| B.TECH COMPUTER SCIENCE AND ENGINEERING | |
| Course Outcomes | |
| Semester: 3 | |
| Database Management Systems (PCC-CSE-201G) | |
| PCC-CSE-201G.1 | Define the basic knowledge of database, data models and SQL. |
| PCC-CSE-201G.2 | Describe the basic concepts, applications and architecture of database systems |
| PCC-CSE-201G.3 | Demonstrate basic database storage structures and access techniques: indexing methods including B+ tree and hashing. |
| PCC-CSE-201G.4 | Apply ethical computing concepts and practices to database design and implement security. |
| PCC-CSE-201G.5 | Evaluate the basic issues of transaction processing, concurrency control, recovery, parallel and distributed databases |
| PCC-CSE-201G.6 | Construct queries using SQL, relational database theory and relational algebra expressions for queries |
| Data Structures & Algorithms (PCC-CSE-203G) | |
| PCC-CSE-203G.1 | Define different data structures & algorithms. |
| PCC-CSE-203G.2 | Describe the complexity algorithm and compare the different cases. |
| PCC-CSE-203G.3 | Apply data structure according to given problem. |
| PCC-CSE-203G.4 | Differentiate between the different sorting algorithms. |
| PCC-CSE-203G.5 | Evaluate complexity of different algorithms. |
| PCC-CSE-203G.6 | Design different algorithms based on requirement. |
| Digital Electronics (PCC-CSE-205G) | |
| PCC-CSE-205G.1 | Recall Basics Concepts Of Logic Gates, Boolean Algebra And Number Systems. |
| PCC-CSE-205G.2 | Understand The Various Digital Codes And Characteristics Of Memory. |
| PCC-CSE-205G.3 | Applying The Various Methods To Solve The Logical Expression Like Karnaugh Map, Quine Mcluskey Method,Etc. |
| PCC-CSE-205G.4 | Analyze The Various Combinational And Sequential Logic Circuits. |
| PCC-CSE-205G.5 | Evaluate Error Detection And Correction Code. |
| PCC-CSE-205G.6 | Design The Various Combinational And Sequential Logic Circuits. |
| Python Programming (PCC-CSE-207G) | |
| PCC-CSE-207G.1 | Define the basic concepts of Python programming. |
| PCC-CSE-207G.2 | Explain syntax of Python language. |
| PCC-CSE-207G.3 | Evaluate dynamic applications in Python language. |
| PCC-CSE-207G.4 | Formulate object-oriented concepts using Python language |
| Mathematics – III (Multivariable Calculus and Differential Equations) (BSC-MATH-203G) | |
| BSC-MATH-203G.1 | Recall the basics of differential calculus and integral calculus. |
| BSC-MATH-203G.2 | Generate the solution methodology for partial derivatives, multiple integrals and ordinary differential equations with applications in engineering. |
| BSC-MATH-203G.3 | Apply mathematical tools to solve the multiple integrals to deal with areas and volumes of various structures and differential equations to simple ,oscillatory electric circuits, Newton’s Law of cooling and Orthogonal trajectories which are quite significant in real world. |
| BSC-MATH-203G.4 | Examine the solution for partial derivatives involving maxima, minima, saddle points etc. which deal with functions of several variables , double and triple integrals , linear differential equations of first, second and higher orders in ordinary differential equations. |
| BSC-MATH-203G.5 | Formulate engineering problems related to multivariable differential equations, multiple integrals and linear differential equations of first, second and higher orders. |
| Economics For Engineers (HSMC-01G) | |
| HSMC-01G.1 | Describe economics in context of Engineering. |
| HSMC-01G.2 | Understanding all aspects /scope of economics. |
| HSMC-01G.3 | Determine the phenomenon of demand and supply. |
| HSMC-01G.4 | Differentiate the all possible costs occurring in context of Engineering. |
| HSMC-01G.5 | Evaluating various consumer Equilibrium. |
| HSMC-01G.6 | Formulate various strategies to different markets/situations. |
| Database Management Systems Lab (LC-CSE-209G) | |
| LC-CSE-209G.1 | Apply queries using SQL for creating and accessing database. |
| LC-CSE-209G.2 | Demonstrate a rudimentary understanding of programmatic interfaces to a database and be able to use the basic functions of one such interface. |
| LC-CSE-209G.3 | Design and implement a database schema for a given problem-domain. |
| LC-CSE-209G.4 | Develop application using PL/SQL & front end tools. |
| LC-CSE-209G.5 | Formulate query, using SQL, solutions to a broad range of query and data update problems. |
| Digital Electronics Lab (LC-CSE-211G) | |
| LC-CSE-211G.1 | Recall all logic Gates with Truth Table. |
| LC-CSE-211G.2 | Understand the Binary to Grey code conversion and vice versa. |
| LC-CSE-211G.3 | Apply the K-MAP method to solve the Boolean Expression. |
| LC-CSE-211G.4 | Analyze Various Flip-Flop by their Truth-Table. |
| LC-CSE-211G.5 | Designing of Various Combinational & Sequential Circuits. |
| Data Structures & Algorithms Lab using C (LC-CSE-213G) | |
| LC-CSE-213G.1 | Recall C Programming Syntax. |
| LC-CSE-213G.2 | Describe different data structures. |
| LC-CSE-213G.3 | Analyze & Differentiate algorithms based on their time complexity. |
| LC-CSE-213G.4 | Implement different searching and sorting algorithms. |
| LC-CSE-213G.5 | Identify & use a suitable data structure & algorithm to solve a real world problem. |
| Python Programming Lab (LC-CSE-215G) | |
| LC-CSE-215G.1 | Discuss basic concepts of Python programming. |
| LC-CSE-215G.2 | Understand the syntax of Python language. |
| LC-CSE-215G.3 | Apply object-oriented concepts using python language. |
| LC-CSE-215G.4 | Create dynamic application in python language. |
| Semester: 4 | |
| Discrete Mathematics (PCC-CSE-202G) | |
| PCC-CSE-202G.1 | Define the basic principles of Boolean algebra, Logic, Set theory Permutations and combinations. |
| PCC-CSE-202G.2 | Understand functions and relations with their applications. |
| PCC-CSE-202G.3 | Apply mathematical proofs for solving the Recurrence Relation. |
| PCC-CSE-202G.4 | Design graph to discover the bridges and to find the shortest path and for making circuit. |
| Computer Organization & Architecture (PCC-CSE-204G) | |
| PCC-CSE-204G.1 | Define the basic concepts of computer architecture and organization. |
| PCC-CSE-204G.2 | Describe various trends in computer design, classification of processor, and various operations of instruction sets. |
| PCC-CSE-204G.3 | Interpret the enhancing performance of CPU architecture and expansion memory organization. |
| PCC-CSE-204G.4 | Analyze multiprocessor system to achieve goal of parallelism. |
| Operating System (PCC-CSE-206G) | |
| PCC-CSE-206G.1 | Define various types of operating systems. |
