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My UNESCO Certificate

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CONCEPT ON MANUFACTURING PROCESSES

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Logic Design

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Programming in C

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DYNAMICS

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Mechanical Measurements and metrology

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OBJECTIVES OF SFD and BMD

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material science and metallurgy

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Ergonomic design of a Trolley

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Course Outcomes:
1.Applying mathematical knowledge on vectors.
2.Analyzing the electric and magnetic fields.
3.Analyzing the effect of time in electric and magnetic field.

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Supply chain and Logistics Management -Objective

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04-01-2017

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Bharath

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Boundary Layer Phenomenon

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To Understand the concept of Boundary layer Phenomenon

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Engg Maths -1

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Synthesis of Nanomaterials

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GO:  Understand the fundamentals of Basic Electronics

SO1: Understand the working of diodes, rectifiers and filters (L2)Conceptual
     and Design voltage regulator circuits.
SO2: Discuss the working of transistor and variors biasing techniques.(L2) Factual
SO3: Analyse the working of transistor as an amplifier and 
     how negative feedback stabilizes the circuit.		(L2) conceptual
SO4: Design different oscillator circuits.			(L3) Procedural
SO5: Discuss basics of communication system.			(L2) Factual
SO6: Discuss various real time applications of electronics.	(L2) Factual





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III Semester, Industrial & Production Engineering.

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and ASHWINI D S

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At the end of the course the student will able to
 understand Analog communication system(GO)

   
1.Define various analog modulation types like AM,FM and PM (SO)(L2)-Factual
2.Describe  and analyze various analog modulation techniques(SO)(L2)(L4)-Factual
3.Generate and detect various analog modulated waves(SO)(L2)-Factual
4.Evaluate the performance of commmunication receivers in the noisy environment(SO)(L2)- Conceptual

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Dr H. S .PRASANNA

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THE GO'S AND SO'S

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Objectives for the Mechanical Engineering Sciences

General Objectives
GO1: To understand the concept of conventional and non conventional energy sources.
GO2: To understand the working priciple of internal combustion engines.
GO3: To realize the concepts of power transmission system.
GO4: To study the different types of manufacturing process.
GO5: To analyse the use of suitable machine tool.

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DBMS(IO)

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objectives of CN

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objectives for computer networks
GOs 
1. To understand the different layers (U , C)
          a. appreciate the functionalities of different layers ( U, C)
    	  b. to differentiate between TCP/IP and OSI models (U , C)
2. To learn the importance of Data link layer (U , C)
          a. to understand the different protocols (U , C) 
          b. understand the different ways of handling errors (U , C)
3. To understand the internetwork layer ( U , C) 
          a. understand and remember the format of IP, ICMP, IGMP packets (U , C)
          b. understand the need of fragmentation ( U , C)
4. To understand the Transport layer ( U , C)
          a. understand flow control ( U , C)
          b. understand congestion control ( U , C)

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Instructional Objectives

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Subject: Distributed Operating system

Lesson: Synchronization in distributed systems

General Objective:

To Prepare students to address the issues to be resolved in the design of disitributed systems using synchronization mechanism and describing successful approaches in the form of abstract models, algorithms and detailed case studies.(A,P)

Specific Objectives:

The student will be able to 

1. List any two differences between physical clocks and logical clocks
2. Make use of Lamport's clock to Illustrate the enforcement of at-most-once message delivery to aserver in the event of crash
3. Develop an appropriate algorithm to achieve mutual exclusion in distributed systems having unordered processes using a token
4. Demonstrate how election is carried out in distributed system using the Bully algorithm
5. Compare the performance of election alogrithms in distributed systems 






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The objective file

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Engineering Maths -

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Embedded Systems Design

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KRS

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Data structures

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N Kaulgud

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Objective of Power System

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CN

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Logic Design

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Anitha C
Python Programming

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Power System

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Distributed OS

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n

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Finite Element Analysis

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MOM

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Boundary

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DMS

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K R S

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My first freemind

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Data structures
stacks
queues
linked list tree

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Dept. of Civil Engg.

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Teaching Learning process