Computer Science | Graduate Courses

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Graduate Courses

Here you will find information about graduate courses offered by the Department of Computer Science at Stevens Institute of Technology. For each course, you can find out the name of the course coordinator (the individual responsible for monitoring content and delivery of the course), when the course is offered, and the observable outcomes expected of students who take that course.

For Undergraduate Courses, click here

Graduate Courses (500-599)

Undergraduate students may take any 500-level course for which they satisfy the prerequisites. Higher-numbered graduate courses may be taken only by undergraduates who satisfy the prerequisites, have a 3.0 GPA and receive permission of the instructor.

Course Number	Course Name	Prereqs	Coreqs	Course Coordinator	Typically Offered: Classroom	Typically Offered: Webcampus
CS 501	Introduction to Java Programming Outcomes \| Syllabus			Jurkat		Fall, Spring, Summer
CS 503	Discrete Mathematics for Cryptography Outcomes \| Syllabus	MA 502 or CS 135		Suffel	Fall	Spring, Summer
CS 506	Introduction to IT Security Outcomes \| Syllabus	MA 502		Wetzel	unlikely
CS 510	Principles of Programming Languages Outcomes \| Syllabus	MA 502 and CS 590		Naumann	occasionally
CS 511	Concurrent Programming Outcomes \| Syllabus	CS 392 or CS 520		Duchamp	Fall
CS 513	Knowledge Discovery and Data Mining Outcomes \| Syllabus	MA 331 or equivalent		Dehnad	Fall, Spring	Summer
CS 514	Computer Architecture Outcomes \| Syllabus	CS 550 and (CS 590 or CS 570)		Peyrovian	Fall	occasionally
CS 519	Introduction to E-Commerce Outcomes \| Syllabus	none		Super	Fall
CS 520	Introduction to Operating Systems Outcomes \| Syllabus	(CS 590 or CS 570) and CS 550		Faynberg	Fall
CS 521	TCP/IP Networking Outcomes \| Syllabus	CS 520 or CS 492		Rahman	Spring
CS 522	Mobile Systems and Applications Outcomes \| Syllabus	CS 182 or CS 385 or CS 570 or CS 590; programming experience with Java or C#		Duggan	Spring
CS 524	Introduction to Cloud Computing Outcomes \| Syllabus	CS 492 or CS 520		Faynberg	Spring
CS 526	Enterprise and Cloud Computing Outcomes \| Syllabus	CS 182 or CS 385 or CS 570 or CS 590; programming experience with Java or C#		Duggan		Fall
CS 532	3D Computer Vision Outcomes \| Syllabus	none		Mordohai	Fall
CS 537	Interactive Computer Graphics Outcomes \| Syllabus	CS 590 or CS 570 or CS 385 or CS 182		vacant	Fall	Spring
CS 539	Real-Time Rendering, Gaming, and Simulation Programming Outcomes \| Syllabus	CS 537		vacant	Spring
CS 541	Artificial Intelligence Outcomes \| Syllabus	CS 590 or CS 570 or CS 385 or CS 182		Codella	Fall
CS 544	Health Informatics Outcomes \| Syllabus			Kleinberg	Spring
CS 545	Human-Computer Interaction Outcomes \| Syllabus	CS 590 or CS 570 or CS 385 or CS 182		Vesonder	Fall	Spring of even-numbered years