| PCC-CSE-206G.2 | Explain the concepts of Process Management, CPU scheduling algorithms, Process Synchronization and Deadlock. |
| PCC-CSE-206G.3 | Deploy various scheduling algorithms and dead lock avoidance algorithms. |
| PCC-CSE-206G.4 | Analyze and implement various algorithms and verify OS performance based on speed, time and I/O. |
| PCC-CSE-206G.5 | Formulate various applications based on shell scripting for security and protection. |
| Object Oriented Programming (PCC-CSE-208G) | |
| PCC-CSE-208G.1 | Describe the procedural and object oriented paradigm with concepts of streams, classes, functions, data and objects. |
| PCC-CSE-208G.2 | Understand dynamic memory management techniques using pointers, constructors, destructors, etc. |
| PCC-CSE-208G.3 | Describe the concept of function overloading, operator overloading, virtual functions and polymorphism. |
| PCC-CSE-208G.4 | Classify inheritance with the understanding of early and late binding, usage of exception handling, generic programming. |
| PCC-CSE-208G.5 | Demonstrate the use of various OOPs concepts with the help of programs. |
| Organizational Behaviour (HSMC-02G) | |
| HSMC-02G.1 | Define Organizational Behavior. |
| HSMC-02G.2 | Understand all aspects of management process. |
| HSMC-02G.3 | Understand the phenomenon of learning. |
| HSMC-02G.4 | Examine all sources of conflict. |
| HSMC-02G.5 | Formulate various organizational structures. |
| HSMC-02G.6 | Formulate good framework for organizational change. |
| Environmental Sciences (MC-106G) | |
| MC-106G.1 | Recall basic environmental social issues, scope, importance and various protection acts. |
| MC-106G.2 | Understand the renewable and non-renewable resources. |
| MC-106G.3 | Apply the bio-diversity for its conversion. |
| MC-106G.4 | Differentiate between various eco systems. |
| Web Technologies (PCC-CSE-210G) | |
| PCC-CSE-210G.1 | Recall different html/dhtml commands for web site preparation. |
| PCC-CSE-210G.2 | Understand tools required for web designing and applications. |
| PCC-CSE-210G.3 | Apply different tools/ commands for developing an interactive website. |
| PCC-CSE-210G.4 | Analyze the utility of different tools in web designing for different applications. |
| PCC-CSE-210G.5 | Evaluate the performance of techniques/tools used for developing interactive data oriented websites. |
| PCC-CSE-210G.6 | Create and design a web site for any application. |
| Operating System Lab (LC-CSE-212G) | |
| LC-CSE-212G.1 | Define commands on Windows and Unix Operating System. |
| LC-CSE-212G.2 | Understand various utilities like pipe, filters and shell programs. |
| LC-CSE-212G.3 | Differentiate between user and administrative privileges using commands. |
| LC-CSE-212G.4 | Develop programs using shell scripting. |
| Object Oriented Programming Lab using C++ (LC-CSE-214G) | |
| LC-CSE-214G.1 | Use the characteristics of an object-oriented programming language in a program. |
| LC-CSE-214G.2 | Evaluate the basic object-oriented design principles in computer problem solving. |
| LC-CSE-214G.3 | Formulate the program with advanced features of the C++ programming language. |
| Web Technologies Lab (LC-CSE-216G) | |
| LC-CSE-216G.1 | Describe an integrated development environment to write, compile, run, and test simple object-oriented Java programs. |
| LC-CSE-216G.2 | Demonstrate elementary modifications to Java programs that solve real-world problems and Identify and fix defects and common security issues in code. |
| LC-CSE-216G.3 | Evaluate knowledge and skills for creation of web site considering both client and server side Programming. |
| LC-CSE-216G.4 | Design interactive webpage(s) using HTML, CSS and JavaScript. |
| Semester: 5 | |
| Microprocessor (ESC-CSE-301G) | |
| ESC-CSE-301G.1 | Describe the basic concept of microprocessors and peripheral chips. |
| ESC-CSE-301G.2 | Compare the design and working of different microprocessors. |
| ESC-CSE-301G.3 | Applying interfacing between microprocessors and peripheral chips. |
| ESC-CSE-301G.4 | Differentiate architecture, pin diagram and working of different microprocessors. |
| ESC-CSE-301G.5 | Evaluating the performance of different microprocessors. |
| ESC-CSE-301G.6 | Develop system using microprocessors, memory chips and peripheral chips. |
| Computer Networks (PCC-CSE-303G) | |
| PCC-CSE-303G.1 | Understand the network model and architecture. |
| PCC-CSE-303G.2 | Classify routing algorithms for implanting solution for the real life problems. |
| PCC-CSE-303G.3 | Apply different networking topologies for designing of network solution. |
| PCC-CSE-303G.4 | Analyze different networking functions and features to identify optimal solutions. |
| PCC-CSE-303G.5 | Implement flow control and error control algorithms for optimization of computer networks. |
| Formal Languages and Automata (PCC-CSE-305G) | |
| PCC-CSE-305G.1 | Describe different languages and grammars in automata theory. |
| PCC-CSE-305G.2 | Understand different computational models of automata theory. |
| PCC-CSE-305G.3 | Apply rigorously formal mathematical methods to prove properties of languages, grammars and automata. |
| PCC-CSE-305G.4 | Analyze the utility of automata theory for machine learning. |
| PCC-CSE-305G.5 | Evaluate the performance of finite machines used in Artificial Intelligence. |
| Design & Analysis of Algorithms (PCC-CSE-307G) | |
| PCC-CSE-307G.1 | Describe, identify and justify correctness of algorithms and to analyse running time of algorithms based on asymptotic analysis. |
| PCC-CSE-307G.2 | Understand when an algorithmic design situation calls for the divide-and-conquer paradigm. Synthesize divide-and-conquer algorithms. |
| PCC-CSE-307G.3 | Compare the greedy paradigm and dynamic-programming paradigm. Explain when an algorithmic design situation calls for it. |
| PCC-CSE-307G.4 | Developing greedy algorithms/dynamic programming algorithms, and analyze it to determine its computational complexity. |
| PCC-CSE-307G.5 | Create the algorithm using Backtracking and Branch and Bound strategy to solve the problems for any given model engineering problem. |
| Programming in Java (PCC-CSE-309G) | |
| PCC-CSE-309G.1 | Express Object Oriented programming concept using basic syntax of control Structures, strings and function for developing skills of logic building activity. |
| PCC-CSE-309G.2 | Articulate classes, objects, members of a class and the relationships among them needed for a finding the solution to specific problem. |
| PCC-CSE-309G.3 | Illustrate how to achieve reusability using inheritance, interfaces and packages and describes faster application development can be achieved. |
