Jordan University of Science and Technology Faculty of Computer and Information Technology Department of Network Engineering and Security

Transcription

1 Jordan University of Science and Technology Faculty of Computer and Information Technology Department of Network Engineering and Security Study Plan of Bachelor Degree in Network Engineering and Security ( )

2 Important Contacts Jordan University of Science and Technology P.O. Box: 00 Irbid 220 Jordan Tel: (962) Fax: (962) Deanship of Students affairs Tel: (962) Ext: 2254 Fax: (962) Faculty of Computer and Information Technology Tel: (962) Ext Fax: (962) Admission and registration unit Tel: (962) Ext: 276 Fax: (962) Department of Network Engineering and Security Tel: (962) Ext: 2255 Fax: (962) International Students Office Tel: (962) Ext: 2040 Fax: (962)

3 Vision: Mission: To be a distinguished program in network engineering and security in Jordan and the region that is recognized for highquality education and research.. Prepare practitioneroriented network engineering and security professionals and future leaders. 2. Provide flexible and dynamic curriculum that is responsive to the needs of the dominant and growing computer networking industries in the region.. Deliver highquality stateoftheart research both theoretical and applied. 4. Strengthen partnerships that facilitates the collaboration of computer networking industry, government, and education. 5. Support technological development and innovation that meet the needs of the local community. Objectives: The graduates of the Department of Network Engineering and Security will be:. Productive and practitioneroriented professionals and future leaders. 2. Problem solvers who apply technological solutions to business needs.. Researchers that contribute to the development and innovation of the computer networking fields. 4. Citizens that support economic and social development of the local community. 5. Lifelong learners who can always improve the professional knowledge.

4 Study Plan of Bachelor degree in Network Engineering and Security ( ) Network Engineering and Security Numbering and coding system of courses of the study plan. Course Coding The following codes are used to designate courses: The Department codes (A, B, C) are as follows: Department Level/year Field Sequence A B C x y z Code NES CPE CS CIS SE Department Network Engineering and Security Computer Engineering Computer Science Computer Information Systems Software Engineering Course Numbering The Network Engineering and Security courses are tabled and numbered in such a manner to recognize each course regarding its subject area, year or level, and semester offered. Ex. NES xyz: The NES symbol in the course number denotes Network Engineering and Security and (xyz) is a digits number: 4

5 A. The first digit denotes the year level of the course according to student s study plan as follows: Code Level/year First 2 Second Third 4 Fourth 5 Fifth B. The second digit denotes the course field subject as follows: Number 0 Supporting General 2 Specialization 4 Wireless 5 Security 6 Multimedia 7 Network management 8 Others 9 Graduation projects, training, and special topics C. The third digit denotes sequence of semester during which the course is offered according to the study plan. In way that odd numbers are given to the first and summer semesters while even numbers are given to second semesters. Example: NES 452 Cryptography and Network Security means: NES Network Engineering and Security Level (Fourth year) Field (Security) Sequence (Second semester) 5

6 A Bachelor of Science (B.Sc.) degree in Network Engineering and Security at JUST is awarded in accordance with the statute stated by JUST regulations for B.Sc. awarding issued by the Dean s Council based on the adjusted 987 law for awarding scientific degrees and certifications at JUST after completing (60) credit hours successfully. The study plan composed of the following: Table : Distribution for Network Engineering and Security Major Classification hours Compulsory Elective Total University requirement Faculty requirement Department requirement Total University Requirements (25 CHs): a) University Mandatory Courses (6 CHs) as shown in Table 2: Table 2: University Mandatory Courses Course Number Course Title Lecture Practical Prerequisite MS 00 () Military Science 0 ARB 0 Arabic Language 0 HSS 0 Social Responsibility 2 ENG 2 English Language II 0 Eng 99 or Passing the English Skills Exam with a grade of 50% or more HSS 9 Entrepreneurship and innovation HSS 29 General Skills ENG 2 The grade for this course is a Pass/Fail grade. NonJordanian students can take a substitute course from the elective courses, and the grade for the elective course goes into the calculation of the grade point average. 6

