NBA C-6 NEW FORMAT 19.2.15.doc

CMR ENGINEERING COLLEGE

DEPARTMENT OF MECHANICAL ENGINEERING

NBA-C6

Facilities and Technical Support(80) (50)

6.1. Laboratories in the department to meet the Curriculum Requirements (65) (35)

Curriculum Lab Description

Exclusive use/ Shared?

Space in Sq.m, No. of Students

No. of experiments

Qualify of instruments

Lab manuals

ELECTRONIC DEVICES & CIRCUITS LAB

Exclusive 80.00/30 14 Good Available

BASIC SIMULATION LAB

Shared 201.18/60 10 Good Available

ELECTRICAL ENGINEERING LAB


EC & PDC Shared 201.18/15 09 Good AvailableANALOG COMMUNICATIONS LAB


INTEGRATED CIRCUIT APPLICATIONS


Microprocessors and micro controllers


Digital Signal Processing


Adv. English Language Communication Skills


E-CAD & VLSI LAB


MICROWAVE ENGG & DIGITAL COMMNS LAB


6.1.1. Availability of adequate, well-equipped laboratories to meet the curriculum requirements (40) (20)

S.No

Name of the Lab

Area(Sqm)

Experiment Title

Equipment Required

Available? Lab outcome

Mapping to POs

1

Electronic Devices

and Circuits

Lab

80.00

1).Forward & Reverse Bias Characteristics of PN Junction Diode.

RPS, Diode, Resistor, Voltmeter, Ammeter, Bread Board, Connecting wires

Available

2).Zener diode characteristics & Zener as voltage Regulator.

RPS, zener Diode, Resistor, Voltmeter, Ammeter, Bread Board, Connecting wires

Available

3).Input & Output Characteristics of Transistor in CB configuration and h-parameter calculations.

Transistor, RPS, Resistor, Voltmeter, Ammeter, Bread Board, Connecting wires

Available

4).Input & Output Characteristics of Transistor in CE configuration and h-parameter calculations.

Transistor, RPS, Resistor, Voltmeter, Ammeter, Bread Board, Connecting wires.

Available

5).Half Wave Rectifier with & without filters.

Diodes, RPS, DRB, Voltmeter, Ammeter, Bread Board, Connecting wires, CRO, Probes.

Available

6).Full Wave Rectifier with & without filters.

Diodes, RPS, DRB, Voltmeter, Ammeter, Bread Board, Connecting wires, CRO, Probes

Available

7).FET characteristics.

FET Transistor, RPS, Resistor, Voltmeter, Ammeter, Bread Board, Connecting wires.

Available

8).Design of Self-bias circuit.

Transistor, RPS, Resistor, Bread Board, Connecting wires, CRO, Probes.

Available

9).Frequency Response of CC Amplifier.

Transistor, RPS, Resistor, Bread Board, Connecting wires, CRO, Probes.

Available

10).Frequency Response of CE

Transistor, RPS, Resistor,

Available

Amplifier. Bread Board, Connecting wires, CRO, Probes.

11).Frequency Response of Common Source FET Amplifier.

FET Transistor, RPS, Resistor, Bread Board, Connecting wires, CRO, Probes.

Available

12).SCR Characteristics.

SCR, Resistor, Voltmeter, Ammeter.

Available

13).UJT Characteristics

UJT, Resistor, Voltmeter, ammeter.

Available

1).Basic Operations on Matrices.

Matlab, pc Available

2

Basic Simmulation Lab

136

2). Generation of Various Signals and Sequences (Periodic and Aperiodic), such as Unit Impulse, Unit Step, Square, Saw tooth, Triangular, Sinusoidal, Ramp, Sinc.


3). Operations on Signals and Sequences such as Addition, Multiplication, Scaling, Shifting, Folding, Computation of Energy and Average Power.


4).Finding the Even and Odd parts of Signal/Seque


nce and Real and Imaginary part of Signal.

5).Convolution between Signals and Sequences.


6).Auto Correlation and Cross Correlation between Signals and Sequences.


7).Verification of Linearity and Time Invariance Properties of a given Continuous/Discrete System.


8).Computation of Unit Sample, Unit Step and


Sinusoidal responses of the given LTI system and verifying its physical realiazability and stability properties.

9).Gibbs phenomenon


10).Finding the Fourier Transform of a given signal and plotting its magnitude and phase spectrum.


11).Waveform Synthesis using Laplace Transform.


