PABNA UNIVERSITY OF SCIENCE &TECHNOLOGY

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1 PABNA UNIVERSITY OF SCIENCE &TECHNOLOGY PABNA, BANGLADESH Faculty of Engineering and Technology Department of Computer Science and Engineering CSE Syllabus for Master in Computer Science and Engineering Evening Program

2 SEMESTER-WISE CREDIT HOURS DISTRIBUTION FOR THE DEGREE OF MCSE (evening) Program: Semester 1 st Semester 18 2 nd Semester 22 Credit(s) st Semester Course Code Course Title Hours/Week Credit MCSE 101 Computer Fundamentals 3 MCSE 102 Computer Fundamentals Lab. 1.5 MCSE 103 Digital Systems 3 MCSE 104 Digital Systems Lab. 1.5 MCSE 105 Computer Programming 3 MCSE 106 Computer Programming Lab. 1.5 MCSE 107 System Analysis and Software Engineering Basics 3 MCSE 150 Viva-voce 1.5 Total 18 2 nd Semester Course Code Course Title Hours/Week Credit MCSE 200 Project 4 MCSE 201 Operating System 3 MCSE 203 Database Management System 3 MCSE 204 Database Management System Laboratory 1.5 MCSE 205 Computer Networks 3 MCSE 206 Computer Networks Laboratory 1.5 MCSE 207 E-commerce and Web Development 3 MCSE 208 E-commerce and Web Development Lab. 1.5 MCSE 250 Viva-Voce 1.5 Total 22

3 1 ST SEMESTER MCSE (Evening) COURSES MCSE 101: Computer Fundamentals Operating System: Introduction, Operating System, Why an Operating System, Functions of Operating System, The Booting Process, Kernel, Scheduling, Process and Memory Management, Types of Operating System, Some Prominent Operating Systems. Programming Languages: Introduction, Data, information And Knowledge, Characteristics of Information, Comparison between human Introduction to Computer: Introduction to computers, Characteristics of computers, Evolution of computers, Classification of computers, Computer system and applications Computer Organization and Architecture: Introduction, Central Processing Unit, Arithmetic And Logic Unit, Control Unit, Registers, Instruction set, Processor Speed, Processor to Memory Communication, Processor to I/O Communication. Boolean Algebra and Logic Gates: Introduction, Boolean Algebra, Binary Valued Quantities, And Operator, OR Operator, NOT Operator, Basic Postulates of Boolean Algebra, Theorems of Boolean Algebra, De Morgan s Theorems, Reducing Boolean Expression by their Simplifications, Proving the Equations of Boolean Expressions By Truth Table, Principle of Duality, Standard Forms, Basic Logic Gates, Use of Logic Gates in Circuits, Karnaugh Maps Number System: Introduction, Digital and Analog Operations, Binary Data, Binary Number System, Decimal Number System, Octal Number System, Hexadecimal Number System, Fractional Conversion, Coding System. Data Representation and Binary Arithmetic: Introduction, Bits, Bytes and Words, Data Representation, Coding system, Binary Arithmetic, Binary Addition, Binary Subtraction, Binary Multiplication, Binary Division, Character Representation, Checking the Result of Binary Arithmetic Input Devices: Introduction, Input Device, Typing Input Devices, Pointing Input Devices, Scanning Input Devices, Audio Visual Input Devices. Output Devices: Introduction, Output Devices, Soft Copy Vs Hard Copy Output, Monitor, Printers, Plotter, Voice Output Systems, Projectors. Computer Memory and Storage Devices: Introduction, Storage and its needs, Brain Vs Memory, Storage Evaluation Units, Data Access Methods, Primary Storage, Secondary Storage, Hard Disk Operations, Floppy Disk Drives, Winchester Disk, Optical Disk, VCD, CD-R, CD-RW, DVD, Zip Drive, Flash Drives, Blue Ray Disk, Memory Card, Driving Naming Conventions In a PC. Computer Software: Introduction, Software, Needs of software, Types of software, Open Source Software, Integrated Development Environment language and Computer Language, Program and Programming language, Programming development cycle Algorithm, Program Flowcharts, Pseudocode, Programming approaches, Programming Paradigms, Types of Programming Language, Generations of Programming Languages. Data Communication and Network: Introduction, Computer Network, Types of Network, Topology, Types of Connectivity, Network Devices, Communication Process, Communication Types Transmission Media, Wireless Media, Communication Channels/Media, Modem, Characteristics of a Modem, Types of Modem. Internet and World Wide Web: Introduction, Internet Vs Intranet, Application of Internet, Web Browser, Web Server and Hosting, DNS, Internet Searching, Internet Protocol, TCP/IP Model, OSI Model. MCSE102: Computer Fundamentals Lab