7 NOTE: NonArabic speaking students register for the following course instead of (ARB 0): Course Number Course Title Lecture Lab ARB 0A Fundamentals of Arabic language for NonArabs 0 HSS 0 A Social Responsibility (in English) 0 b) University Elective Courses (9 CHs): The student selects one course from each of the three groups in Table () Table : University Elective Courses Course No. Course title hours Theoretical Lab Group : Humanities Field ARB 200 Appreciation of literary texts 0 HSS 5 Islam and recent problems 0 HSS 6 Economic system in Islam 0 HSS 2 Principles of sociology 0 HSS 26 Principles of psychology 0 HSS 27 Educational technology 0 HSS Islamic civilization 0 HSS 2 The history of the city of Jerusalem 0 HSS Civilization and recent cultures 0 7

8 HSS 5 Islamic culture 0 HSS 7 Human rights 0 HSS 4 Introduction to economics (for non CIS students) 0 HSS 42 Library and information research 0 HSS 6 Contemporary problems 0 HSS 2 Sociology (in English) 0 HSS 2 Individual and society 0 HSS 22 Introduction to psychology (in English) 0 HSS 2 History of science in Islam 0 ES 0 Group 2: Science and Agriculture Field Environnent protection (for non environnement sciences students) 0 ME 02 Introduction to renewable energy 0 ME 2 Fundamentals of automobile engineering (for nonme students) 0 CHE 9 Introduction to the nanotechnology 0 NF 77 Food preservation (in English) 0 AP 200 Farm animal products and production (for non agriculture and veterinary students) 0 PP 200 Home gardens (for nonagriculture students) 0 PP 20 Bee keeping (for nonagriculture students) 0 PP 202 Natural plants of Jordan (for non agriculture students) 0 Group : Medical Field 8

9 NUR00 Health promotion 0 ADS 00 Oral and dental health (for nondentistry and non dentistry sciences students) 0 PH 04 Community health and nutrition (for nonmedicine, nonnursing, and nonmidwifery students) 0 VM 2 Animal health (not for veterinary medical and agriculture students) 0 VM 22 Pet animal care 0 PT 00 Wellness and life styles (for nonphysical therapy students) 0 2. Faculty Requirements (27 CHs): Table 4: Mandatory Faculty Requirements Course Number Course Title Lecture Lab Prerequisite MATH 0 Calculus I 0 MATH 02 Calculus II 0 MATH 0 MATH 24 Discrete Mathematics 0 CS 0 Introduction to ming 0 CIS 99 or Passing the Computer Skills Exam with a grade of 50% or more CS 02 ming Lab 0 CS 0 or Concurrent CS 2 Introduction to ObjectOriented ming 0 Passing CS 02 CS ObjectOriented ming Lab 0 CS2 or Concurrent CS 2 Data Structures 0 MATH 24+ passing CS 2 CIS 200 Professional & Ethical Issues in Computing 0 CIS 20 Introduction to Web Design 0 CS CIS 202 Communication Skills CIS 200 or Concurrent CIS 22 Fundamentals of Database Systems 0 CS 2 9

10 . Department Requirements (08 CHs): a) Department Mandatory Courses from other Departments (5 CHs): a) Mandatory Courses from the Department of Computer Engineering (7 CHs): Table 5: Mandatory Courses from the Department of Computer Engineering Course Number Course Title Lecture Lab Prerequisite CPE 2 Digital Logic Design 0 CS CPE 22 Digital Logic Design Lab 0 CPE 2 CPE 252 Computer Organization and Design 0 CPE 2 CPE 5 Microprocessor Systems 0 CPE 252 CPE 52 Computer Architecture 0 CPE 252 CPE 54 Microprocessor Systems Lab 0 CPE 22 + CPE 5 CPE 47 Operating Systems 0 CPE 52 a2) Mandatory Courses from the Department of Electrical Engineering (4 CHs): Course Number EE 22 Table 6: Mandatory Courses from the Department of Electrical Engineering Course Title Lecture Lab Prerequisite Electrical Circuits Analysis 0 PHY 02 + MATH 20 or Concurrent EE 2 Electrical Circuits Lab 0 EE 22 EE 204 Introduction to Linear Systems 0 MATH 20 EE 260 Signals and Systems Analysis EE 22 + EE 204 or 0 Concurrent EE 2 Fundamentals of Electronics (for EE 22 0 NonEE Students) EE 22 Electronic Circuits Lab 0 EE 2 + EE 2 0

