CISC - Computer Science

Independent problem research under the guidance of a faculty member. Course level ("V") m ay range between 2 and 4, or sophomore through senior level, respectively. One to four hours of credit. Prerequisite: Written consent of the supervising professor, department chairperson, and Dean prior to registration. Lab fee.

Independent problem research under the guidance of a faculty member. Course level ("V") m ay range between 2 and 4, or sophomore through senior level, respectively. One to four hours of credit. Prerequisite: Written consent of the supervising professor, department chairperson, and Dean prior to registration. Lab fee.

The course examines the various aspects of Computer and Engineering Sciences. Topics will include the basic concepts of structured programming, structured systems design and development alternatives, systems environments, hardware organization and architecture, telecommunications, operating systems, computer graphics design, technology training, and multimedia. Lab fee.

A foundational course designed to introduce students to the concepts of discrete structures for Computer Science and to prepare them for courses that will utilize the methods they have mastered. Students will have practical experience using various discrete structure techniques to solve problems in Computer Science. Topics covered will be propositional and predicate logic, inference, functions, Boolean algebra, combinational digital logic, discrete probability, finite state machines and computability. Topics also covered are sets, recursive programs, graphs, trees, and lists. Corequisite: CISC 2305 or ENGR 1320. Lab Fee.

The course covers telecommunications, network terminology, and specific standards employed to create and maintain networks both locally, nationally, and globally. Topics covered include the ISO model, World Wide Web, network topologies, protocols, and security. Prerequisite: CISC 2305. Lab Fee.

A foundational course designed to be a first course in object–oriented programming. The emphasis is on basic structured programming techniques including program design, problem-solving and data manipulation. Students will use the “C++” programming language to facilitate learning. Prerequisite: CISC 2305 or ENGR 1320. Lab fee.

Independent problem research under the guidance of a faculty member. Course level ("V") m ay range between 2 and 4, or sophomore through senior level, respectively. One to four hours of credit. Prerequisite: Written consent of the supervising professor, department chairperson, and Dean prior to registration. Lab fee.

Classes are organized to explore specialized problems in an area of Computer Science. May be repeated for credit when topics vary. Course level may range between sophomore through senior level, respectively. Lab fee.

Independent problem research under the guidance of a faculty member. Course level ("V") m ay range between 2 and 4, or sophomore through senior level, respectively. One to four hours of credit. Prerequisite: Written consent of the supervising professor, department chairperson, and Dean prior to registration. Lab fee.

The course introduces students to intermediate topics involved in developing object-oriented systems. Students are expected to develop working knowledge of classes with Object-Oriented Programming (OOPs) tools. Non-programming techniques to solve problems, i.e., algorithms, will be emphasized in this course. Lab fee. Prerequisite: CISC 2330.

Introduction to theoretical concepts embedded in modern operating systems and utilized historically by the computer industry serve as the foundation of the course. Workstation, and server operating systems, i.e. MS Windows, and Linux, will be discussed. Topics include process and inter-process management, main and virtual memory, algorithms to control critical region and deadlocks. Lab fee. Prerequisite: CISC 2305.

The course will introduce PC microprocessor structures and the instruction set, addressing techniques, relocation, binding, and parameter passing. The course will also cover gates, registers, decoders, encoders, multiplexers, adders, multipliers, busses, memory, I/O devices and interfaces, clocks, cycles, control signals. Lab fee. Prerequisite: CISC 2325, CISC 2330, and CISC 3341.

The course examines various components of supervisory systems: assembler, linker, loader, monitors, interrupts, processors, I/O routines, etc. Particular emphasis will be given to applying the concepts of computer architecture to graphical programming. Prerequisite: CISC 3360. Lab fee.

Independent problem research under the guidance of a faculty member. Course level ("V") may range between 2 and 4, or sophomore through senior level, respectively. One to four hours of credit. Lab fee. Administration fee. Prerequisite: Written consent of the supervising professor, department chairperson, and Dean prior to registration.

