VidyaVikas Education Trust s Universal College of Engineering, Kaman Road, Vasai Department- Computer Engineering

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1 Course Outcomes: Subject- ECCF CO1 :To understand the use of semiconductor devices in circuits and modify it as per requirement. CO 2 : To understand the significance of power amplifiers in day to day applications along with the importance of oscillators. CO3 : To understand the basic concepts of operational amplifier along with its application. CO4 : To understand the fundamentals of electronic communication and its application. CO5: To apply knowledge of electronic devices and circuits to communication applications. CO 6:To study basic concepts of information theory. Subject-COA CO1.Ability to understand basic structure of computer. CO 2.Ability to perform computer arithmetic operations. CO 3.Ability to understand control unit operations. CO 4.Ability to design memory organization that uses banks for different word size operations. CO 5.Ability to understand the concept of cache mapping techniques. CO 6.Ability to understand the concept of I/O organization. CO 7.Ability to conceptualize instruction level parallelism. 1

2 Subject-MP CO1.Understand Processor Architecture. CO 2.Create assembly language and mixed language programs for 8086 based system. CO 3.Design system using memory chips and peripheral chips for 8086 microprocessor CO 4.Illustrate techniques to improve performance of microprocessors. CO 5.Distinguish between RISC and CISC Subject-Digital Logic and Design Analysis: CO 1: To understand different number systems and their conversions. CO 2: To analyze and minimize Boolean expressions. CO 3: To design and analyze combinational circuits. CO 4: To design and analyze sequential circuits CO 5: To understand the basic concepts of VHDL. CO 6: To study basics of TTL and CMOS Logic families. Subject-Discrete Structures: CO1: Students will be able to have the ability to reason logically. CO2: Students will be able to understand use of functions, graphs and trees in programming applications. 2

3 CO3: Students will be able to understand use of groups and codes in Encoding-Decoding.. CO4: Students will be able to express recursive functions of other subjects like Data Structures as recurrence relation. Subject-Database Management Systems: CO1: Students will be able to have the ability to reason logically. CO2: Students will be able to understand use of functions, graphs and trees in programming applications. CO3: Students will be able to understand use of groups and codes in Encoding-Decoding.. CO4: Students will be able to express recursive functions of other subjects like Data Structures as recurrence relation. CO5: Students will get the idea of ACID properties used in transaction. They will get to understand the concept of deadlock handling and how it should be prevented or detected. CO6: Students will get the idea of various techniques used for query optimization. Subject: Digital Forensics CO1: Will be able to understand the basic definitions and focus on the procedures for identification, preservation and extraction of electronic evidences and the evidence gathering methodology.s CO2:Will be able to focus on the auditing and investigation of network and host based evidences. 3

4 CO3:Will be in a position to analyze and document the information gathered and prepare a testimonial evidence and also analyze the challenges in evidence handling. CO4:Will bein a position to experience a hands-on environment of forensic tools and resources. CO5:Will be in a position to understand the various system requirements for system administrators and forensic analystsand also understand the process of forensic duplication. CO6:Will be also able to differentiate between the various possible attacks on a host or network based device and how to investigate such a live system and the various laws against cyber-crime. Subject: Analysis of Algorithm CO1: Ability to calculate time complexity and space complexity of an algorithm CO2:Ability to analyze different divide and conquer problems CO3:Ability to analyze different greedy method problems. CO4:Ability to analyze different dynamic programming problems CO5:Ability to analyze different backtracking problems CO6:Ability to analyze different string matching algorithms. CO7:.Ability to select appropriate problem solving strategies Subject: Artificial Intelligence CO1: Ability to develop a basic understanding of AI building blocks presented in intelligent agents CO2: Understand working of different types of agents and environments. 4