12).Locating the Zeros and Poles and plotting the Pole-Zero


maps in S-plane and Z-plane for the given transfer function.

13).Generation of Gaussian noise(Real and Complex), Computation of its mean, M.S. Value and its Skew, Kurtosis, and PSD, Probability Distribution Function.


14).Sampling Theorem Verification.


15).Removal of noise by Autocorrelation/Cross correlation.


16).Extraction of Periodic


Signal masked by noise using Correlation

17).Verification of Weiner-Khinchine Relations.


18).Checking a Random Process for Stationary in Wide sense.


3

Electrical Engineering Lab

160.00

1).KCL and KVL

Bread boards, resistors.

Available

2).Superposition and reciprocity theorem


Available

3).Thevinens, nortons theorems


Available

4).Maximum power

DRB Available

transfer theorem

5).Series and parallel resonance

Capacitors, Inductors.

Available

6).ABCD Parameters, h-parameters.

Experimental Kit

Available

7).Two port Network parameters,Z,Y Parameters.

Experimental Kit

Available

8).Magnetization characteristics of DC-shunt Generator.

Experimental Setup for Magnetization circuit.

Available

9).Swinburnes Test on DC Shunt machine.

Experimental Setup for Swinburnes Test on DC Shunt

Available

10).Brake Test on DC

Experimental Setup for

Available

Shunt Motor Brake Test on DC Shunt Motor

11).OC and SC Test 1-φ Transformer.

Experimental Setup for OC and SC Test 1-φ Transformer.

Available

12).Load test on 1-φ Transformer

Experimental Setup for Load test on 1-φ Transformer

Available

4 EC & PDC Lab

79.00 1).Common Emitter Amplifier

Transistor, Resistors, Capacitor, Breadboard, power supply, CRO, Function Generator, Probes, Connecting Wires.

Available

2) Common Source Amplifier

Transistor, Resistors,

Available

Capacitor, Breadboard, power supply, CRO, Function Generator, Probes, Connecting Wires.

3) Two Stage RC Coupled Amplifier


Available

4). Current shunt and Voltage Series Feedback Amplifier


Available

5) RC Phase Shift

Transistor, Resistors,

Available

Oscillator using Transistors

Capacitor, Breadboard, power supply, CRO, Function Generator, Probes, Connecting Wires.

6) Class A Power Amplifier (Transformer less)

Trainer kit, CRO, Function Generator, Probes, Connecting Wires.

Available

7) Single Tuned Voltage Amplifier

Trainer kit, CRO, Function Generator, Probes, Patch Chords.

Available

8) Hartley & Colpitt’s Oscillators

Trainer kit, CRO, Function Generator, Probes, Patch Chords.

Available

1) Linear Wave Shapinga) RC Low Pass Circuit

Resistor, Capacitor, Breadboard, DRB,

Available

for different time constantsb) RC High Pass Circuit for different time constants

CRO, Probes, connecting wires.

2) Non –linear wave shapinga).Transfer characteristics and response of Clippersi)Positive and Negative Clippersii)Clipping at two independent levels.b) The steady state output waveform of clampers for a square wave inputi) Positive and Negative Clampersii) Clamping at reference voltage

Resistor, Capacitor, Breadboard, DRB, CRO, Probes, connecting wires.

Available

3) Comparison Operation of Comparators

Resistor, Capacitor, Breadboard, DRB, CRO, Probes,

Available

connecting wires.

4) Switching characteristics of a transistor

Transistor, Bread Board, CRO, Probes, connecting wires.

Available

5) Design a Bistable Multivibrator and draw its waveforms

Trainer kit, CRO, Probes, Function Generator, Patch Chords

Available

6) Design an Astable Multivibrator and draw its waveforms


Available

7) Design a Momostable Multivibrator and draw its waveforms


Available

8) Response of Schmitt Trigger circuit for loop gain less

Trainer kit, CRO, Probes, Function

Available

than and greater than one

Generator, Patch Chords

9) UJT relaxation oscillator


Available

10) The output – voltage waveform of Boot strap circuit


Available

11) The output – voltage waveform of Miller sweep circuit


Available

12). The output – voltage waveform of Bootstrap Sweep Circuit,


Available

5 IC Applicatio

79.00 1). OP AMP Applications-Adder,

IC 741, Bread board,

Available

ns Lab Subtractor, Comparator.

CRO Function Generator, power supply, probes, connecting wires.

2) Integrator and Differentator Circuits Using IC741.

IC 741 Trainer Kit, power supply, Function Generatorprobes, connecting wires.

