Study Plan (pdf)     |     Graduate Application Form (pdf)

Description

The Internet has already become an economic reality, which spans almost all sectors of the society. Its next generation is expected to impact the lives of even more people than it does today. The vision, design, implementation and development of this evolving communications infrastructure require a new type of technical workforce with a solid background in engineering, computing, management and entrepreneurship. The proposed MS program is complementary to the existing MS programs in Electrical Engineering, Computer Engineering, Computer Science, Information Systems and Telecommunications. The explosive growth in Internet and multimedia technologies demands engineering skills that entail internet working analysis, design and applications. These competencies cannot be learned through graduate degree programs available today. The proposed program aims to produce engineers who understand the fundamentals of computer internet working and relevant emerging applications. The required courses provide the basics of Internet Engineering to students, who can, in turn, choose electives from the available course pool to tailor the program to their professional needs and interests. This program utilizes graduate courses in Electrical and Computer Engineering, Computer and Information Science, Management Information Systems, and Management Programs at NJIT to provide the necessary blend of education required for strength in Internet Engineering. Five new graduate-level courses are being developed for this program.

Although the professional position title "Internet Engineering" is already being widely used for people with these skills in the job market, there are not any established MS programs available in universities at this point. There are a few emerging degree programs around information technologies which are currently available. It is expected that there will be many undergraduate and graduate degree programs offered by many universities in the coming few years since the demand for people with this expertise is tremendous. This trend is expected to continue for many more years.

MASTER OF SCIENCE IN INTERNET ENGINEERING

The objective of this program is to educate students in the field of internet engineering, with emphasis on computer internetworking and relevant applications.

Admission Requirements

Applicants should have an undergraduate degree in Computer Engineering, Electrical Engineering or other relevant discipline from an accredited institution (or its equivalent). All applicants must submit scores on the Graduate Record Examinations (GRE) verbal, quantitative, and analytical aptitude tests. Applicants with undergraduate degrees in computer science, computer engineering or electrical engineering from an accredited institution are expected to have a GPA of at least 3.0 on a 4.0 scale. These students should have taken Math 333 (Probability and Statistics), or EE321 (Random Signal and Noise), or another equivalent course; EE333 (Signals and Systems); and CIS 112 (Introduction to Computing or equivalent proficiency in C++ programming).

Bridge Program – The curriculum requires a basic knowledge of computer and communications fundamentals, such as signals and systems (EE 333), basic communication systems (EE 481), programming (CIS  112 or C++ programming), data structures and algorithms (CIS 505), and computer organization (CoE 251). The bridge courses are usually selected from this list, but some additional bridge courses, appropriate to each student's background, may be required.

Degree Requirements

Candidates must complete a minimum of 30 credits, 9 in core courses and 21 in elective courses.

The required courses provide the basics of Internet Engineering. Electives are to be chosen from the available course pool to tailor the program to the student’s professional needs and interests. This program utilizes graduate courses in Electrical and Computer Engineering, Computer and Information Science, Management Information Systems, and Management Programs at NJIT. They provide the necessary blend of education required for appropriate strength in Internet Engineering.

Core Courses (9 Credits):

ECE 637           Introduction to Internet Engineering
ECE 683           Computer Network Design and Analysis
CIS 602            Java Programming

Electives (21 Credits)†:
Select 15 credits if completing a master’s thesis; 18 credits if completing a master’s project; 21 credits if not completing either a master’s project or a thesis.

ECE 673           Random Signal Analysis
ECE 685           Computer Network Interface Design
ECE 638           Security & Network Management
ECE 639           Principles of Broadband ISDN and ATM
ECE 649           Compression in Multimedia Engineering
ECE 645           Wireless Networks
ECE 636           Computer Networking Laboratory
CIS 604            Client/Server Computing
Mgmt 620         Management of Technology
MIS 625           Management Strategies for E-Commerce
MIS 636           Telecommunications: Policies & Regulations
ECE 783           Computer Communication Networks
ECE 745           Advanced Wireless Networks
ECE 738           Communications Network Routing
ECE 788           Selected Topics in Internet Engineering

Project, Thesis (optional)

ECE 700           Master's Project in Internet Engineering (3 Credits)
ECE 701           Master's Thesis in Internet Engineering (6 Credits)