CS 546	Web Programming Outcomes \| Syllabus	(CS 561 or CS 442) and (CS 146 or SOC 611)		Gabarro	Fall, Spring, Summer	Summer
CS 548	Enterprise Software Architecture and Design Outcomes \| Syllabus	CS 182 or CS 385 or CS 570 or CS 590; programming experience with Java or C#; SOC students: SOC 605		Duggan	Fall	Spring
CS 549	Distributed Systems and Cloud Computing Outcomes \| Syllabus	CS 182 or CS 385 or CS 570 or CS 590; programming experience with Java or C#		Duggan	Fall	Summer
CS 550	Computer Organization and Programming Outcomes \| Syllabus	Undergraduates require permission of advisor		Banduk		Fall,Spring
CS 554	Web Programming II Outcomes \| Syllabus	CS 546		Gabarro	Spring
CS 555	Agile Methods for Software Development Outcomes \| Syllabus	O-O programming experience		Ardis (SSE)	Fall, Spring	Fall, Spring
CS 558	Computer Vision Outcomes \| Syllabus	(CS 590 or CS 570 or CS 385 or CS 182) and (MA 232 or equivalent)		vacant	Spring
CS 559	Machine Learning: Fundamentals and Applications Outcomes \| Syllabus	MA 222 or equivalent		Mordohai	Fall
CS 561	Database Management Systems I Outcomes \| Syllabus	CS 590 or CS 570		Kim	Fall, Summer	Fall, Spring, Summer
CS 562	Database Management Systems II Outcomes \| Syllabus	CS 561 or CS 442		Kim	Spring	Summer
CS 570	Introduction to Programming, Data Structures and Algorithms Outcomes \| Syllabus	Closed to undergraduates		Pfeffer	Fall, Spring	Fall, Spring, Summer
CS 573	Fundamentals of Cybersecurity Outcomes \| Syllabus	CS 590 or CS 570 or CS 385 or CS 182		Amoroso	Fall, Spring
CS 574	Object-Oriented Analysis and Design Outcomes \| Syllabus	CS 590 or CS 570 or CS 385 or CS 182		Klappholz	Spring	Fall, Summer
CS 576	Secure Systems Outcomes \| Syllabus	(CS 306 or CS 506) and (CS 590 or CS 570 or CS 385 or CS 182)	CS 577	Portokalidis	Fall
CS 577	Cybersecurity Laboratory Outcomes \| Syllabus	(CS 306 or CS 506) and (CS 590 or CS 570 or CS 385 or CS 182)	CS 576	Portokalidis	Fall
CS 578	Privacy in a Networked World Outcomes \| Syllabus	CS 579 or CS 594 or CS 506 or CS 306		Wetzel	Spring
CS 579	Foundations of Cryptography Outcomes \| Syllabus	CS 503 and (CS 590 or CS 570 or CS 385 or CS 182)		Nicolosi	Spring
CS 582	Causal Inference Outcomes \| Syllabus	none		Kleinberg	Fall
CS 585	Introduction to Game Development Outcomes \| Syllabus	CS 182 or CS 385 or CS 570 or CS 590		Grapsas	Fall
CS 587	Game Engine Design Outcomes \| Syllabus	CS 537 and CS 539 and CS 541		Grapsas	Spring
CS 590	Algorithms Outcomes \| Syllabus	CS 501 or CS 570		Pfeffer		Fall, Spring, Summer
CS 593	Data Mining II: Advanced Algorithms for Big Data Outcomes \| Syllabus	CS 513		Dehnad	Spring
CS 594	Enterprise Security and Information Assurance Outcomes \| Syllabus	CS 548		Duggan		Spring
CS 597	User Experience Design and Programming Outcomes \| Syllabus	CS 545		Vesonder	Spring of odd-numbered years

