved by department faculty.
Credits: 1–3
On Occasion

CS 383 Special Topics in Computer Science and Information Systems
Topics vary by semester and are announced prior to registration. Course may be taken more than once. Laboratory fee required.
Credits: 3
On Occasion

CS 448 Foundations of Web Development
This course covers website architecture, markup and scripting languages, style sheets, forms, and cross-platform development.
Prerequisites: CS 206, CS 211
Credits: 3
Alternate Fall

CS 451 Enterprise Python
This course examines enterprise-level Python applications including data visualization, manipulation, and GUI development.
Prerequisites: CS 216, CS 229
Credits: 3
On Occasion

CS 461 Operating Systems and Computer Architecture
This course integrates operating systems with computer architecture, covering topics such as digital logic, memory, I/O, scheduling, and file management.
Prerequisites: IT 251, CS 211
Credits: 3
On Occasion

CS 481 Computer Project I
Independent faculty-supervised project culminating in an oral and/or written presentation. Proposal required prior to registration.
Credits: 1–3
On Occasion

IT 250 Effective Strategies for Academic Success
This course applies project management techniques to academic planning, monitoring, and risk management. Recommended as First Year Seminar for CS students.
Credits: 3
On Occasion

IT 251 Foundations of Information Technology
Survey of information technology topics including computer systems, operating environments, emerging technologies, and workplace applications.
Credits: 3
Every Fall

IT 266 Legal, Social and Ethical Issues
This course examines policy formulation, privacy, intellectual property, computer crime, security, and professional ethics.
Credits: 3
Alternate Fall

IT 462 Information Visualization
This course explores methods of presenting information through charts, diagrams, animations, video, and web design.
Prerequisite: CS 206
Credits: 3
On Occasion