| PCC-CSE-309G.4 | Support the understanding and use of different exception handling mechanisms and concept of multithreading for robust faster and efficient application development. |
| PCC-CSE-309G.5 | Develop user interface components to design GUI in Java using Applet & AWT along with response to events. |
| Software Engineering (PEC-CSE-311G) | |
| PEC-CSE-311G.1 | Understand various software lifecycle models and its software tools and techniques. |
| PEC-CSE-311G.2 | Demonstrate the requirements and techniques of software engineering in the field of designing software and product. |
| PEC-CSE-311G.3 | Appraise the vulnerabilities and threats in software using testing strategy. |
| PEC-CSE-311G.4 | Evaluate the large scale software system and maintain its efficiency and reliability. |
| PEC-CSE-311G.5 | Design secure software system and also manage its quality and standards. |
| System Programming and System Administration (PEC-CSE-313G) | |
| PEC-CSE-313G.1 | Learn the fundamental knowledge of system programming and translators. |
| PEC-CSE-313G.2 | Understand the fundamental commands and concepts of UNIX Operating System. |
| PEC-CSE-313G.3 | Understand different components of System Software like Loader,Linker,Asssembler ,Macors and Compilers. |
| PEC-CSE-313G.4 | Recognize operating system functions such as memory management as pertaining to run time storage management. |
| Microprocessor Lab (LC-ESC-321G) | |
| LC-ESC-321G.1 | Describe the concepts of various programs of microprocessors. |
| LC-ESC-321G.2 | Compare programs of different microprocessors. |
| LC-ESC-321G.3 | Applying knowledge of different instructions for different programs. |
| LC-ESC-321G.4 | Analyze the logic used in programs. |
| LC-ESC-321G.5 | Evaluate the result of different programs. |
| LC-ESC-321G.6 | Develop new programs for various applications of microprocessors. |
| Computer Networks Lab (LC-CSE-323G) | |
| LC-CSE-323G.1 | Understand different networking commands. |
| LC-CSE-323G.2 | Apply different networking concepts for implementing network solution. |
| LC-CSE-323G.3 | Analyze different networking functions and features for implementing optimal solutions. |
| LC-CSE-323G.4 | Implement different network protocols. |
| Design & Analysis of Algorithms using C++ (LC-CSE-325G) | |
| LC-CSE-325G.1 | Describe and Implementation of various algorithms and to analyze the performance of algorithms. |
| LC-CSE-325G.2 | Compare a familiarity with major algorithms and data structures. |
| LC-CSE-325G.3 | Apply important algorithmic design paradigms and methods of analysis. |
| LC-CSE-325G.4 | Construct efficient algorithms in common engineering design situations. |
| Programming in Java Lab (LC-CSE-327G) | |
| LC-CSE-327G.1 | Identify the experience of designing, implementing, testing, and debugging graphical user interfaces in Java using applet and AWT that respond to different user events. |
| LC-CSE-327G.2 | Classify the importance of Classes & objects along with constructors, Arrays and Vectors. |
| LC-CSE-327G.3 | Test the principles of inheritance, interface and packages and demonstrate though problem analysis assignments how they relate to the design of methods, abstract classes and interfaces and packages |
| LC-CSE-327G.4 | Design, implement, test, debug, and document programs that use basic data types and computation, simple I/O, conditional and control structures, string handling and functions. |
| LC-CSE-327G.5 | Support the exception handling features using try, catch and throw block templates programs. |
| Practical Training-1 (PT-CSE-329G) | |
| PT-CSE-329G.1 | Identify various technologies and fields for practical training. |
| PT-CSE-329G.2 | Understand the process to make reports and presentation. |
| PT-CSE-329G.3 | Applying engineering knowledge to solve industrial problems. |
| PT-CSE-329G.4 | Analyze ethical practices and tools used in different technologies. |
| PT-CSE-329G.5 | Evaluate the performance on parameters such as communication skills, technical knowledge. |
| PT-CSE-329G.6 | Design and develop the skills to make software/hardware, related to industrial training. |
| Semester: 6 | |
| Compiler Design (PCC-CSE-302G) | |
| PCC-CSE-302G.1 | Describe the concepts and different phases of compilation with compile time error handling. |
| PCC-CSE-302G.2 | Represent language tokens using regular expressions, context free grammar and finite automata. |
| PCC-CSE-302G.3 | Apply optimization techniques to intermediate code and generate machine code for high level language program. |
| PCC-CSE-302G.4 | Compare top down with bottom up parsers, and develop appropriate parser to produce parse tree representation of the input. |
| PCC-CSE-302G.5 | Design syntax directed translation schemes for a given context free grammar, lexical analyzer for a language. |
| Artificial Intelligence (PCC-CSE-304G) | |
| PCC-CSE-304G.1 | Understand the fundamental concepts of Artificial Intelligence such as knowledge representation, problem-solving and expert systems. |
| PCC-CSE-304G.2 | Summarize different learning methods used in artificial intelligence. |
| PCC-CSE-304G.3 | Compare different Connectionist Models. |
| PCC-CSE-304G.4 | Develop new facts from the existing knowledge base using resolution and unification. |
| PCC-CSE-304G.5 | Implement search methods using Python. |
| Advanced Java (PCC-CSE-306G) | |
| PCC-CSE-306G.1 | Express Programming in the Java programming language. |
| PCC-CSE-306G.2 | Articulate Knowledge of object-oriented paradigm in the Java programming language. |
| PCC-CSE-306G.3 | Illustrate the use of Java in a variety of technologies and on different platforms. |
| PCC-CSE-306G.4 | Support the understanding and use of Hibernate and Spring Framework. |
| PCC-CSE-306G.5 | Develop Android and design Patterns. |
| Mobile and Wireless Communication (ESC-CSE-308G) | |
| ESC-CSE-308G.1 | Recall the fundamental concepts of various mobile and wireless communication systems like mobile, wireless & internet communication system. |
| ESC-CSE-308G.2 | Understanding the various multiple access techniques such as FDMA, TDMA, CDMA and SDMA used in mobile & wireless communication. |
| ESC-CSE-308G.3 | Demonstrate different cellular concepts and wireless technologies to suit different application for mobile & wireless communication techniques. |
| ESC-CSE-308G.4 | Differentiate between different parameters like interference, architecture, layers, protocol, handover etc. for mobile & wireless communication techniques. |
| Computer Graphics (PEC-CSE-314G) | |
