Module edc

NEC 402 ELECTRONICS CIRCUITS
C214.1 :To design Op Amp based non trivial circuits for applications in the areas of analog
computation and sophisticated instrumentation.
C214.2 : To develop high degree of familiarity with physical structure and operation of
MOSFET that can be utilized in analysis and design of discrete integrated circuits.
C214.3 : To design and perform first order analysis of BJT based circuits and to use them in
automotive electronics and Analog Signal Processing applications.
C214.4 : To gain insight knowledge of both types of feedback to be employed in stable,
regenerative circuit designs and many other areas.
C214.5 :To analyze and design Differential Amplifier configuration which is extensively
used in integrated circuit design.
Changes suggestedinCos
CO-PO MAPPING
CO/PO PO1 PO2 PO3 PO4 PO5 PO6 PO7 PO8 PO9 PO10 PO11 PO12
C214.1 M M M M L L - - L L - L
C214.2 M M M M L L - - L L - L
C214.3 M M M M L L - - L L - L
C214.4 M M M M L L - - L L - L
C214.5 M M M M L L - - L L - L
Changes suggestedCO PO mapping withjustification
Coordinator: AA/RA
Members: SM/SK/CS/GK/NV

NEC-603 INTEGRATED CIRCUIT TECHNOLOGY
COURSE OUTCOMES
C313.1 To discuss the fundamental steps involved in silicon crystal growth and wafer
preparation
C313.2 To examine the oxidation models of silicon to understand growth mechanism and
kinetics to obtain high quality oxide in repeated and controlled manner.
C313.3 To study the Diffusion process used to alter the conductivity of semiconductors
C313.4 To assess the process of VLSI chip packaging, which ranges from pre-assembly
wafer preparation to fabrication technologies for the packages that provide electrical
connection, mechanical and environmental protection
C313.5 To integrate the fundamental procedural steps ranging from wafer processing to
create silicon devices.
CO-PO MAPPING
C313.1 M L H M - - L - - - - M
C313.2 M - M H - - - - - - - M
C313.3 M L - M - - - - - - - M
C313.4 L - - - - - - - - - - M
C313.5 M - - - - - - - - - - M
Coordinator: AA/RA

NEC 403 ELECTRONICS MEASUREMENTS & INSTRUMENTATION+
C215.1 : Identify electronics / electrical instruments, errors associated with instruments,
standards and units of measurement.
C215.2 : Develop basic applications of measurement and instrumentation systems by
understanding their characteristics.
C215.3 : Design a signal conditioning and bridge circuits corresponding to measurement
system.
C215.4 : Use an oscilloscope to display signal and calculate signal parameters—frequency,
phase, delay, voltage and to process the signal to reduce noise.
C215.5 :Calculate and determine uncertainties of measure and errors in instruments,
measuring equipments and their calibration.
CO-PO MAPPING
C215.1 M L L L L L L - - L - L
C215.2 M L L L L - - -- - L - M
C215.3 L L M M L - - - - L - M
C215.4 M M M M L - - -- - M - M
C215.5 L L L M L M M - - M - M
Coordinator: AA/RA

EEC- 081 NONCONVENTIONAL ENERGY RESOURCES
COURSE OUTCOME
C411.1 Recognize the important aspects of Direct Energy Conversion Technologies, which
are the upcoming technologies for the future.
C411.2 Describe the use of solar energy for different applications like Solar power plant,
flat plate collectors etc.
C411.3 Explain other direct energy conversion resources like fuels, geothermal, Magneto-
hydrodynamics (MHD) and perform its various characterization techniques with their
environmental effects.
C411.4 Illustrate the basic principles of design and operations of Thermoelectric ,thermionic
convertors and Wind energy.
C411.5 Discuss various non-conventional sources of energy like biomass, tidal wave, OTEC
etc. and its applications in remote areas of the country.
CO-PO MAPPING
C411.1 L L L L - M M M L L L M
Coordinator: AA/RA

NEC 452 ELECTRONICS CIRCUIT LAB
COURSE OUTCOMES
C220.1. Students are able to measure OP-Amplifier parameters and understand its application
as adder, subtractor,
C220.2 Students can visualise the effect of frequency on the gain for BJT and FET based
amplifiers and can appreciate the significance of unity gain amplifier.
C220.3 : Students were able to understand the concept of positive feedback and generate the
waveforms of required
C 220.4 Students gain the conceptual knowledge of Power Amplifier and practically observe
the cross over distortion encountered in them
C 220.5 Students got the knowledge of simulation software (P-SPICE) and were able to
realize its significance.
CO-PO MAPPING
PO1 PO2 PO3 PO4 PO5 PO6 PO7 PO8 PO9 PO10 PO11 PO12
C220.1 L L L L M
C220.2 M M M L L M
C220.3 L M M L L M
C220.4 L M L L M
C220.5 L L M L M
Changes suggestedCO PO mapping with justification
Coordinator: AA/RA

NEC 454 ELECTRONICS MEASUREMENTLAB
COURSE OUTCOMES
C222.1. :Studentswill be able tounderstandthe operation,performanceof the mostimportant
measuringinstruments
C222.2 Students will be able to understand the various electronic bridges for measurement of
basic components.
C222.3 : Students will be able to understand the operation of vital transducers using in
electronics measurement laboratory
C 222.4 Students gain the conceptual knowledge of Power Amplifier and practically observe
the cross over distortion encountered in them
C 222.5 Students will be able to understand the operation and functioning of measuring
instruments used in basic
CO-PO MAPPING
C222.1 M L L L M
C222.2 L L L L M L M
Coordinator: AA/RA