4 Microsoft Office Word, Microsoft Office Excel, Microsoft Office PowerPoint, Microsoft Outlook, Computer Hardware Configuration, Operating System Installation, Operating computer, Installation and Uninstallation of computer software, Trouble-shoot, Internet Searching Techniques. MCSE 103: Digital Systems Fundamentals of Digital Logic System: Number Systems and Codes, Logic Gates and Boolean Algebra, Logic Circuit Design, Minimization Techniques: Algebraic Simplification, Karnaugh Map Method, Quine-McCluskey method, Consensus method. Switching Devices: Switching concepts of Diodes, Transistors and FETs. Flip-Flops and related Devices: Transistor Latch, NAND gate latch, NOR gate latch, D latch. Clock signals and Clocked F.Fs: Clocked S-C, J-K and D Flip-Flops. F.Ftiming considerations, Master/Slave F.Fs. F.F T-F.F. applications, Frequency division and counting. Schmitt Trigger devices, Monostable and Astable Multivibrators. Analog to digital conversion, digital ramp, successive approximation, flash and tristate ADC. digital to analog conversion: circuits, specifications, applications, Sample and hold circuits. Analog multiplexers. Data acquisition, digital voltmeter. Integrated Circuit Logic Families: DTL & TTL logic family, standard TTL series characteristics, other TTL series, TTL loading rules, TTL open-collector outputs, tristate TTL. The ECL family. Digital MOSFET circuits, characteristics, CMOS circuits, CMOS tristate logic, TTL driving CMOS, CMOS driving TTL. Introduction to sequential circuits: formal representation of sequential circuits, Moore and Mealy models, analysis and synthesis of synchronous and asynchronous sequential circuits. Counters and Registers: Asynchronous (Ripple) up and down counters, Synchronous up and down Counters. Counters with MOD number <2 N. Propagation delay in Ripple counters. Presettable counters. The counter. Counter applications. Shift registers. IC shift-registers, shift-register counters. MCSE104: Digital Systems Lab Sessionalworks based on MCSE103 MCSE105: Computer Programming Basic Programming concepts and notations:computer Programming basic, History of C, Importance of C, Structure of C, Program creating, Compiling, Debugging and Running; Variables, Constants, Data types, Operators and Operations, Expressions and Statements, Control structures;decision Making and Looping, Functions and program structures: Function basics, Header files; Pre-processor; Arrays, and library functions MCSE106: Computer Programming Lab Sessional works based on MCSE106

5 MCSE107: System Analysis and Software Engineering Basics Credits: 3.0Contact Hours: 3L+0P Hrs/Week System Analysis Introduction to information systems, general design consideration of information systems, System concepts and the information systems environment, the system development life cycle, the role of the systems analysis. Systems Analysis:Systems planning and the initial investigation, information gathering, the tools of structured analysis, feasibility study, cost benefit analysis. Systems Design: The process and stages of systems design, input/output and forms design, file organization and data base design. System Implementation: system testing and quality assurance, implementation and software maintenance, hardware/software selection, project scheduling and software, Security. Software Engineering Basics Introduction to software engineering, the product, the process, managing software projects, project management concepts, software myths, software process models. Software process and project metrics. Software project estimation. Software quality assurance. Software testing, write-box testing, black-box testing, control-structure testing, alpha-testing, betatesting. MCSE 150: Viva-Voce Credits: 1.5 Contact Hours: 0L+0P Hrs/Week