| PEC-CSE-314G.1 | Understand the basics of computer graphics, different graphics systems and applications of computer graphics. |
| PEC-CSE-314G.2 | Illustrate various algorithms for scan conversion and filling of basic objects and their comparative analysis. |
| PEC-CSE-314G.3 | Apply projections and visible surface detection techniques for display of 3D scene on 2D screen. |
| PEC-CSE-314G.4 | Examine geometric transformations on graphics objects and their application in composite form. |
| PEC-CSE-314G.5 | Design scene with different clipping methods and its transformation to graphics display device. |
| Distributed System (PEC-CSE-316G) | |
| PEC-CSE-316G.1 | Recall hardware and software issues in modern system. |
| PEC-CSE-316G.2 | Summarize the distributed architecture, naming synchronization, consistency and replication, fault tolerance, security, and distributed file systems. |
| PEC-CSE-316G.3 | Demonstrate the current popular distributed systems such as peer to peer systems will be analyzed. |
| PEC-CSE-316G.4 | Examine various shared memory techniques. |
| PEC-CSE-316G.5 | Assemble sufficient knowledge about file access. |
| PEC-CSE-316G.6 | Formulate the knowledge of synchronization and deadlock. |
| Project-I (PROJ-CSE-322G) | |
| PROJ-CSE-322G.1 | Identify various technologies and fields for projects. |
| PROJ-CSE-322G.2 | Understand the process to make reports and presentation. |
| PROJ-CSE-322G.3 | Applying engineering knowledge to solve industrial problems. |
| PROJ-CSE-322G.4 | Analyze ethical practices and tools used in different technologies for projects. |
| PROJ-CSE-322G.5 | Evaluate the performance on parameters such as communication skills, technical knowledge. |
| PROJ-CSE-322G.6 | Design and develop the skills to make software/hardware, related to industrial projects. |
| Compiler Design Lab (LC-CSE-324G) | |
| LC-CSE-324G.1 | Apply the knowledge of lex tool & yacc tool to develop a scanner & parser. |
| LC-CSE-324G.2 | Design & conduct experiments for NFA and DFA from a given regular expression. |
| LC-CSE-324G.3 | Develop program for implementing symbol table. |
| LC-CSE-324G.4 | Develop program for solving parser problems. |
| Artificial intelligence Lab using Python (LC-CSE-326G) | |
| LC-CSE-326G.1 | Define basic concepts of PYTHON Programming. |
| LC-CSE-326G.2 | Understand the fundamentals of knowledge representation. |
| LC-CSE-326G.3 | Apply various AI algorithms using PYTHON. |
| Advanced JAVA Lab (LC-CSE-328G) | |
| LC-CSE-328G.1 | Identify the experience of designing, implementing, testing, and debugging graphical user interfaces in Java using Servlets. |
| LC-CSE-328G.2 | Classify the importance of Classes & objects along with CRUD and JSP. |
| LC-CSE-328G.3 | Test the principles Struts and Mail API. |
| LC-CSE-328G.4 | Design, implement, test, debug, and document programs contains Hibernate and Spring. |
| LC-CSE-328G.5 | Support the Android and Design Patterns. |
| Constitution of India (MC-317G) | |
| MC-317G.1 | Recall the basic structure of constitution of India. |
| MC-317G.2 | Discuss the federal system & distribution of various powers between union and the states. |
| MC-317G.3 | Understand various organs of governance. |
| MC-317G.4 | Classify various fundamental rights & duties given by constitution of India. |
| Semester: 7 | |
| Neural Networks (PCC-CSE-401G) | |
| PCC-CSE-401G.1 | Describe the basic principles of computer design. |
| PCC-CSE-401G.2 | Discuss the idea of feature extraction, Hopfield Network and different approaches towards the selection of Associative memory. |
| PCC-CSE-401G.3 | Illustrate the different supervised, unsupervised and reinforcement learning algorithms. |
| PCC-CSE-401G.4 | Analyze and implement various learning rules and memory storage algorithms. |
| Software Project Management (PEC-CSE-403G) | |
| PEC-CSE-403G.1 | Recall basic concepts, applications and architecture of Software Project Management. |
| PEC-CSE-403G.2 | Interpret the step wise project planning, project evaluation and estimation of Software Project Management. |
| PEC-CSE-403G.3 | Develop the project using resource allocation, and various techniques. |
| PEC-CSE-403G.4 | Analyze the various software projects. |
| SOFTWARE TESTING (PEC-CSE-413G) | |
| PEC-CSE-413G.1 | Explain software testing life cycle in details and activities that performed in STLC. |
| PEC-CSE-413G.2 | Describe and explain the knowledge to develop the test cases for a given problem. |
| PEC-CSE-413G.3 | Distinguish characteristics of different testing methods. |
| PEC-CSE-413G.4 | Develop the knowledge of selection of appropriate test cases for execution during regression testing. |
| DISASTER MANAGEMENT (OEC-CE-451-G) | |
| OEC-CE-451G .1 | Define the fundamental aspects of natural and man-made disasters with their impact. |
| OEC-CE-451G .1 | Understand the role and responsibilities of various disaster management agencies |
| OEC-CE-451G .1 | Apply the methods of disaster risk reduction for suitable measures like flood, cyclone, drought and earthquake etc. |
| OEC-CE-451G .1 | Illustrate and processing the spatial data for better disaster risk management of natural disaster. |
| Neural Networks using MAT Lab (LC-CSE-421G) | |
| LC-CSE-421G .1 | Understand various commands on MATLAB and its utilities. |
| LC-CSE-421G .1 | Develop programs and implement them to create various software. |
| Project-II (PROJ-CSE423G) | |
| PROJ-CSE-423G.1 | Identify various technologies and fields for projects. |
| PROJ-CSE-423G.2 | Understand the process to make reports and presentation. |
| PROJ-CSE-423G.3 | Applying engineering knowledge to solve industrial problems. |
| PROJ-CSE-423G.4 | Analyze ethical practices and tools used in different technologies for projects |
| PROJ-CSE-423G.5 | Evaluate the performance on parameters such as communication skills, technical knowledge. |
| PROJ-CSE-423G.6 | Design and develop the skills to make software/hardware, related to industrial projects. |
| Practical Training II (PT-CSE-425G) | |
| PT-CSE-425G.1 | Identify various technologies and fields for practical training to enhance employability skills. |
| PT-CSE-425G.1 | Understand the ability to adapt with the latest changes in the technological world. |
| PT-CSE-425G.1 | Applying engineering knowledge and ethical practices to solve industrial problems and demonstrate presentation skills. |
| PT-CSE-425G.1 | Analyze the ability of learning skills to be job ready with real corporate exposure. |
| Semester: 8 | |
| Machine Learning (PCC-CSE-402G) | |
| PCC-CSE-402G.1 | Define the basics of learning problems with hypothesis and version spaces. |