11 a) Mandatory Courses from the Department of Mechanical Engineering (4 CHs): Table 7: Mandatory Courses from the Department of Mechanical Engineering Course Number Course Title Lecture Lab Prerequisite ME 200 Engineering Drawings "A" 0 CIS 99 or Passing the Computer Skills Exam with a grade of 50% or more ME 25 Engineering Mechanics 0 PHY 0 a4) Mandatory Courses from the Department of Mathematics (6 CHs): Table 8: Mandatory Courses from the Department of Mathematics Course Number Course Title Lecture Lab Prerequisite MATH 20 Intermediate Analysis 0 MATH 02 MATH 20 Ordinary Differential Equations 0 MATH 02 a5) Mandatory Courses from the Department of Applied Physics (7 CHs): Table 9: Mandatory Courses from the Department of Applied Physics Course Number Course Title Lecture Lab Prerequisite PHY 0 General Physics I 0 PHY 02 General Physics II 0 PHY 0 PHY 07 General Physics (LAB) 0 PHY 02 Network Engineering and Security a6) Mandatory Courses from the Department of Chemistry ( CHs): Table 0: Mandatory Courses from the Department of Chemistry Course Number Course Title Lecture Lab Prerequisite CHEM 0 General Chemistry 0

12 b) Department Mandatory Courses from the Department of Network Engineering and Security (45 CHs): Table 6: Department Mandatory Courses from the Department of Network Engineering and Security Course Number Course Title Lecture Lab Prerequisite Network Engineering and Security NES 202 Introduction to UNIX 0 CS 2 NES 0 Probability and Queuing Theory 0 MATH 24 NES Data Communication 0 CPE 2 + EE 260 or Concurrent NES 2 Fundamentals of Computer Networks 0 NES + NES 0 NES 4 Computer Networks Laboratory 0 NES 2 NES 45 Networking Protocols 0 NES 2 NES 46 Network ming 0 NES NES 2 + CPE 47 NES 44 Wireless Networks 0 NES 2 NES 442 Wireless Networks Laboratory 0 NES 44 + NES 4 NES 45 Basics of Information System Security 0 NES 0 + NES NES 452 Cryptography and Network Security 0 NES 2 + NES 45 NES 460 Multimedia Networking 0 NES 45 NES 470 Network Management 0 NES 45 NES 490 Practical Training 0 0 Completion of 20 CHs NES 55 Network Security Laboratory 0 NES 452 NES 554 Computer Network Defense 0 NES 452 NES 59 Graduation Project "" 0 0 Completion of 20 CHs NES 592 Graduation Project "2" NES 59 c) Department Elective Courses (2 CHs): ( ) Student must select at least (6 CHs) from the Department of Network Engineering and Security. Student may select at most (6 CHs) from other CIT departments. ( ) Students who are trained in academy or professional training programs in the Faculty of Computer and Information Technology with at least 50 training hours and pass the corresponding international certification exam are exempted from ( CHs) from other CIT departments. 2

13 Table 7: Department Elective Courses Course Number Course Title Lecture Lab Prerequisite NES 50 Network Simulation and Modeling 2 NES 46 NES 540 Wireless Networking Protocols 0 NES 44 NES 54 Wireless Networks Security 0 NES 44 + NES 452 NES 580 HighSpeed Networks 0 NES 45 CPE 55 Advanced Computer Architecture 0 CPE 52 CPE 560 Distributed Systems and Middleware 0 CPE 47 CS 4 Mobile Applications Design and Development 0 CS 2 CS 476 High Performance Computing 0 CPE 52 CIS 42 Database applications 0 CIS 22 CIS 45 Ebusiness 0 CIS 20 CIS 482 Operations research 0 CS 2 + NES 0 SE 4 Software Security 0 SE 20 SE 440 Project Management 0 SE 20 NES 595 Special Topics in Network Engineering & Department 0 Security approval Network Engineering and Security

