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Administration
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| Interim Chair |
chang |
| Associate Chair (Undergraduate) |
hou |
| Associate Chair (Graduate) |
dmisra |
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Administration |
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Faculty
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| Distinguished Professors |
Barness, Friedlan, Savir |
| Professors |
Akansu, Ansari, Carr,changtn, Cornely, Dhawan, Grebel, Haddad, Haimovic, Klapper,dmisra,Shi, Sohn, Sosnowsk, Whitman, Zhou, Ziavras |
| Associate Professors |
Carpinel, Ge, Hou, Hubbi,Niver,Tsybesko |
| Assistant Professors |
Abdi,jhu, swadesd, RojasCes,yczhang |
| Special Lecturer |
Glaser |
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Faculty |
| Distinguished Professors |
Yeheskel Bar-Ness, Bernard Friedland, Jacob Savir |
| Professors |
Ali N. Akansu, Nirwan Ansari, William N. Carr, changtn, Roy H. Cornely, Atam P. Dhawan, Haim Grebel, Richard A. Haddad, Alexander M. Haimovich, Jacob Klapper, Durgamadhab Misra, Yun-qing Shi, Kenneth S. Sohn, Marek Sosnowski, Gerald Whitman, Mengchu Zhou, Sotirios G. Ziavras |
| Associate Professors |
John D. Carpinelli, Hongya Ge, Sui-hoi E. Hou, Walid Hubbi, Edip Niver, Leonid Tsybeskov |
| Assistant Professors |
Ali Abdi, Jie Hu, Swades K. De, Roberto Rojas-Cessa, Yanchao Zhang |
| Special Lecturer |
Arthur B. Glaser |
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Advisors
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| Undergraduate Advisor |
moreno |
| Undergraduate Advisor |
hou |
| MS Electrical Engineering Advisor |
dmisra |
| PHD Electrical Engineering Advisor |
dmisra |
| MS Computer Engineering Advisor |
zhou |
| PHD Computer Engineering Advisor |
dmisra |
| MS Telecommunications Advisor |
RojasCes |
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Advisors |
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Degrees Offered: Master of Science in Telecommunications Telecommunications is one of the most rapidly growing fields in engineering. Telecommunications specialization also is rapidly becoming necessary in such diverse fields as banking, reservation systems, office information systems, corporate networks, and the Internet. Rapid technological progress in gigabit optical networks, multimedia communications, and wireless network access, make the future of the field very exciting.
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| Master of Science in Telecommunications |
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Master of Science in Telecommunications
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The objective of this program is to educate individuals in one or more telecommunication specializations. Admission Requirements: Applicants are expected to have an undergraduate degree in computer science, computer engineering or electrical engineering from an accredited institution (or its equivalent) with a minimum GPA of 3.0 on a 4.0 scale. These students should have taken CS 333, ECE 321 and ECE 333 (or their equivalents) or ECE 501 . Students without this course work will be required to complete a bridge program. Applicants having degrees in other fields may be considered for admission on an individual basis and required to complete a bridge program. GRE scores must be submitted. International students must also achieve a minimum TOEFL score of 550 (pencil and paper) and 213 (computer-based). Bridge Program: The curriculum requires a basic knowledge of computer and communications fundamentals such as programming, data structures, computer architecture, signals and systems, and basic communication systems. Bridge courses do not count toward the degree. The bridge courses are selected from the following list depending on individual background in consultation with the graduate advisor. See the undergraduate catalog for descriptions of 200- to 400-level courses.
{cs251|ece353|ece252},cs332,cs333,cs505,ece501[p1],ece321,ece333,ece481
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 | | CS 251 | Computer Organization (3-0-3) or | | | ECE 353 | Computer Organization and Architecture (3-0-3) or | | | ECE 252 | Microprocessors (3-0-3) | | | | CS 332 | Principles of Operating Systems (3-0-3) | | | | CS 333 | Introduction to UNIX Operating Systems (3-0-3) | | | | CS 505 | Programming, Data Structures, and Algorithms (3 credits) | | | * | ECE 501 | Linear Systems and Random Signals (3 credits) | | | | ECE 321 | Random Signals and Noise (3-0-3) | | | | ECE 333 | Signals and Systems (3-0-3) | | | | ECE 481 | Communications Systems (3-0-3) |
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Graduate Certificate Program - A 12-credit graduate certificate in Telecommunications Networking is available as a step toward this degree. See "Graduate Certificates" in this catalog. For further information about extension programs and graduate certificates, call the associate vice president of continuing and distance education, Division of Continuing Professional Education, 1 (800) 624-9850 or (973) 596-3060; e-mail cpe@njit.edu
Degree Requirements: Candidates must complete a minimum of 30 credits: 15 in core courses and 15 in elective courses in an area of specialization with a minimum overall GPA of 3.0. In addition, a minimum cumulative 3.0 GPA is required in the five core courses. Students with an exceptionally strong telecommunications background may be allowed to replace required courses with advanced electives. Permission of the graduate advisor is required. Core: 15 credits:
cs630,cs651,{cs652|ece683},ece642,ece644
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| | | CS 630 | Operating System Design (3 credits) | | | | CS 651 | Data Communications (3 credits) |  | | CS 652 | Computer Networks-Architectures, Protocols and Standards (3 Credits) or | | | ECE 683 | Computer Network Design and Analysis (3 credits) | | | | ECE 642 | Communication Systems I (3 credits) | | | | ECE 644 | Introduction to Wireless and Personal Communications Systems (3 credits) |
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Elective: Select 9 credits if completing a master's thesis; 12 credits if completing a master's project; 15 credits if not completing either a master's project or thesis. These courses are to be used in an area of specialization.