Available

3). Active filter Applications-LPF, HPF (First order).

IC 741 Trainer Kit, power supply, Function Generator, probes, connecting wires.

Available

4) IC 741 waveform generators-Sine, square wave and Triangular waves.

IC 741 Trainer Kit, probes, connecting wires, CRO.

Available

5) IC 555 Timer-Monostable and Astable multivibrator Circuits.

555 timer Trainer Kit, power supply, Function Generator, probes, connecting wires.

Available

6) Schmitt trigger Circuits- using IC 741 & IC 555.

IC 741 & IC 555 Trainer Kit, power supply, CRO, probes, connecting wires.

Available

7) IC 565-PLL Applications.

PLL Trainer Kit, power supply, CRO, probes, connecting wires.

Available

8) Voltage regulator using IC 723, Three terminal voltage Regulators-7805, 7809,

IC 723 Trainer Kit, power supply, CRO, probes, connecting

Available

7912. wires.

6 AC Lab 136.00

1).Amplitude modulation and Demodulation

AM Kit, Patch chords, Probes, CRO

Available

2).DSB-SC modulation and Demodulation

DSB-SC, Patch chords, Probes, CRO

Available

3).SSB-SC modulation and Demodulation

SSB-SC, Patch chords, Probes, CRO

Available

4).Frequency modulation and Demodulation

FM Kit, Patch chords, Probes, CRO

Available

5).Study of spectrum Analyzer and analysis of AM and FM signal.

Study of spectrum Analyzer, Patch chords, Probes,

Available

CRO

6).Pre-Emphesis and De-Emphesis.

Pre-Emphesis and De-Emphesis, Patch chords, Probes, CRO

Available

7).Time Division Multiplexing and Demultiplexing.

TDM Kit, Patch chords, Probes, CRO

Available

8).Frequency Division Multiplexing and Demultiplexing.

FDM Kit, chords, Probes, CRO

Available

9).Verification of Sampling Theorem

Sampling kit, Patch chords, Probes, CRO

Available

9).Pulse Amplitude modulation and Demodulation.

PAM Kit, Patch chords, Probes, CRO

Available

10).Pulse Width modulation and Demodulation

PWM Kit, Patch chords, Probes, CRO

Available

11).Pulse Position modulation and Demodulation

PPM Kit, Patch chords, Probes, CRO

Available

12).Frequency Synthesizer

FS Kit, Patch chords, Probes, CRO

Available

13).AGC Characteristics

AGC Kit, Patch chords, Probes, CRO

Available

7 Microprocessors and micro controllers Lab

140.00

1). Programs for 16 bit arithmetic operations for

Power supply unit, 8086 Kit, MASM S/W, PC

Available

2).Program for sorting an array for 8086.


Available

3). Program for searching for a number or character in a string for 8086


Available

4).Program for string manipulations for 8086.


Available

5).Program for digital clock design using 8086.

8086 Kit, pc

Available

6).Interfacing ADC and DAC to 8086.

8086 kit, ADC & DAC kits pc, CRO.

Available

7).Parallel communication between two microprocessors using 8255.

8086 kit, 8255

Available

8).Serial communication between two microprocessor kits using 8251

8086 kit,8251, PC.

Available

9).Interfacing to 8086 and programming to control stepper motor.

8086 kit, steeper motor

Available

10).Programming using arithmetic, logical and bit manipulation instructions of 8051

8051 kit, Available

11).Program and verify Timer/Counte

8051 kit,Timer

Available

r in 8051. trainerKit.

12).Program and verify Interrupt handling in 8051.

8051 kit, interrupt handler.

Available

13).UART Operation in 8051.

8051 kit, UART, PC

Available

14).Communication between 8051 kit and PC.

8051 kit,PC

Available

15).Interfacing LCD to 8051.

8051 kit, LCD interface, PC.

Available

16).Interfacing Matrix/Keyboard to 8051.

8051 kit, keyboard interface , PC.

Available

17). Data Transfer from Peripheral to Memory through

8086 kit, 8257, pc

Available

DMA controller 8237/8257

8 DSP Lab 136.00

1).Determination of Power Spectrum

Windows XP12000 PC,TMS 320-C6000 Processor KIT

Available

2).Implementation of FIR-LP Filter


Available

3).Implementation of FIR-HP Filter


Available

4).Implementation of IIR-LP Filter


Available

5). Generation of sinusoidal Waveforms.

PC, Matlab 6.0 Version.