This course introduces students to the field of artificial intelligence (AI) through investigation of some of the basic structures in use. As AI is becoming ever more prevalent in a variety of industries, such as the automotive, aerospace, technology, industrial design and gaming industries, a diverse selection of AI strategies will be considered. Topics to be covered include automatons, decision structures, Bayesian networks, machine learning, and neural networks. Students will build AI agents to solve simple problems such as basic games. Prerequisites: CISC 2331.

This course is a systematic study of the techniques used to develop quality-programming designs. Using the C++ programming language, students will learn to 1) develop data structures such as stacks, queues, lists, and trees, and 2) use programming algorithms that involve searching, sorting and recursion. Prerequisite: CISC 3321. Lab Fee.

The course addresses the issues involved in developing advanced object-oriented systems. Students develop an object oriented application system with CASE tools and Object-Oriented Technologies (OOTS). Prerequisite: CISC 2330, CISC 3321, and CISC 4305. Lab fee.

The study of the concepts and techniques used in the development of web applications, with an emphasis on the client-side web technologies. Topics include HTTP, HTML, CSS, JavaScript and PHP. Prerequisites, CISC 3321. Lab fee.

The course introduces the software engineering topic of structured design of software. Prerequisite: CISC 4305. Lab fee.

The course introduces the topic of security in the context of computer networks. The course examines topics such as authentication, intrusion detection, firewalls, risk assessment, and integrity of data transmitted over the internet. Prerequisite: CISC 2325. Lab fee.

The course introduces the topics of cryptography in the context of computer network security. Students examine topics such as basic key encryption, message integrity, hashing functions, public keys, encryption, digital signature, authentication, key and wireless computing. Prerequisite: CISC 2325. Lab fee.

This course serves as the introduction to compiler construction. The main objectives of the course will be to understand the concepts of scanning parsing, name management in nested scopes, and code generation. In addition, the student will learn to transfer the skills also to general software engineering tasks (e.g. parsing of structured data files or argument lists). Prerequisite: CISC 4305. Lab fee.

Introduction to database systems. Relational database topics include data modeling, query languages, database design, and query optimization. Alternative data management approaches will be converted including semi-structured data, XML, and text retrieval. Application topics will include web data management, integration of data sources, security, and data mining. Prerequisites: CISC 3321. Lab fee.   

This course provides a broad introduction to the theory and practice of computer systems security. Topics include operating system security, computer application security (e.g., Web, Email), software security, malicious software, and security issues in mobile computing. Prerequisites: CISC 2325, CISC 2330, CISC 3341.

The course will cover the basic algorithms, techniques, principles for design, use and understanding of graphical display. Students will implement both two-dimensional and three-dimensional renderings of mathematical and scientific data (such as fractals), as well as photo-realistic objects. Prerequisites: CISC 4305. Lab fee.

In this course, students work both independently, and in groups, to develop, either from the scratch or template, meaningful graphical games using the JAVA language. Students study various graphical game engines & techniques, i.e. real-time 2D/3D graphics, lighting, terrain and texture mapping, visibility and occlusion, collision detection and avoidance, character animation, and Artificial Intelligence characters. We will explore two-dimensional and three-dimensional renderings of mathematical and scientific data (such as fractals), as well as photo-realistic objects using C++. Important notice: At least fifteen (15) contact hours, as well as a minimum of thirty (30) hours of student homework is required for each credit hour. Mode of delivery will consist of lectures and lab work. Prerequisite: CISC 3321 or equivalent. Lab fee.

The "cap-stone" course for all CS majors begins with a seminar-style discussion of crucial aspects of computer ethics. In light of these discussions, students will then employ development techniques in the design and implementation of a hardware/software solution for a current topic of Computer Science. Prerequisite: A Junior-standing CSE major and WRIT 3344. Lab fee.

Independent problem research under the guidance of a faculty member. Course level ("V") may range between 2 and 4, or sophomore through senior level, respectively. One to four hours of credit. Lab fee. Administration fee. Prerequisite: Written consent of the supervising professor, department chairperson, and Dean prior to registration.

This course permits students to enhance their knowledge within a field of Computer Science specialization through application of concepts, principles, and techniques learned in the classroom. The course will consist of supervised unpaid or paid work as a professional-level intern for an employer with an approved internship program. Application must be approved prior to registration. Prerequisites: written consent of department chairperson. Administration fee required.