| PCC-CSE-402G.2 | To understand a range of machine learning algorithms along with their strengths and weaknesses. |
| PCC-CSE-402G.3 | Apply the algorithms to a real problem, optimize the models learned and report on the expected accuracy that can be achieved by applying the models. |
| PCC-CSE-402G.4 | Analyze the concepts in Bayesian analysis from probability models and methods. |
| Big Data Analytics (PCC-CSE-404G) | |
| PCC-CSE-404G.1 | List various big data management systems and identify when a big data problem needs data integration. |
| PCC-CSE-404G.2 | Explain how to choose a data model to suit the characteristics of your data. |
| PCC-CSE-404G.3 | Apply the Big Data framework like Hadoop and NOSQL to efficiently store and process Big Data to generate analytics. |
| PCC-CSE-404G.4 | Analyze Big Data processing and categorize various operations. |
| Conventional and Renewable Energy Resources (OEC-EE-08G) | |
| OEC-EE-08G.1 | Understand Conventional and Non conventional sources of energy |
| OEC-EE-08G.2 | Understand Power generation Planning |
| OEC-EE-08G.3 | Understand operation and working of power plants, energy conservation & management |
| OEC-EE-08G.4 | Apply tariff methods and calculate cost of generation and depreciation by different factors |
|
Machine Learning with Python Lab (LC-CSE-412G) |
|
| LC-CSE-412G.1 | Understand the mathematical and statistical prospective of machine learning algorithms through python programming. |
| LC-CSE-412G.2 | Design and evaluate the unsupervised models through python in built functions. |
| LC-CSE-412G.3 | Evaluate the machine learning models pre-processed through various feature engineering algorithms by python programming. |
| LC-CSE-412G.4 | Apply various reinforcement algorithms to solve real time complex problems. |
| Big Data Analytics Lab (LC-CSE-410G) | |
| LC-CSE-410G.1 | Understand Map Reduce Paradigm and develop data applications using variety of systems. |
| LC-CSE-410G.2 | Summarize the knowledge of big data analytics and contrast different file management task in Hadoop. |
| LC-CSE-410G.3 | Apply different operations on data using Pig Latin scripts. |
| LC-CSE-410G.4 | Illustrate and apply different operations on relations and databases using Hive. |
|
Project-III (PROJ-CSE-422G) |
|
| PROJ-CSE-422G.1 | Identify various technologies and fields for projects. |
| PROJ-CSE-422G.2 | Understand the process to make reports and presentation. |
| PROJ-CSE-422G.3 | Applying engineering knowledge to solve industrial problems. |
| PROJ-CSE-422G.4 | Analyze ethical practices and tools used in different technologies for projects |
| PROJ-CSE-422G.5 | Evaluate the performance on parameters such as communication skills, technical knowledge. |
| PROJ-CSE-422G.6 | Design and develop the skills to make software/hardware, related to industrial projects. |
|
M.TECH COMPUTER SCIENCE AND ENGINEERING |
|
| Course Outcomes | |
| Semester: 1 | |
| Data Communication and Computer Networks (16CSE21C1) | |
| 16CSE21C1.1 | Describe the various data communication techniques and outline the need of computer network and the importance of computer network in our society. |
| 16CSE21C1.2 | Identify the different types of network topologies and protocols and enumerate the layers of the OSI model and TCP/IP. |
| 16CSE21C1.3 | Understand and Apply the skills of subnetting and routing mechanisms to establish data communication between different networks. |
| 16CSE21C1.4 | Understand and explain Data Communications System and its components. Examine different protocols which are used in Data Link Layer. |
| 16CSE21C1.5 | Distinguish different basic protocols of computer networks, and how they can support in network design and implementation. |
| Advanced Operating Systems (16CSE21C2) | |
| 16CSE21C2.1 | Outline the potential methods of advanced operating system and generate document for classification of these methods. |
| 16CSE21C2.2 | Summarize and Review the major security issues associated with distributed systems along with the range of techniques available for increasing system security. |
| 16CSE21C2.3 | Interpret algorithm of distributed system considering process synchronization, memory management, reliability and concurrency control and design and write a report of finding efficient methods on these issues. |
| 16CSE21C2.4 | Differentiate different techniques of distributed systems and Examine significance of methods used in advanced operating system. Investigate deadlock problem in modern operating system and resolution of this issue. |
| Advanced Database Management System (16CSE21C3) | |
| 16CSE21C3.1 | Define the basic concepts of ER model & its Enhanced Model and concept of Object Oriented database. |
| 16CSE21C3.2 | Discuss the architecture of Parallel, Distributed Database. |
| 16CSE21C3.3 | Apply different tools and technique in data warehouse design. |
| 16CSE21C3.4 | Compare Emerging Database technologies DB2, ORACLE, GIS. |
| Data Warehouse and Mining (16CSE21C4) | |
| 16CSE21C4.1 | Describe the fundamental concepts, benefits and problem areas associated with data warehousing. |
| 16CSE21C4.2 | Discuss the various architectures and main components of a data warehouse. |
| 16CSE21C4.3 | Compare and contrast OLAP and data mining as technique for extracting knowledge from a data warehouse. |
| 16CSE21C4.4 | Evaluate different data mining techniques like classification, prediction, clustering and association rule mining. |
| 16CSE21C4.5 | Design a data warehouse and be able to address issues that arise when implementing a data warehouse. |
| Mathematical Foundation of Computer Science (16CSE21C5) | |
| 16CSE21C5.1 | Recall different languages and grammars in automata theory. |
| 16CSE21C5.2 | Understand different computational models of automata theory. |
| 16CSE21C5.3 | Apply rigorously formal mathematical methods to prove properties of languages, grammars and automata. |
| 16CSE21C5.4 | Analyze the utility of automata theory for machine learning. |
| Seminar (16CSE21C6) | |
| 16CSE21C6.1 | Identify relevant information, defining and explain topics under discussion. |
| 16CSE21C6.2 | Understand problem solving skills and apply theoretical knowledge. |
| 16CSE21C6.3 | Demonstrate the ability to learn and write both informal (scientific note taking) and formal (research paper) writing. |
| 16CSE21C6.4 | Calculate information, use and apply relevant theories. |
| 16CSE21C6.5 | Judge when to speak and how much to say, speak clearly and audible in a manner appropriate to the subject. |
| 16CSE21C6.6 | Develop ideas through creating work. |