14 Study Plan First Year First Semester Course ID MATH 0 CS 0 CS 02 PHY 0 ENG 2 HSS 0 HSS 9 Total Course Name Calculus I Introduction to ming ming Lab General Physics I English Language 2 Social Responsibility Entrepreneurship and Innovation 2 8 Weekly Lecture Lab Prerequisite CIS 99 or Passing the Computer Skills Exam with a grade of 50% or more CS 0 or Concurrent Eng 99 or Passing the English Skills Exam with a grade of 50% or more Second Semester Course ID MATH 02 ARB 0 CHEM 0 HSS 29 PHY 02 CS 2 CS Total Course Name Calculus II Arabic Language General Chemistry General Skills General Physics II Introduction to ObjectOriented ming ObjectOriented ming Lab 2 8 Weekly Lecture Lab Prerequisite MATH 0 ENG 2 PHY 0 CS 02 CS 2 or concurrent 4

15 Second Year First Semester Course ID MATH 20 EE 22 MATH 24 MATH 20 PHY 07 ME 200 CPE 2 Total Course Name Ordinary Differential Equations "" Electrical Circuits Analysis Discrete Mathematics Intermediate Analysis General Physics (Lab) Engineering Drawings "A" Digital Logic Design 7 Weekly Lecture Lab Prerequisite MATH 02 PHY 02 + MATH 20 or Concurrent MATH 02 PHY 02 CIS 99 or Passing the Computer Skills Exam with a grade of 50% or more CS Second Semester Course ID EE 204 EE 2 CIS 200 CIS 202 CIS 20 ME 25 CPE 22 CPE 252 CS 2 Total Course Name Introduction to Linear Systems Electrical Circuits Lab Professional & Ethical Issues in Computing Communication Skills Introduction to Web Design Engineering Mechanics Digital Logic Design Lab Computer Organization and Design Data Structures 2 8 Weekly Lecture Lab Prerequisite MATH 20 EE 22 CIS 200 or concurrent CS PHY 0 CPE 2 CPE 2 Passing CS 2 + MATH 24 5

16 Third Year First Semester Course ID EE 260 EE 2 NES 0 CPE 5 NES NES 202 Total Course Name Signals and Systems Analysis Fundamentals of Electronics (for NonEE Students) Probability and Queuing Theory Microprocessor Systems Data Communication Introduction to UNIX 8 Weekly Lecture Lab Prerequisite EE 22 + EE 204 or Concurrent EE 22 MATH 24 CPE 252 CPE 2 + EE 260 or Concurrent CS 2 Second Semester Course ID EE 22 CIS 22 NES 2 CPE 52 CPE 54 MS 00 Total Course Name Electronic Circuits Lab Fundamentals of Database Systems Fundamentals of Computer Networks Computer Architecture Microprocessor Systems Lab Military Science 4 Weekly Lecture Lab Prerequisite EE 2 + EE 2 CS 2 NES + NES 0 CPE 252 CPE 22 + CPE 5 6

17 Fourth Year First Semester Course ID CPE 47 NES 4 NES 45 NES 45 NES 44 Total Course Name Operating Systems Computer Networks Laboratory Networking Protocols Basics of Information system Security Wireless Networks University Elective 6 Weekly Lecture Lab Prerequisite CPE 52 NES 2 NES 2 NES 0 + NES NES 2 Second Semester Course ID NES 442 NES 452 NES 460 NES 470 NES 46 Total Course Name Wireless Networks Laboratory Cryptography and Network Security Multimedia Networking Network Management Network ming University Elective 6 Weekly Lecture Lab Prerequisite NES 44 + NES 4 NES 2 + NES 45 NES 45 NES 45 NES NES 2 + CPE 47 Summer Semester Course ID NES 490 Total Practical Training Course Name Weekly Lecture Lab Prerequisite Completion of 20 CHs 7

18 Fifth Year First Semester Course ID NES 55 NES 554 NES 59 ( ) Total Course Name Network Security Laboratory Network Defense Graduation Project "" Department Elective Department Elective Weekly Lecture Lab Prerequisite NES 452 NES 452 Completion of 20 CHs Second Semester Course ID NES 592 Total Course Name Graduation Project "2" Department Elective Department Elective University Elective 2 Weekly Lectur Lab e Prerequisite NES 59 ( ) Students must register "NES 59" before the graduation semester (Semester or Semester 2). 8