Graduate Courses (600-899)

Course Number	Course Name	Prereqs	Coreqs	Course Coordinator	Typically Offered: Classroom	Typically Offered: Webcampus
CS 600	Advanced Algorithm Design and Implementation Outcomes \| Syllabus	(CS 135 or MA 502) and (CS 590 or CS 570 or CS 385 or CS 182)		Peyrovian		Fall, Spring
CS 601	Algorithmic Complexity Outcomes \| Syllabus	CS 600		Nicolosi	Spring
CS 609	Data Management and Exploration on the Web Outcomes \| Syllabus	CS 561 or CS 442		Wang	Spring
CS 615	Systems Administration Outcomes \| Syllabus	CS 520 or CS 492		Schaumann	Spring
CS 631	Advanced Programming in the UNIX Environment Outcomes \| Syllabus	CS 520		Schaumann	Fall
CS 643	Formal Verification of Software Outcomes \| Syllabus	CS 600		Naumann	occasionally
CS 665	Network Forensics Outcomes \| Syllabus	CS 521 and CS 579		Portokalidis	occasionally (Spring)
CS 675	Threats, Exploits, and Countermeasures Outcomes \| Syllabus	CS 576 and CS 577 and CS 579		Portokalidis	occasionally (Spring)
CS 677	Parallel Programming for Many-core Processors Outcomes \| Syllabus	CS 537 or CS 511 or CS 631		Mordohai	Spring
CS 693	Cryptographic Protocols Outcomes \| Syllabus	CS 579		Nicolosi	occasionally (Fall)
CS 695	Host Forensics Outcomes \| Syllabus	CS 506 and (CS 392 or CS 631)		Portokalidis	occasionally (Spring)
CS 696	Database Security Outcomes \| Syllabus	(CS 306 or CS 506) and (CS 561 or CS 442)		Wang	occasionally
CS 701	CS Co-Op Education Project Outcomes			Co-op Office
CS 703	Curricular Practical Training Outcomes	Permission of instructor		Gabarro	Fall, Spring, Summer 1, Summer 2
CS 800	Special Problems in Computer Science (M.S.) Outcomes	Permission of instructor		Each full time faculty member has his/her own section	Fall, Spring, Summer
CS 801	Special Problems in Computer Science (Ph.D.) Outcomes	Permission of instructor
CS 803	Special Problems in Computer Science (Engineer degree) Outcomes	Permission of instructor
CS 810	Special Topics in Computer Science Outcomes \| Syllabus	Permission of instructor			occasionally
CS 950	Design Project (Engineer degree) Outcomes	Permission of instructor

SOC Courses (500-899)

Course Number	Course Name	Prereqs	Coreqs	Course Coordinator	Typically Offered: Classroom	Typically Offered: Webcampus
SOC 510/CS 545	Human-Computer Interaction Outcomes \| Syllabus	CS 590 or CS 385 or CS 182		Vesonder	Spring	Fall, Spring
SOC 521/SSW 564	Software Requirements Analysis and Engineering Outcomes \| Syllabus	SOC 606		School of Systems and Enterprises	Fall
SOC 542/CS 548	Enterprise Software Architecture and Design Outcomes \| Syllabus	CS 590 or CS 385 or CS 182		Duggan	Fall	Spring
SOC 550/CS 513	Knowledge Discovery and Data Mining Outcomes \| Syllabus	MA 331 or equivalent		Dehnad	Fall, Spring	Summer
SOC 551/CS 578	Privacy in a Networked World Outcomes \| Syllabus	CS 579 or CS 594 or CS 506		Wetzel	Spring	occasionally
SOC 552/CS 544	Health Informatics Outcomes \| Syllabus	SOC 542		Kleinberg
SOC 553	Introduction to Text Mining and Statistical Natural Language Processing Outcomes \| Syllabus	Programming experience and knowledge of Java or C#		Jurkat		Spring
SOC 594/CS 594	Enterprise Security and Information Assurance Outcomes \| Syllabus	SOC 542		Duggan		Fall
SOC 605	Introduction to Service Oriented Computing Outcomes \| Syllabus	none		Schwartz		Fall
SOC 606	Introduction to Developing Internet Applications Outcomes \| Syllabus	SOC 605	SOC 611	vacant		Spring
SOC 611	Fundamentals of Service Oriented Computing Outcomes \| Syllabus			vacant		Fall
SOC 703	Curricular Practical Training Outcomes	Permission of instructor		Gabarro	Fall, Spring, Summer 1, Summer 2
SOC 810	Special Topics in Service Oriented Computing Outcomes	Permission of instructor

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Contacts

Daniel Duchamp
Research Professor & Department Director
Lieb
Room 313
Phone: 201.216.5390
Fax: 201.216.8249
dduchamp@stevens.edu

Dawn Garcia
Administrative Assistant
Lieb
Room 317
Phone: 201.216.5578
Fax: 201.216.8249
dgarcia@cs.stevens.edu

Sherry Dorso
Assistant to the Director
Lieb 317
Phone: 201.216.5328
Fax: 201.216.8249
sdorso@stevens.edu

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