| Advanced Database Management System Lab (16CSE21CL2) | |
| 16CSE21CL2.1 | Define Basic PL/SQL Commands. |
| 16CSE21CL2.2 | Differentiate various PL/SQL Commands. |
| 16CSE21CL2.3 | Apply different queries using PL/SQL for creating and accessing database. |
| 16CSE21CL2.4 | Design and implement a database schema for a given problem-domain. |
| Advanced Operating Systems Lab (16CSE21CL1) | |
| 16CSE21CL1.1 | List various commands of operating system and generate document with description of commands. |
| 16CSE21CL1.2 | Construct and Design various shell programs for real world problems. |
| 16CSE21CL1.3 | Develop programs for algorithm of distributed system considering process synchronization, memory management, reliability and concurrency control and design & write a report of finding. |
| 16CSE21CL1.4 | Differentiate different algorithms of distributed systems and compare deadlock handling techniques in modern operating system implementing practically. |
| Semester: 2 | |
| Soft Computing (16CSE22C1) | |
| 16CSE22C1.1 | Recall the basic concepts of neural and fuzzy logic to abstract and conceptualize to get domain knowledge and describe how Biological Neural Network and Artificial Neural Network are related to each other. |
| 16CSE22C1.2 | Identify and interpret the existing different neural network architectures, algorithms, applications and their limitations. |
| 16CSE22C1.3 | Demonstrate the concepts of fuzzy sets, knowledge representation using fuzzy rules, approximate reasoning, fuzzy inference systems, and fuzzy logic using MATLAB. |
| 16CSE22C1.4 | Examine appropriate learning rules for each of the architectures and provide software solution for improving the existing robots. |
| 16CSE22C1.5 | Evaluate different applications of ANN models to evaluate engineering and other problems in real world. |
| Algorithm Design (16CSE22C2) | |
| 16CSE22C2.1 | Recognize the general principles and good algorithm design techniques for developing efficient computer algorithms. |
| 16CSE22C2.2 | Classify Execute sorting algorithms such as sorting, graph related and combinatorial algorithm in a high level language. |
| 16CSE22C2.3 | Demonstrate the performance of merge sort and quick sort algorithms using divide and conquer technique. |
| 16CSE22C2.4 | Design algorithms using divide and conquer, greedy and dynamic programming. |
| 16CSE22C2.5 | Construct the dynamic programming technique to solve real world problems such as knapsack and TSP. |
| Seminar (16CSE22C3) | |
| 16CSE22C3.1 | Identify relevant information, defining and explain topics under discussion. |
| 16CSE22C3.2 | Understand problem solving skills and apply theoretical knowledge. |
| 16CSE22C3.3 | Demonstrate the ability to learn and write both informal (scientific note taking) and formal (research paper) writing. |
| 16CSE22C3.4 | Calculate information, use and apply relevant theories. |
| 16CSE22C3.5 | Judge when to speak and how much to say, speak clearly and audible in a manner appropriate to the subject. |
| 16CSE22C3.6 | Develop ideas through creating work. |
| Soft Computing Lab (16CSE22CL1) | |
| 16CSE22CL1.1 | Recognize the feasibility of applying a soft computing methodology for a particular problem. |
| 16CSE22CL1.2 | Apply fuzzy logic and reasoning to handle uncertainty and solve engineering problems. |
| 16CSE22CL1.3 | Apply neural networks to pattern classification and regression problems. |
| 16CSE22CL1.4 | Effectively use existing software tools to solve real problems using a soft computing approach. |
| Algorithm Design Lab (16CSE22CL2) | |
| 16CSE22CL2.1 | Identify the problem given and find its solution using various algorithm design techniques. |
| 16CSE22CL2.2 | Compute time and space complexities of various algorithms. |
| 16CSE22CL2.3 | Implement algorithm design techniques such as Greedy approach, Dynamic programming to solve shortest path problems. |
| 16CSE22CL2.4 | Implement string matching algorithm for various applications like search engine queries, matching DNA sequences etc. |
| 16CSE22CL2.5 | Compare and contrast the performance of various algorithms for same problem. |
| Internet and Web Development (16CSE22D4) | |
| 16CSE22D4.1 | Identify the use of different routing protocols for networking purpose. |
| 16CSE22D4.2 | Illustrate routing algorithms for implanting solution for the real life problems. |
| 16CSE22D4.3 | Analyze the various web servers, browsers, crawlers and search engines for social application. |
| 16CSE22D4.4 | Design the web site using API and ASP for using various web services. |
| Basics of Economics (16ECOO1) | |
| 16ECOO1.1 | Define economics and Indian economy. |
| 16ECOO1.2 | Explain the Indian economic development and planning exercise in India. |
| 16ECOO1.3 | Examine the different economic problems that exist in the Indian economy. |
| 16ECOO1.4 | Evaluate and discuss the global issues related to Economics. |
| Basics of E Commerce (16COMF2) | |
| 16COMF2.1 | Recall and understanding of the foundation and importance of E-commerce. |
| 16COMF2.2 | Describe internal trading relationship including Business to consumer, Business-to-Business, intra organizational. |
| 16COMF2.3 | Analysis the impact of E- commerce on business models and strategy. |
| 16COMF2.4 | Evaluate and discuss the global E-commerce issues. |
| 16COMF2.5 | Deploy the key features of internet, intranets, and Extranets and explain how they relate to each other. |
| 16COMF2.6 | Study of Technology for online business – internet, IT infrastructure in Laboratory. |
| Semester: 3 | |
| Knowledge Based System (17CSE23C1) | |
| 17CSE23C1.1 | Define the use of AI in different real life problems. |
| 17CSE23C1.2 | Use the heuristic search techniques for AI related problems. |
| 17CSE23C1.3 | Examine how knowledge is represented in computer system and different knowledge-representation scheme. |
| 17CSE23C1.4 | Design and evaluate intelligent expert models for perception and prediction from intelligent environment. |
| Network Security (17CSE23C2) | |
| 17CSE23C2.1 | Identify the security issues in the network and resolve it. |
| 17CSE23C2.2 | Analyze the vulnerabilities in any computing system and hence be able to design a security solution. |
| 17CSE23C2.3 | Evaluate security mechanisms using rigorous approaches, including different ISP standards. |
| 17CSE23C2.4 | Design security system and identify the security issues in the system. |
| Literature Survey (Dissertation Stage 1) (17CSE23C3) | |
| 17CSE23C3.1 | Identify the complex engineering problems. |
| 17CSE23C3.2 | Understand different methodologies for documentation as report. |