19 Course Description NES 202: Introduction to UNIX (C, H, 0L) Prerequisite: CS 2 Basic concepts of Unix, such as processes, files and directories, pipes, input/output redirection, and shells, basic Unix commands and programs, and how to get help, when needed, standard program development tools: editors (EMACS, nano editor), compilers, debuggers, and the make facility, automated common system tasks using shell scripts and Perl, basic system administration. NES 0: Probability and Queuing Theory (C, H, 0L) Prerequisite: MATH 24 Probability principles and sets theory, random variables, operations on random variables, distribution functions, introduction to random processes, Poisson processes and Markov chains, queuing analysis. NES : Data Communication (C, H, 0L) Prerequisite: CPE 2, EE 260 or Concurrent Analog and digital transmission, modulation and demodulation, transmission media, data encoding, synchronous and asynchronous transmission, digital carriers, error control, multiplexing, circuit and packet switching, open system standards. NES 2: Fundamentals of Computer Networks (C, H, 0L) Prerequisite: NES, NES 0 Network architectures, Application layer protocols: HTTP and FTP, Transmission layer protocols: TCP and UDP, Network Layer services: routing protocols, IPV4 and IPV6, Data link layer services: Error detection and correction, Multiple access Control, Principles of Wireless Networks, Principles of Network Security. NES 4: Computer Networks Laboratory (C, 0H, L) Prerequisite: NES 2 A set of experiments to design, apply, analyze, and evaluate computer network protocols. Evaluation of static and dynamic routing protocols: RIP, OSPF, and BGP. Evaluation and analysis of TCP and UDP protocols. DHCP and NAT configuration. Analysis of network traffic using sniffing tools. NES 45: Networking Protocols (C, H, 0L) 9

20 Prerequisite: NES 2 Essential Internet protocols: ARP, IP, ICMP, IGMP, UDP, TCP, routing protocols such as RIP, OSPF and BGP, multicasting and multicast routing protocols such as DVMRP, MOSPF and PIM, application protocols such as DNS, DHCP, FTP and HTTP. NES 46: Network ming (C, H, 0L) Prerequisite: NES 202, NES 2, CPE 47 Introduction to Network ming, Transport Layer Protocols, TCP, UDP, and SCTP, ClientServer Model, TCP Sockets, UDP Sockets, SCTP Sockets, I/O Multiplexing, DNS and Address Conversion, Threads ming, RPC, Raw Sockets and Datalink Access. One or more of the following Internet Application Protocols and Case Studies: TELNET, HTTP, Authd, SMTP, POP, IMAP, FTP, and Web ming (CGI, Servlets, and XML). NES 44: Wireless Networks (C, H, 0L) Prerequisite: NES 2 Basic concepts of Wireless Networks: Wireless Personal Area Networks (WPAN), Wireless Local Area Networks (WLAN), and Wireless Wide Area Networks (WWAN). Physical layer standards, medium access control, building and securing WLAN, Wide Area Networks including cellular networks and cellular data networks. NES 442: Wireless Networks Laboratory (C, 0H, L) Prerequisite: NES 44, NES 4 A set of experiments on configuring, implementing, integrating, and testing a variety of wireless technologies. Methods and tools for network management of wireless networks such as WLAN Network Management Systems, Routers, and Switches. NES 45: Basics of Information System Security (C, H, 0L) Prerequisite: NES 0, NES Classical cryptography, substitution ciphers (Shift cipher, Affine cipher, Vigenere cipher, Hill cipher), permutation (transposition) cipher, symmetric cryptography, stream ciphers (RC4, A5/), block ciphers(des, DES, Rijndael) and their modes of operation. Asymmetric cryptography, DiffieHellman key exchange, certificates, basics of public key infrastructure (PKI). Authentication (passwords, biometrics), authorization (Access control lists, capabilities), multilevel security, security modeling, firewalls, CAPTCHA s, intrusion detection systems, software flaws, buffer overflow, viruses, worms, trojan horses, and other forms of malicious code. NES 452: Cryptography and Network Security (C, H, 0L) 20