Available

6).Calculation of DFT/IDFT of

PC, Matlab 6.0

Available

DT Seqquence

Version.

7). Frequency Response of differential equations


Available

8).implementation of FFT


Available

9). Determination of Power Spectrum


Available

10). Implementation of FIR-LP Filter


Available

11). Implementation of FIR-HP Filter


Available

12)Implementation of IIR-LP Filter


Available

13). Implementation of IIR-HP Filter


Available

14).Implementation of Decimation


Available

15).Implemen PC, Matlab Available

tation of Interpolation

6.0 Version.

16).Implementation of


Available

9 Adv. English Language Communication Skills Lab.

140.00

1).Functional English

K-Van Solutions Software, PC

Available

2).Voccabulary Building.

K-Van Solutions Software, PC

Available

3).Group Discussions

Available

4).Interview Skills.

Available

5).Resume Writing

PC Available

6).Reading Comprehension

PC Available

7).Technical Report Writing.

PC Available

10 MWE Lab 79.00 1).Reflex Klytstron Characteristics

Microwave bench setup

Available

2).Gunn diode Characteristics

Gunn diode bench setup with Gunn power supply

Available

3).Directional coupler.

Micro wave bench setup with directional coupler

Available

4).VSWR Measurement

Micro wave bench setup with SWR meter

Available

5).Measurement of wave guide parameters


Available

6).Measurement of given load Impedance.

Microwave bench setup with ss tuner

Available

7).Measurement of scattering parameters of magic tee

Microwave bench setup with magic tee

Available

8).Scattering parameters of Circulator

Microwave bench setup with circulator

Available

9).Attenuation Measurement


Available

10).Micro wave frequency measurement


Available

11).PCM generator and detection

Power supply, PCM Kit, Patch Chords.

Available

12).DPCM Power supply, DPCM Kit, Patch Chords.

Available

13).Delta Modulation

Power supply, DM Kit, Patch Chords.

Available

14).Time division multiplexing of 2 band limited signals

Power supply, TDM Kit, Patch Chords.

Available

15).Frequency Shift Keying

Power supply, FSK Kit, Patch Chords.

Available

16).Phase Shift Keying

Power supply, PSK Kit, Patch Chords.

Available

17)Amplitude Shift Keying

Power supply, ASK Kit, Patch Chords.

Available

18).Study of spectral characteristics of PAM& QAM kit

Power supply, PAM& QAM Kit, Patch Chords.

Available

19).DPSK:Generation and detection

Power supply, DPSK Kit, Patch Chords.

Available

20).QPSK:Generation & detection

Power supply, QPSK Kit, Patch Chords.

Available

11 ECAD & VLSI Lab

140.00

1).HDL Code to realize all Logic Gates

Xilinx ISE, FPGA/CPLD Trainer Kit, PC

Available

2).Design of 2-to-4 Decoder


Available

3).Design of 8-to- 3 Decoder


Available

4).Design of 8-to-1 encoder(with

Xilinx ISE, FPGA/CPLD Trainer

Available

out, with Parity)

Kit, PC

5).Design of 4-bit binary to gray converter


Available

6).Design of multiplexer, Demultiplexer, comparator.


Available

7).Design of Full Adder using 3-Modeling Styles.


Available

8).Design of flip flops: D, JK, SR, T.


Available

9).Design of 4-biy binary, BCD Counter.


Available

10).Finite State machine

Xilinx ISE, FPGA/CPL

Available

Diagram D Trainer Kit, PC

11). Layout of any combinational circuit (complex CMOS logic gate) - Learning about data paths

CADENCE, PC.

Available

12). Introduction to SPICE simulation and coding of NMOS/CMOS circuit

CADENCE, PC.

Available

13) SPICE simulation of basic analog circuits: Inverter / Differential amplifier

CADENCE, PC.

Available

14). Analog Circuit simulation (AC analysis) – CS & CD amplifier

CADENCE, PC.

Available

15).System level design using PLL

CADENCE, PC.

Available

6.1.2. Initiatives by the Department to create facilities for improving the quality of experiments (25) (15)

Laboratory experiences powerful tools in the engineering education system, since the laboratory is the primary location to develop the skills and competences thatindustry requires. A student is expected to work in a laboratory for 40-50% of the time. Thus, the laboratory has become an extremely important place of learning.

Initiatives By the Department

Areas considered include designing innovative laboratory experiences, modifications in experimental set-up, variations in the experimental process, visual laboratory manuals, micro-demonstrations, improvements in assessment schemes, project work, etc. It was found that such innovations increased students’ interest levels in laboratory work, and the experimental methods adopted were better suited to competence development.