cs604,cs631,cs633,cs637,{cs650|ece690},cs654,{cs656|ece637},{is658|ece649},cs665,{cs668|ece785},is679,{cs696|ece638},{cs697|ece639},cs752,ece673,ece685,ece742,ece755,ece757,ece783,mis635,mis636
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| | | CS 604 | Client/Server Computing (3 credits) | | | | CS 631 | Data Management System Design (3 credits) | | | | CS 633 | Distributed Systems (3 credits) | | | | CS 637 | Real-Time Systems (3 credits) |  | | CS 650 | Computer Architecture (3 credits) or | | | ECE 690 | Computer Systems Architecture (3 credits) | | | | CS 654 | Telecommunication Networks Performance Analysis (3 credits) |  | | CS 656 | Internet and Higher-Layer Protocols (3 credits) or | | | ECE 637 | Internet and Higher-Layer Protocols (3 credits) |  | | IS 658 | Multimedia Systems (3 credits) or | | | ECE 649 | Compression in Multimedia Engineering (3 credits) | | | | CS 665 | Algorithmic Graph Theory (3 credits) |  | | CS 668 | Parallel Algorithms (3 credits) or | | | ECE 785 | Parallel Processing Systems (3 credits) | | | | IS 679 | Management of Computer and Information Systems (3 credits) |  | | CS 696 | Network Management and Security (3 credits) or | | | ECE 638 | Network Management and Security (3 credits) |  | | CS 697 | Principles of Broadband ISDN and ATM (3 credits) or | | | ECE 639 | Principles of Broadband Networks (3 credits) | | | | CS 752 | Communication Protocol Synthesis and Analysis (3 credits) | | | | ECE 673 | Random Signal Analysis I (3 credits) | | | | ECE 685 | Network Interface Design (3 credits) | | | | ECE 742 | Communication Systems II (3 credits) | | | | ECE 755 | Advanced Topics in Digital Communications (3 credits) | | | | ECE 757 | Advanced Wireless Communications (3 credits) | | | | ECE 783 | Computer Communication Networks (3 credits) | | | | MIS 635 | Management of Telecommunications (3 credits) | | | | MIS 636 | Telecommunications: Policies and Regulations |
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Project, Thesis (optional): 3 credits:
{cs700|ece700}
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 | | CS700 | or | | | ECE 700 | Master's Project (3 credits) |
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6 credits:
cs701,ece701
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| | | CS701 | | | | | ECE 701 | Master's Thesis (3 credits) |
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Area of Specialization: The following are suggested areas of specialization and sample elective courses for each. Students may develop an individual area of specialization in consultation with a graduate advisor.Management and Administration:
{cs696|ece638},cis679,mis635,mis636
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 | | CS 696 | Network Management and Security (3 credits) or | | | ECE 638 | Network Management and Security (3 credits) | | | | CIS 679 | Management of Computer and Information Systems (3 credits) | | | | MIS 635 | Management of Telecommunications (3 credits) | | | | MIS 636 | Telecommunications: Policies and Regulations |
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and one additional course. Communication Systems:
{cs697|ece639},{is658|ece649},ece673,ece742,ece755,ece757,ece685
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 | | CS 697 | Principles of Broadband ISDN and ATM (3 credits) or | | | ECE 639 | Principles of Broadband Networks (3 credits) |  | | IS 658 | Multimedia Systems (3 credits) or | | | ECE 649 | Compression in Multimedia Engineering (3 credits) | | | | ECE 673 | Random Signal Analysis I (3 credits) | | | | ECE 742 | Communication Systems II (3 credits) | | | | ECE 755 | Advanced Topics in Digital Communications (3 credits) | | | | ECE 757 | Advanced Wireless Communications (3 credits) | | | | ECE 685 | Network Interface Design (3 credits) |
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Networking:
cs604,cs633,cs637,{cs650|ece690},cs654,{cs656|ece637},cs665,{cs668|ece785},{cs696|ece638},{cs697|ece639},ece673,ece783
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| | | CS 604 | Client/Server Computing (3 credits) | | | | CS 633 | Distributed Systems (3 credits) | | | | CS 637 | Real-Time Systems (3 credits) |  | | CS 650 | Computer Architecture (3 credits) or | | | ECE 690 | Computer Systems Architecture (3 credits) | | | | CS 654 | Telecommunication Networks Performance Analysis (3 credits) |  | | CS 656 | Internet and Higher-Layer Protocols (3 credits) or | | | ECE 637 | Internet and Higher-Layer Protocols (3 credits) | | | | CS 665 | Algorithmic Graph Theory (3 credits) |  | | CS 668 | Parallel Algorithms (3 credits) or | | | ECE 785 | Parallel Processing Systems (3 credits) |  | | CS 696 | Network Management and Security (3 credits) or | | | ECE 638 | Network Management and Security (3 credits) |  | | CS 697 | Principles of Broadband ISDN and ATM (3 credits) or | | | ECE 639 | Principles of Broadband Networks (3 credits) | | | | ECE 673 | Random Signal Analysis I (3 credits) | | | | ECE 783 | Computer Communication Networks (3 credits) |
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Information Technologies:
cs604,cs631,{is658|ece649},{cs696|ece638}
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| | | CS 604 | Client/Server Computing (3 credits) | | | | CS 631 | Data Management System Design (3 credits) |  | | IS 658 | Multimedia Systems (3 credits) or | | | ECE 649 | Compression in Multimedia Engineering (3 credits) |  | | CS 696 | Network Management and Security (3 credits) or | | | ECE 638 | Network Management and Security (3 credits) |
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one additional course. Other CS and ECE courses related to telecommunications may be selected as elective courses with the written approval of the corresponding graduate advisor.
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