NEC-654 SEMINAR
COURSE OUTCOME
C321.1 Familiarize with various design aspects and future scope for signal processing in the
field of electronics engineering and motivate themselves for developing research
approach in this area.
C321.2 Associate the state of art for designing and programming in VLSI and embedded
system followed by IT industry from basic to advance.
C321.3 Gain insight knowledge of various electronic and semiconductor devices and get the
exposure for technological advancement, applications and future scope for research
area.
C321.4 Describe the state of art for recent technologies in the field of communication and
networking and motivate themselves for selection of research area for higher studies.
C321.5 Employ effective skills in literature search by utilizing technical resources and
develop the interpersonal skills, presentation skills, soft skills and creativity in the field of
engineering.
Changes suggested in Cos
CO-PO MAPPING
C321.1
- L - - - - L - - L - L
C321.2
- - - - - - - - - L - L
C321.3
L L - L - - L - - L - L
C321.4
L L - L - - L - - L - L
C321.5
- - - - L - - - L H - M
Coordinator: AA/RA

EEC- 851 PROJECT
COURSE OUTCOMES
PAC416.1 Topic/Module on which the student have worked from last presentation.
PAC416.2 Highlighting features of topic/module
PAC416.3 Problems faced /troubleshooting techniques student have followed
PAC416.4 Tools/Compliers/Hardware components used to implement above module
PAC416.5 Specific references followed for the above topic/module
PAC416.6 Analysis, interpretation and validity of outcomes.
PACs& POs MAPPING
BATCH 2012 - 2016,VII SEMESTER
PACs PO1 PO2 PO3 PO4 PO5 PO6 PO7 PO8 PO9 PO10 PO11 PO12
PAC416.1 H H H H M M L M M M M M
PAC416.2
H H H H M M M H M L M M
PAC416.3
H H H H H M H H H H M H
PAC416.4
H H H M H M M M M M M H
PAC416.5
H M M H M H M H L L M M
PAC416.6
H H H H H H M M H
M
M H
Coordinator: AA/RA

NEC 302 FUNDAMENTALS OF ELECTRONIC DEVICES
COURSE OUTCOMES
C203.1 Define the structure and electrical properties of semiconductor materials and the
factors affecting the conduction processes within the semiconductor materials
C203.2 Identify the effect of optical excitation on the semiconductors mathematically and
physically along with the related applications.
C203.3 Explain the conduction process across P-N junction in equilibrium as well as in
steady state under DC and AC conditions. Also introducing the metal semiconductor
junctions and their properties.
C203.4 Examine the structure, operation and characteristics of various transistors formed by
semiconductor junctions and metal-semiconductor junctions.
C203.5 Get description about the structure and function of special purpose devices with their
usage in day to day life.
Changes suggested in Cos
CO-PO MAPPING
Coordinator: AA/RA
C203.1 M M L - - - - - - L - M
C203.2 M M L - - - - - - L M
C203.3 M M L - - - - - - L - M
C203.4 M L L - - - - - - L - M
C203.5 L L L - - L - - - L - L

NEC 301 NETWORK ANALYSIS & SYNTHESIS
COURSE OUTCOMES
C202.1 Students will be able to understand the various signals and analysis of electrical
network.
C202.2 Analysis of circuit by Network Theorems and also by using Laplace Transform.
Understand the Two port network and find relationship between port parameters.
C202.3 Students will be able to synthesize of the LC, RC, RL Network.
C202.4 Students will be able to Synthesis of LC Network with 1Ω termination also study of
transmission of zero.
C202.5 Students will be able to understand the operation and various applications of
operational amplifier.
CO-PO MAPPING
C202.1 H M M M M L - - L L L M
C202.2 H M M H M L - - L L L M
C202.3 H M M H M L - - L L L M
C202,4 H M M H M L - - L L L M
C202.5 H M M H H L - - L L L M
Coordinator: AA/RA

NEC 351 NETWORKANALYSIS & SYNTHESIS
COURSE OUTCOMES
C208.1 Students will be able to practically verify some of the important basic network
theorems, and also be able to compare it theoretically.
C208.2 Students will be able to determine various two-port parameters in the lab, and will
also verify them theoretically
C208.3 Students will be able to verify the properties of RC, RL and LC circuits.
C 208.4 Students will be able to verify the various applications of Op Amp such as buffer
circuit, integrator, differentiator etc.
CO-PO MAPPING
C208.1 M L L M M H H
C208.2 M L L M M H H
C208.3 M M L M M M M H H
C208.4 M M M M M M M H H
Coordinator: AA/RA

NEC 352 ELECTRONICS WORKSHOP & PCB DESIGN
COURSE OUTCOMES
C209.1 Developing the schematics of circuit design using software.
C209.2 Understanding the steps and processes involved in the PCB design and fabrication
C209.3 Practical experience of PCB fabrication and testing of a sample circuit.
C 209.4 Understanding of steps and processes involved in design and manufacturing of a step
transformer.
Changes suggestedinCOs
.
CO-PO MAPPING
C209.1 L M M H H M
C209.2 M L L L H H L
C209.3 L L L H H L
C209.4 M M L L H H M
Coordinator: AA/RA

NEC 354 ELECTRONICS DEVICE LAB
COURSE OUTCOMES
C211.1 Gain hands on experience in electronic measurements as well as ac and dc voltage
sources
C211.2 Understand the capabilities and limitations of two terminal devices and make
decisions regarding their best utilization
C211.3 : Observe and analyze the characteristics of two major three terminal active elements
and to acquire practical knowledge in the field of solid state devices.
C 211.4 Understand the fundamentals of operation of power electronic devices and
practically visualize their characteristics.
CO-PO MAPPING
C211.1 L L L L L M L L
C211.2 L M L L M L L M
C211.3 M M L L L M L L H
C211.4 M L L L M L L L
Coordinator: AA/RA

Module edc

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