1. Selecting and converting some simpler lab experiments in to classroom demos or Lab demos. Planning to conduct these Demonstrations by either by faculty or by students to improve their skills' outcomes.

2. Designing a variety of Lab experiences to achieve different employability skills along with currucular abilities.

3. Compiling all such lab experiences in the form of a Lab manual with

adequate hints for delivering experiences and assessing the learning outcomes

4. Selecting a micro, minor and major project work for integrating a number

of emplyability skills jointly by faculty and concerened students

5. Approaches to Guiding students through micro, Minor and major projects

6. Assessing the learning outcomes from different stages of project work.

APPROACHES TO LABORATORY INNOVATION

Important approaches to innovation are those that, if planned and implemented properly, can bring about positive change by focusing on laboratory instruction.This should lead to the effective development of students’ skills. Such key approaches involve the following:

1.Graded laboratory experiment design;

2.Modifications in experimental set-up;

3.Variations in the experimental process;

4.Visual laboratory manuals;

5.Micro-demonstrations;

6.Improvements in assessment schemes;

7.Project work

Implementation

As a part of above mentioned initiatives,Department of Mechanical Engineering has been scheduled the

1. Lead Experiments in Laboratories

2. Advanced technology laboratory (ATL)

3. Laboratory Improvement for future trends.(LIFT)

1.Lead Experiments in Laboratories

Innovations can be carried out in laboratory experiments by making some modifications to various equipment, set-ups, etc, changing the material to be tested is another, still another modification can be brought about by changing tools used in the experi-ment and so on. In many of the experiments, students can be provided with the opportunity to select equip-ment, instruments and tools to achieve the desired objectives of the laboratory work. This will help them acquire better inquiry skills

GUIDELINES FOR LEAD EXPERIMENT:

a. A Lead Experiment is selected apart from all the other experiments that covered in JNTU Syllabus. b. This experiment is exclusively new idea with the background from the rest of the experiments that continuously running in each laboratory.

c. Lead experiment should utilize the existing resources within the laboratory itself. d. Every student should aware of Lead Experiment and himself involved in doing and knowing about the experimental technique. e. A separate page is provided to record lead experiment in record book stating all details like Aim, Procedure and Record of Results. f. A Lead experiment should be a unique one from all the other experiments. g. Each Lab Staff/Technicians must clearly explain all the students about the concept of Lead Experiment and make them understand before going to that Experiment.

List of Lead experiments in various laboraties

Name of the lab

Year/Sem Title of Experiments

MOS II-I Bending test on simply supported beam

MMS II-I Study of hardness number of mild steel specimen before

and after heat treatment

METROLOGY

III-I

Flatness and straightness of surface place

MACHINE TOOLS

III-I Eccentric turning on a lathe

THERMAL ENGINEERI

NGIII-I

Performance test and analysis of economical speed test for fixed load on 4-stroke,single

cylinder C.I Engine

ICS IV-I Comparison of temperature measurement by using thermistor and RTD

2.Advanced technology laboratory (ATL)

The main objective of Advanced technology laboratory is students was able to learn about the various design and analysis software packages in mechanical engineering program during the four year engineering course.

1. In the view of this Advanced Technology laboratory, We are teaching following Mechanical engineering related design and analysis software packages in regular class time table.

AutoCAD software Catia Software Anysys Software CNC part Programming

Name of the lab

Year/sem Title of Experiments

FMHM II-IICalculating the efficiency of peloton turbine at various speeds

PT II-IIManufacturing of 24 teeth gear using modeling/casing methodology

HTIII-II

Study of critical heat term for different materials of and comparisons between them.

3.Laboratory Improvement for future trends.(LIFT)

1. OBJECTIVES AND RELEVANCE:

The main objective of the Lift concept in lab course is to provide practical hands on experience for each student by making them with good exposure to different experiments and uplift the knowledge levels of student in various fields with different applications.

2. SCOPE:

The main scope of the Lift lab course is to cover all the experiments as per the schedule given in the prescribed week wise periods. With this, a student can better understand the concepts and operating systems so that he could be able to get better knowledge abou each lab.