6 2 nd SEMESTER MCSE (Evening) COURSES MCSE 200: Project Credits: 4.0 Contact Hours: 0L+3P Hrs/Week Student will solve at least 30 (Thirty) problems using C, C++ or Java. Among them at leastthree problems should be submitted from Geometry, Mathematics, String Processing, Tree,Graph and Sorting Techniques. MCSE 201: Operating Systems Introduction: Introduction to Operating System,Evaluation of Operating Systems and Computer Architectures, Operating System Structure, Virtualization, System Boot Process. Process management: Concept of Process and Thread, Operations on Processes, Inter-Process Communication, Process Scheduling, CPU Scheduling, Process and Thread Synchronization, Concepts of Deadlock. Memory Management: Background, Logical vs. Physical Address Space, Swapping, Contiguous Memory Allocation, Segmentation, Paging, Demand Paging, Page Replacement, Thrashing. Storage Management: Concepts of File and File System, Directory and File System Structure, Directory and File System Implementation, Storage Allocation Methods to File, Free Space Management, Disk Management. I/O Management: I/O Hardware, Application I/O Interface, Kernel I/O Subsystem, Performance. Protection and Security: Basics of Protection and Security Problem, Access Rights, Access Matrix, Program Threats, System Threats. Case study: Case studies of Some Modern Operating Systems. MCSE 203: Database Management System Database System Concept, Purpose of Database Systems, View of data, Database languages, Relational database, Database design, Data storage and querying, Definition of DBMS, types of DBMS, advantage & disadvantages of DBMS, applications, Entity relationship model, Relational model, Relational query language, Structured Query Language (SQL), Relational database design, Object Relational database design, transactions, Storage and file structure, Query process, Concurrency control, Recovery system, Database system architecture MCSE 204: Database Management System Lab Sessional works based onmcse203 MCSE205: Computer Networks Introduction: Introduction to Computer Networks, Network Applications, History of Computer Network, Network Topologies, Network Architecture and Quality of Service (QoS).

7 Medium and Device:Wired medium, Wireless medium, Types of cabling, Switch, Hub, Repeater, Router and Server. Model:OSI reference model, TCP/IP model and UDP model. Physical Layer: Circuit switching and Packet switching. Medium Access Layer: Introduction to Local Area Network (LAN), LAN establishment, LAN cabling, Packet tracer simulation, LAN scaling, Packet switching through LAN. Metropolitan Area Network (MAN) and World Area Network(WAN). Data Link Layer:Framing, Flow Control, Error detection, Sliding window protocol, Go back to N protocol and Selective repeat protocol. Network Layer:Addressing, Internal Organization of Network Layer androuting algorithms. Transport Layer:Connection Management, Addressing, Flow control and Buffering. Presentation Layer: Data Compression techniques, Data Encryption and Cryptography. Application Layer: Client-Server model, File transfer, Electronic mail, Domain Name System (DNS), World Wide Web (WWW), DHCP and Internet Relay Chat (IRC) MCSE206: Computer Networks Lab Sessional works based onmcse205 MCSE207: E-commerce and Web Development Credits: 3.0Contact Hours: 3L+0P Hrs/Week E-Commerce Basics:E-Commerce Definition, Internet History and E-Commerce Development, Business-to-Business E-Commerce, Business-to-Consumer E-Commerce, E-Commerce Stages and Processes, E-Commerce Challenges, E-Commerce Opportunities. E-Commerce Options:Internet Access Requirements, Web Hosting Requirements, Entry-Level Options, Storefront and Template Services, E-Commerce Software Packages, E-Commerce Developers, E-Business Solutions. Marketing Issues:Online and Offline Market Research, Data Collection, Domain Names, Advertising Options, Marketing, Search Engines, Web Site Monitoring, Incentives. Planning and Development: Web Site Goals, International Issues, Planning Stages, Resource Allocation, Content Development, Site Map Development, Web Site Design Principles, Web Site Design Tools, Web Page Programming Tools, Data-Processing Tools. E- Commerce Components: Navigation Aids, Web Site Search Tools, Databases, Forms, Shopping Carts, Checkout Procedures, Shipping Options.. Payment Processing:Electronic Payment Issues, E-Cash, Credit Card Issues, Merchant Accounts, Online Payment Services, Transaction Processing, Taxation Issues, Mobile Commerce (M-Commerce). Security Issues:Security Issues and Threats, Security Procedures, Encryption, Digital Certificates, SSL and SET Technologies, Authentication and Identification, Security Providers, Privacy Policies, Legal Issues. Customer Service:Customer Service Issues, Support, Telephone Support, Live Help Services, Customer Discussion Forums, Value-Added Options. MCSE208: E-commerce and Web Development Lab Credits: 1.5 Contact Hours: 3L+0P Hrs/Week Sessional works based onmcse207 MCSE250: Viva-Voce Credits: 1.5Contact Hours: 0L+0P Hrs/Week

Syllabus for Computer Science General Part I

Syllabus for Computer Science General Part I Distribution of Questions: Part I Q1. (Compulsory: 20 marks). Any ten questions to be answered out of fifteen questions, each carrying two marks (Group A 3 questions, Group B, Group C and Group D 4 questions