5 CO3: Solve problems using different search strategies and reasoning and apply different learning algorithms to solve problems.. CO4: Infer and explain knowledge and reasoning in uncertain domain and different methods of learning. CO5: Develop a plan for a given search problem to design and develop the AI applications CO6: Evaluate applications of expert system and NLP. Subject: Web Technology CO1 Students will be able to design static web page using HTML tags. CO 2 Students will be able to make web pages more attractive using css and interactive using forms. CO3 Students are able to develop a dynamic webpage by the use of java script CO4 Students will b able to use web development tool. CO5 Students will be able to write a well formed valid XML document. CO 6 Students will be able to write a server side PHP application form data sent from client, process it and store it on database. Subject: Human Machine interaction CO1. Knowledge of basic building blocks of human machine interaction CO2.To design user centric interfaces. CO3. To design innovative and user friendly interfaces. 5

6 CO4. To apply HMI in their day-to-day activities. CO5.Tocriticize existing interface designs, and improve them. CO6. To Design application for social and technical task. Subject-Data structures. CO1: Study different data structures. CO2: Implement different operations on stack and queue. CO3: Implement different operations on Link list. CO4: Implement different operations on trees. CO5: Handle different traversal techniques using graph. CO6: Select appropriate sorting techniques for a given problem. CO7: Select appropriate searching techniques for a given problem. Subject- Parallel and distributed system CO1: Apply the principles and concept in analyzing and designing the parallel and distributed system CO2: Gain knowledge on the challenges and opportunities faced by parallel and distributed systems. CO3: Understand the middleware technologies that support distributed applications such as RPC, RMI and object based middleware. 6

7 CO4: Improve the performance and reliability of distributed and parallel programs. CO5: Study the concepts of resource and process management. Subject- Software Project Management CO1- Are you able to define characteristics of a project. CO2 Can you conceptualize IT project management CO3-Are you able to describe risk in environment and the management challenges for effective project management. CO4-Will you able to apply the project management principles across all phases of a project CO5-Can you implement different phases of IT projects. CO6- Can you demonstrate use of tools and techniques for the management of a project plan, monitor and controlling a project schedule and budget, tracking project progress. Subject- Computer Graphics CO1:Understood basic concepts of computer graphics CO2:Acquired knowledge about drawing basic shapes such as lines, circle ellipse. CO3:Got basic knowledge of windowing and clipping. CO4:Acquired knowledge about Illumination Models and Surface Rendering 7

8 CO5:Learnt about processing of basic shapes by various processing algorithms. CO6:Acquired knowledge about Color Models Subject- NTAL CO1:Understood concepts of network reconnaissance and tools for that. CO2:Acquired knowledge about network based tools for network scanning. CO3:Got basic knowledge of port scanning tools. CO4:Acquired knowledge about identifying network vulnerability. CO5:Learnt the tools for intrusion detection system using tools like SNORT. CO6:Acquired knowledge about tools for passive attacks. Subject- Image Processing CO 1:Able to understand the concept of Digital Image and Video Image. CO2: Able to explain image enhancement Segmentation technique. CO3: Able to explain image Segmentation technique. CO4: Able to develop fast image transform flow graph. CO5: Able to Solve Image compression and decompression techniques. 8

9 CO6: Able to Perform Binary Image Processing Operations. Subject: APPLIED MATHEMATICS-III CO1: Understand complex variable theory, application of harmonic conjugate to get orthogonal trajectories and analytic function. CO2: Plot the image of the curve by a complex transformation from z-plane to w-plane. CO3: Expand the periodic function by using Fourier series and complex form of Fourier series lema s CO4: Understand the concept of Laplace transform and inverse Laplace transform of various functions and its application to solve ordinary differential equations. CO5: Apply the concept of Z- transformation and its inverse of the given sequence. CO6: Apply the concept of Correlation and Regression to the engineering problems. Subject-STRUCTURED AND OBJECT-ORIENTED ANALYSIS AND DESIGN CO1: Students will be able to understand and apply Techniques to get the System Requirements. CO2: Students will be able to understand and present System Requirement in standard format CO3: Students will be able to understand and Analyse Feasibility for System Requirements. CO4: Students will be able to understand and Model different System Requirements. CO5: Students will be able to design different Databases required for various Systems as per the needs of an Organisations. 9