3. PREREQUISITES:

The basic level idea related to each experiment should be provided to the students before conducting main lab course Following details are to be explained related to experiment:

a. Introduction to experiment – 30 min b. Operating of the equipment/instrument/software c. Record of Experimental results. d. Sample Calculations / Executable Programmes

I. Aim of the Lift Programme:

The main aim of the Lift programme in laboratory is to innovate, modify the existing facilities in labs, to create awareness among the students and develop Industry –Institution interactions and reach the standards in laboratories.

II. Functions of the Lift Programme:

(i) To create better understanding among all the staff and lab staff. /technicians about the concepts of Lift and other lab related activities.

(ii) To Prepare Gap Analysis: This involves collection of requirements from each Lab of every department, information about expansion of labs, repairs and maintenance of labs etc.

(v) To arrange Industrial Visits: A lab and lift related industrial visit will be organized in a year for II or III year students and a report is to be submitted by all the students who visited that particular industry.

(vi) A report on Smart (Shadow) Engineering: This involves arrangement of Industria practical learnings, submission of Industrial visit report, Technical Survey reports and Market Survey of a product for development in laboratories.

(vii) Verification of all the laboratories in every department by Lift Team along with the Principal and Concerned HODs to check whether the activities are going according to Lift guidelines, record keeping, Lab Manuals and Viva sessions etc.

(viii) Check for LEAD Experiments and its follow up

(ix) Submission of proposals related to R&D, Project and Consultancy from lab staff to

Principal Sir for further approvals.

3.Effectiveness:

By Implementing these initiatives

1. Lead Experiments in Laboratories

2. Advanced technology laboratory (ATL)

3. Laboratory Improvement for future trends. (LIFT)

Students are successfully implementing their own skills and ideas for doing Hobby Projects, Mini projects and Major projects.

6.2. Technical Manpower Support in the Department (15)(15)

Name of the Tech. Staff

Designation (Pay-scale)

Exclusive / Shared Work?

Date of Joining

Qualification Other Technical Skills gained?

Responsibility

At Joining

Now

A.Suresh Babu Teaching Asst

(Rs.18783.98)

Exclusive

15.12.2013

Assistant to

Mrs.

K.Swetha Teaching Asst(Rs.18783.98)

Exclusive

15.12.2013

B.Tech B.Tech Persuing M.Tech

Assisantance to

Mr. Teaching Asst(Rs.18783.98)

Exclusive

10.12.2014

B.Tech B.Tech Persuing M.Tech

Assisantance to

Mr. M. Nagarajuswamy

Lab. Asst(Rs.18783.98)

Exclusive03.12.2012

Diploma Diploma Nil Maintenance of lab equipment

Mr. M.Venkataramireddy

Lab.Asst(Rs.18783.98)

Exclusive11.07.2011

ITI ITI Nil Maintenance of lab equipment

Mr. ANJAIAH BAIKADI Lab.Tech.

(Rs.18783.98)

Exclusive

05.11.2012

B Tech B.Tech Persuing M.Tech

Maintenance of lab equipment

Ms. K.Hemalatha

Lab.Asst(Rs.14055.52)

Exclusive23/06/2014

B.Tech B.Tech Nil Assistant to ICA/PDC

Labs

Ms. G.swetha Reddy

Exclusive23.06.2014

B.Com B.Com Nil Assistant to

Ms. Praveena Reddy

Exclusive23.06.2014

B Tech B.Tech Persuing M.Tech

Assistant to

K.SwathiLab.Asst(Rs.14055.52)

Exclusive15.12.2013

Assistant to

Exclusive Assistant to

6.2.1. Availability of adequate and qualified technical supporting staff for programme -specific laboratories (10) (10)

Year/Sem

Lab Name No. of Sections

No. of Batches

Size of Each Batch

No of Technicians required

Available No of Technicians

I Engineering Workshop

12 72 10 05 05

II-IElectronic Devices and Circuits

03 05 03 01 02

Basic Simmulation

03 05 03 01 02

II-II

Electrical Engineering

03 05 06 04 02

EC & PDC 03 05 06 04 02

III-IAnalog Communications

02 05 03 01 02

IC Applications

02 05 03 01 02

III-II Microprocessors and micro controllers

02 05 06 04 02

Digital Signal ProcessingAdv. English Language Communication Skills

IV-I ECAD & VLSI Lab

02 02

Micro Wave Engineering

02 05 03 01 02

6.2.2. Incentives, skill upgrade, and professional advancement (5) (5)

NBA C-6 NEW FORMAT 19.2.15.doc

Documents

wires available

bread board

pc available

goodavailable microprocessors

fet transistor

goodavailable ec pdcshared201

basic simmulation lab

lab outcomemapping