21 Prerequisite: NES 2, NES 45 Divisibility and the Greatest Common Divisor, Euclidean Algorithm, modular arithmetic and discrete logarithm, Primes, primality testing, Chinese Remainder Theorem, cipher. Key management and exchange, hash functions (MD5, SHA, RIPEMD60, HMAC), digital signatures, certificates and authentication protocols (X.509, DSS, Kerberos), electronic mail security (PGP, S/MIME), web security, protocols and standards for secure electronic commerce (IPSec, SSL, TLS, SSH, HTTPS, SET). NES 460: Multimedia Networking (C, H, 0L) Prerequisite: NES 45 Multimedia data types: images, video, and audio, multimedia compression technologies such as JPEG, MPEG, and H.264, multimedia protocols including RTP/RTCP and RTSP, VoiceoverIP and its protocols including SIP and H.2, multimedia streaming over besteffort and reservationbased networks, qualityofservice models. NES 470: Network Management (C, H, 0L) Prerequisite: NES 45 Analytical and practical capabilities for computer networks' design, deployment, and management. Basic foundations of network management, the Simple Network Management Protocol in its different versions (SNMPv, SNMPv2, and SNMPv), Remote network Monitoring. Telecommunications Management Network (TMN), management tools and statistics measurement, management applications including: configuration, performance, event correlation, security, reports and service levels. NES 490: Practical Training (C) Prerequisites: Completion of 20 credit hours Twelve weeks of practical training in an institution that deals with networking and security. NES 50: Network Simulation and Modeling (C, 2H, L) Prerequisite: NES 46 Introduction to simulation concepts, discrete event simulation, random number generation, input modeling; statistical analysis of simulation, computer networks simulation, Discrete time Markov chains (DTMC), Continuous time Markov chains (CTMC), Queuing models (M/M/, M/M/c/k, M/G/). Wellknown network simulation packages such as ns2 and/or Qualnet. NES 540: Wireless Networking Protocols (C, H, 0L) Prerequisite: NES 44 2

22 Challenges and latest solutions in wireless and mobile networks, and adhoc and wireless sensor networks, focusing on routing, autoconfiguration, clustering, topology management, quality of service (QoS), reliable transport, energy conservation, mobility management, MAC, and service discovery. Existing and proposed standards, and current research projects in this field. NES 54: Wireless Networks Security (C, H, 0L) Prerequisite: NES 44, NES 452 Confidentiality, Privacy, Integrity, Spoofing, Signal intercept, Key management and distribution, control of fraudulent usage of networks. Security of adhoc networks, wireless sensor networks, and cellular networks. NES 55: Network Security Laboratory (C, 0H, L) Prerequisite: NES 452 Experiments about conducting attacks against network protocols that include UDP, TCP, ICMP, IP and ARP, traffic sniffing attacks, DNS hacking, SYN flooding, port scanning, access control, intrusion detection systems, and Firewalls. NES 554: Computer Network Defense (C, H, 0L) Prerequisite: NES 452 Internet infrastructure security, denial of service attacks, DNS hacking, Botnets, Ethical hacking principles, footprinting, scanning, enumeration, computer network defense and countermeasures including: IP traceback, router Security, Intrusion detection and prevention systems, firewalls, and virtual private networks. NES 580: HighSpeed Networks (C, H, 0L) Prerequisite: NES 45 Highspeed network architectures, protocols and control algorithms. Basic architecture of packet networks and their network elements (switches, routers, bridges), and protocols used to enable transmission of packets through network. Network protocols: Ethernet, Internet, token rings, FDDI, Circuitswitched networks, ATM networks, switching, scheduling, naming, and addressing, routing, error control, flow control, traffic collection, modeling, and characterization, traffic management, connection admission control algorithms, and congestion control algorithms. NES 59: Graduation Project (C) Prerequisite: Completion of 20 credit hours The student should get familiar with the theoretical and practical aspects associated with the subject matter of the project. NES 592: Graduation Project 2 (2C) 22

23 Prerequisite: NES 59 The student implements, tests, and presents the project proposed in Graduation Project course. NES 595: Special Topics in Network Engineering and Security Prerequisite: Department Approval Selected stateoftheart topics in network engineering and security. (C) 2