| 17CSE23C3.3 | Demonstrate systematic understanding and sound technical knowledge of their topic of research. |
| 17CSE23C3.4 | Examine the key stages to analize / develop the research. |
| 17CSE23C3.5 | Select the suitable method which leads to appropriate results. |
| 17CSE23C3.6 | Design engineering solutions to various problems used to benefit society. |
| Seminar (17CSE23C4) | |
| 17CSE23C4.1 | Identify relevant information, defining and explain topics under discussion. |
| 17CSE23C4.2 | Understand problem solving skills and apply theoretical knowledge. |
| 17CSE23C4.3 | Demonstrate the ability to learn and write both informal (scientific note taking) and formal (research paper) writing. |
| 17CSE23C4.4 | Calculate information, use and apply relevant theories. |
| 17CSE23C4.5 | Judge when to speak and how much to say, speak clearly and audible in a manner appropriate to the subject. |
| 17CSE23C4.6 | Develop ideas through creating work. |
| Knowledge Based System Lab (17CSE23CL1) | |
| 17CSE23CL1.1 | Recognize PROLOG syntax using programming. |
| 17CSE23CL1.2 | Apply PROLOG operations in programs |
| 17CSE23CL1.3 | Design and develop solutions for informed and uninformed search problems in AI. |
| Project (17CSE23CL2) | |
| 17CSE23CL2.1 | Identify various technologies and fields for practical training. |
| 17CSE23CL2.2 | Understand the process to make reports and presentation. |
| 17CSE23CL2.3 | Applying engineering knowledge to solve industrial problems. |
| 17CSE23CL2.4 | Analyze ethical practices and tools used in different technologies. |
| 17CSE23CL2.5 | Evaluate the performance on parameters such as communication skills, technical knowledge. |
| 17CSE23CL2.6 | Design and develop the skills to make software/hardware, related to industrial training. |
| Disaster Management (16ENVO2) | |
| 16ENVO2.1 | Describe the fundamental aspects of disaster management theory. |
| 16ENVO2.2 | Understand the mitigation efforts, policies for disaster management. |
| 16ENVO2.3 | Apply the method of disaster risk reduction for suitable measures like flood, cyclone and earthquake. |
| 16ENVO2.4 | Analyzing and processing the spatial data for better disaster risk management. |
| Trends & Concerns of Teacher Education (16EDUO2) | |
| 16EDUO2.1 | Explain the meaning of teacher education. |
| 16EDUO2.2 | Discuss the nature of teacher education. |
| 16EDUO2.3 | Describe the scope of teacher education |
| 16EDUO2.4 | Explain the changing context of teacher education in the Indian scenario. |
| 16EDUO2.5 | Analyze the changing context of teacher education in the global scenario. |
| Semester: 4 | |
| Dissertation and Viva (17CSE24C1) | |
| 17CSE24C1.1 | Identify the research topic/area in the field of Computer Science and Engineering to carry out independent research. |
| 17CSE24C1.2 | Understand the process to carry out research in written format and report your result and conclusion with reference to existing literature. |
| 17CSE24C1.3 | Demonstrate appropriate reference and writing skills to report writing. |
| 17CSE24C1.4 | Analyze and synthesize research finding to the agreed area of research. |
| 17CSE24C1.5 | Evaluate the methods and knowledge to solve the specific research problem. |
| 17CSE24C1.6 | Develop result on the basis of evaluation and analysis undertake. |
|
M.TECH CYBER FORENSICS AND INFORMATION SECURITY |
|
| Course Outcomes | |
| Semester: 1 | |
| Mathematical Foundation of Information Security (MTCF 101) | |
| MTCF 101.1 | Ability of solving equations using interactive methods, matrices and linear system of equations. |
| MTCF 101.2 | Understanding of different curve fitting by approximation of functions. |
| MTCF 101.3 | Discover cyber-attack scenarios to web browsers and web servers and to explain how to mitigate such threats. |
| MTCF 101.4 | Articulate the well-known cyber-attack incidents, explain the attack scenarios, and explain mitigation techniques. |
| Networks and Information Security (MTCF 102) | |
| MTCF 102.1 | Understand the basics of computer security, security mechanism and most common type of cryptographic algorithm. |
| MTCF 102.2 | Implement the various algorithms for encryption to avoid security problems. |
| MTCF 102.3 | Understand the Public-Key Infrastructure and security protocols for protecting data on networks. |
| MTCF 102.4 | Able to perform simple vulnerability assessments and password audits, digitally sign emails and files. |
| MTCF 102.5 | Understand the implementation of various networking protocols. |
| Operating Systems and Security (MTCF 103) | |
| MTCF 103.1 | Become knowledgeable in the concepts of various functions of operating systems. |
| MTCF 103.2 | Gain hands-on experience in the basic administration of a linux system. |
| MTCF 103.3 | Understand the concepts of securing operating systems. |
| Cyber Forensics (MTCF 104) | |
| MTCF 104.1 | Make Use of forensics tools for security. |
| MTCF 104.2 | Remember the security issues in network layer and transport layer. |
| MTCF 104.3 | Know the security principles in the application layer. |
| MTCF 104.4 | Understand computer forensics and cyber crimes. |
| Advanced Computer Networks (MTCF 105) | |
| MTCF 105.1 | To develop the understanding various IEEE standards for computer networks. |
| MTCF 105.2 | Understanding the Internet protocol in multicasting routing protocols and routing algorithms. |
| MTCF 105.3 | To know the multicasting and routing algorithms. |
| MTCF 105.4 | To acquire the basic network security principle including encryption algorithms. |
| MTCF 105.5 | Examine the issues related to security in computer networks. |
| Information Security Lab (MTCF 109) | |
| MTCF 109.1 | Study of Shell programming and administrative commands. |
| MTCF 109.2 | Analyze Buffer Overflow attack, Race Condition Attack,Shell Shock Attack. |
| MTCF 109.3 | Implementing access control policy,Logging, Auditing and log monitoring,VM Security. |
| OS Security Lab (MTCF 110) | |
| MTCF 110.1 | Study of Shell programming and administrative commands. |
| MTCF 110.2 | Analyze Buffer Overflow attack, Race Condition Attack,Shell Shock Attack. |
| MTCF 110.3 | Implementing access control policy,Logging, Auditing and log monitoring,VM Security. |
| Semester: 2 | |
| Ethical Hacking and Digital Forensics (MTCF 201) | |
| MTCF 201.1 | Learn aspects of security, importance of data gathering, foot printing and system hacking. |
| MTCF 201.2 | Summarize tools and techniques to carry out a penetration testing. |
| MTCF 201.3 | Describe Intrusion Detection, Policy Creation, Social Engineering, DDoS Attacks,Buffer Overflows and Virus Creation. |