10 CO6: Students will get the idea of various UML Diagrams. Subject- Operating system CO1. Understand basic knowledge, functions and services of Operating system as system software. CO2. Design functions and services and learn various scheduling algorithms. CO3 Identify the role of process synchronization towards increasing throughput of the system CO4.Solve the deadlock problems, resource allocation and apply various techniques. CO5.Analyze study and implementation of memory, I/O and file management. CO6.Recognize the various data structures used by different OS like Unix Linux and Windows 7. Subject-Software Architecture CO1.Understand the architectural concepts,importance and role of software architecture CO2. Recognize major software architectural styles, design patterns and framework CO3 Analyze Components and different types of Connectors,their role in software architecture CO4.Understand the modeling techniques and types of analysis for a problem and selection among them CO5. Implement software architecture using different frameworks CO6. Design software architecture for non-functional and domain specific software systems 10

11 Subject-Digital signal Processing CO-1Understand the concept of Discrete time Signal and perform signal manipulation. CO-2 Perform classification of DT System and will be able to understand concept of IIR and FIR System. CO-3 Evaluate DFT and analyze the properties of DFT. CO-4 Calculate DFT using FFT Flowgraph. CO-5 Understand Fast DFT Algorithms. CO-6 Understand the concept of DSP Processor and real time DSP Applications. Subject-Distributed Database CO 1-Students get the idea of distributed database systems, issues in designing,and architectures of DDB CO 2-Students get the idea about fragmentation, allocation and various transparencies in Distributed Database design CO 3-Students get an idea of transaction management, concurrency control and various algorithms for concurrency control in distributed database. CO 4-Students will understand Deadlock detection techniques, prevention, and avoidance and recovery protocols in distributed database systems. CO 5-Students shall get acquainted with phases of distributed query processing and global query optimization algorithms. 11

12 CO 6-Students get an idea of Heterogeneous database architecture and various issues in heterogeneous databases. CO 7-Students shall be able to execute Xquery on XML database file and get idea about various applications of XML in distributed database systems. Subject-Applied Mathemetics-III CO1:Apply the concept of Laplace Transform, Periodic Function and Special Functions Transformation Engineering Problems. CO2:Apply the concepts of Inverse of Laplace transform. CO3:Apply the concept Of Fourier Transform and used in Engineering Problems. CO4:Apply to solve the Transformation from Z plane to W plane and conversion of Mapping. CO5:Apply concepts of Z Transformation of A periodic Function and solving Of Engineering Problems. CO6:Apply concepts of Scattered Diagram and Correlation and Rank of Correlation to the engineering problems. 12

13 Subject- Software Engineering CO1:Will get a conceptual understanding of the Software engineering, Software processing models and Metrics. CO2 : Will be able to develop an understanding of different types of Cost estimation Models and the software scheduling and Planning. CO3 : Will be able to develop and understanding of Risk management and software configuration management with version and change control. CO4 : Will be able to grasp the design of software and understand the concept of software architecture and user interface design with Software quality assurance and quality metrics. CO5 : Will be able to understand the concept of Black box, white box and oo testing. CO6 : Will be able to understand the concept of software maintenance and reverse engineering with web engineering and TDD process. Subject Computer Network CO 1: Will be able to develop an understanding of computer network, protocol, topology and the concept of OSI layers. CO2 : Will get a conceptual understanding of the guided and unguided media. CO3 : Will be able to understand Flow control, error control, framing With the aloha and CSMA. CO4 : Will be able to understand the concept of Iv4 and IPv6 addresses, subletting with the routing algorithm. 13

14 CO5 : Will be able to understand the concept of socket programming with the congestion control. CO 6: Will be able to understand the concept application layer services and SNMP. 14

Pillai HOC College of Engineering and Technology, Rasayani

Mahatma Education Society s Pillai HOC College of Engineering and Technology, Rasayani Department of Computer Engineering Class/Sem: S.E/ III CBCS Name: Applied Mathematics - III CSC301.1 CSC301.2 CSC301.3