| MTCF 201.4 | Compare different types of hacking tools. |
| MTCF 201.5 | Apply the techniques for real world problems in the domain. |
| Database Security (MTCF 202) | |
| MTCF 202.1 | Understand and characterize modern techniques of database information security threats and techniques for database security assessment. |
| MTCF 202.2 | Understand and identify database information security threats, critically evaluate and apply the potential countermeasures. |
| MTCF 202.3 | Analyze information in a database to identify information security incidents. |
| MTCF 202.4 | Create a plan for vulnerabilities detection and identification in databases. |
| Steganography and Digital Watermarking (MTCF 203) | |
| MTCF 203.1 | Understand and characterize modern techniques of database information security threats and techniques for database security assessment. |
| MTCF 203.2 | Understand and identify database information security threats, critically evaluate and apply the potential countermeasures. |
| MTCF 203.3 | Analyze information in a database to identify information security incidents. |
| MTCF 203.4 | Create a plan for vulnerabilities detection and identification in databases. |
| Mobile & Wireless Security (MTCF 204) | |
| MTCF 204.1 | Gain in-depth knowledge on wireless and mobile network security and its relation to the new security based protocols. |
| MTCF 204.2 | Apply proactive and defensive measures to counter potential threats, attacks and intrusions. |
| MTCF 204.3 | Design secured wireless and mobile networks that optimise accessibility whilst minimising vulnerability to security risks. |
| Multimedia Security (MTCF 207) | |
| MTCF 207.1 | Identify multiple issues related to the protection of digital media, including audio, image, and video content. |
| MTCF 207.2 | Analyzes techniques such as selective video encryption for real-time requirements, chaos-based encryption, key management, and streaming media protection. |
| MTCF 207.3 | Illustrates lossless data hiding, scalable image and video authentication, and signature-based media authentication. |
| MTCF 207.4 | Assess the applications, parameters, and requirements of the digital watermarking framework. |
| MTCF 207.5 | Summarize the vulnerabilities of protection schemes in multimedia content. |
| Ethical Hacking Lab (MTCF 209) | |
| MTCF 209.1 | Identify footprinting techniques and tools. |
| MTCF 209.2 | Recognize the characteristics of the enumeration phase of an attack and effective countermeasures. |
| MTCF 209.3 | Gain exposure to the latest technologies, such as OT Technology, Container Technology. |
| Steganography Lab (MTCF 210) | |
| MTCF 210.1 | Understand to implement the symbol table using hashing techniques. |
| MTCF 210.2 | Analyzes techniques such as selective video encryption for real-time requirements, chaos-based encryption, key management, and streaming media protection. |
| MTCF 210.3 | Illustrates lossless data hiding, scalable image and video authentication, and signature-based media authentication. |
| MTCF 210.4 | Assess the applications, parameters, and requirements of the digital watermarking framework. |
| MTCF 210.5 | Summarize the vulnerabilities of protection schemes in multimedia content. |
| Semester: 3 | |
| Preserving & Recovering Digital Evidence (MTCF 301) | |
| MTCF 301.1 | Summarize Digital evidence and computer crime and Laws. |
| MTCF 301.2 | Illustrate the Computer basics for digital investigators w.r.t Unix and Macintosh systems. |
| MTCF 301.3 | Illustrate the Networks basics for digital investigators. |
| MTCF 301.4 | Investigate computer intrusions and cyber stalking. |
| MTCF 301.5 | Interpret the basic concepts how to Handling the digital crime scene, digital evidence examination guidelines. |
| Cyber Laws & Security Policy (MTCF 302) | |
| MTCF 302.1 | Understand the fundamentals of Cyber Crime. |
| MTCF 302.2 | Analyze the nature and effect of cybercrime in society. |
| MTCF 302.3 | Demonstrate Accounting Forensics. |
| MTCF 302.4 | Analyze Computer Crime and Criminals and Liturgical Procedures |
| MTCF 302.5 | Apply the laws and regulations to the applications. |
| Distributed Systems Security (MTCF 305) | |
| MTCF 305.1 | Explain the design and development of distributed systems and distributed systems applications. |
| MTCF 305.2 | Use the application of fundamental Computer Science methods and algorithms in the development of distributed systems and distributed systems applications. |
| MTCF 305.3 | Discuss the design and testing of a large software system, and to be able to communicate that design to others. |
| MTCF 305.4 | Apply knowledge of distributed systems techniques and methodologies related to security. |
| Dissertation Phase 1 (MTCF 307) | |
| MTCF 307.1 | Identify the complex engineering problems. |
| MTCF 307.2 | Understand different methodologies for documentation as report. |
| MTCF 307.3 | Demonstrate systematic understanding and sound technical knowledge of their topic of research. |
| MTCF 307.4 | Examine the key stages to analize / develop the research. |
| MTCF 307.5 | Select the suitable method which leads to appropriate results. |
| MTCF 307.6 | Design engineering solutions to various problems used to benefit society. |
| Seminar & Technical Writing (MTCF 308) | |
| MTCF 308.1 | Identify relevant information, defining and explain topics under discussion. |
| MTCF 308.2 | Understand problem solving skills and apply theoretical knowledge. |
| MTCF 308.3 | Demonstrate the ability to learn and write both informal (scientific note taking) and formal (research paper) writing. |
| MTCF 308.4 | Calculate information, use and apply relevant theories. |
| MTCF 308.5 | Judge when to speak and how much to say, speak clearly and audible in a manner appropriate to the subject. |
| MTCF 308.6 | Develop ideas through creating work. |
| Semester: 4 | |
| Dissertation Phase-II (MTCF 401) | |
| MTCF 401.1 | Identify the research topic/area in the field of Cyber Forensics and Information Security to carry out independent research. |
| MTCF 401.2 | Understand the process to carry out research in written format and report your result and conclusion with reference to existing literature. |
| MTCF 401.3 | Demonstrate appropriate reference and writing skills to report writing. |
| MTCF 401.4 | Analyze and synthesize research finding to the agreed area of research. |
| MTCF 401.5 | Evaluate the methods and knowledge to solve the specific research problem. |
| MTCF 401.6 | Develop result on the basis of evaluation and analysis undertake. |
