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TRANSCRIPT
(AS PER ANNEXURE 10 OF AICTE APPROVAL PROCESS HAND BOOK – 2019-20)
1. CONTACT INFORMATION
TYPES NAME ADDRESS Phone Nos. & Email
INSTITUTE
ACROPOLIS INSTITUTE OF TECHNOLOGY AND RESEARCH
Mangiya Square, Bypass Road, Raukhedi Indore (M.P.) – 453771
0731-4730000,01 Fax: 4730011 [email protected] [email protected]
SOCIETY
TEACH FOR INDIA EDUCATION AND RESEARCH SAMITI
212, Saket Nagar, Indore (M.P.) – 452018
0731-4215338 [email protected]
DIRECTOR
Dr. S. C. SHARMA Mangiya Square, Bypass Road, Raukhedi Indore (M.P.) – 453771
0731-4730004 Fax: 4730011 [email protected]
UNIVERSITY
RAJIV GANDHI PRODHYOGIKI VISHWAVDHYALAYA
Air Port bypass Road, Gandhi Nagar, Bhopal (M.P.) - 462033 0755-2678855
2. GOVERNANCE
3. STATUS OF ACCREDITATION OF THE COURSES
PROGRAMMES COURSES ACCREDITATION STATUS
APPLIED ACCREDITED APPROVED
DIPLOMA
CIVIL ENGINEERING APPLIED
MECHANICAL ENGINEERING ACCREDITED APROVED
B. TECH.
COMPUTER SCIENCE & ENGINEERING ACCREDITED APROVED
INFORMATION TECHNOLOGY APPLIED
ELECTRONICS & COMMUNICATIONS ACCREDITED APROVED
CIVIL ENGINEERING APPLIED
MECHANICAL ENGINEERING ACCREDITED APROVED
M. TECH.
COMPUTER SCIENCE AND ENGINEERING
ACCREDITED APROVED
VLSI DESIGN AND EMBEDDED SYSTEMS
ACCREDITED APROVED
COMPUTER APPLICATIONS
MASTER OF COMPUTER APPLICATIONS
APPLIED
MASTER OF COMPUTER APPLICATIONS (INTEGRATED)
APPLIED
MANAGEMENT MASTER OF BUSINESS
ADMINISTRATION APPLIED
4. PROGRAMMES
PROGRAMMES COURSES INTAKE DURATION Cut off Marks Last 03 Yrs.
2016 2017 2018
DIPLOMA
CIVIL ENGINEERING 60 3 YDC 48253 24951 20859
MECHANICAL ENGINEERING 60 3 YDC 15785 27566 26472
B. TECH.
COMPUTER SCIENCE & ENGINEERING 240 4 YDC 1059401 993046 992833
INFORMATION TECHNOLOGY 120 4 YDC 1088641 1014959 948377
ELECTRONICS & COMMUNICATIONS 120 4 YDC 1086239 995794 994465
CIVIL ENGINEERING 120 4 YDC 1120073 1042916 954560
MECHANICAL ENGINEERING 120 4 YDC 1039721 1045528 978187
M. TECH. COMPUTER SCIENCE AND 24 2 YDC 386 - 462
ENGINEERING
VLSI DESIGN AND EMBEDDED SYSTEMS
18 2 YDC 1414 35 1806
COMPUTER APPLICATIONS
MASTER OF COMPUTER APPLICATIONS
60 3 YDC 343 397 0
MASTER OF COMPUTER APPLICATIONS (INTEGRATED)
60 5 YDC 44 55 31
MANAGEMENT MASTER OF BUSINESS
ADMINISTRATION 60 2 YDC 1600 1570 1519
5. FEE
rdAs approved by Admission and Fee Regulatory Committee, Bhopal (M.P.).
B. TECH. - COMPUTER SCIENCE ENGINEERING
FEES STRUCTURE
APPLICABLE ON 2018 ADMITTED STUDENTS
Ist Year (2018-19)
Category Tuition
Fees Bus Fees
Caution
Money
Development
Fees Total Fees
Gen & OBC 79600 12000 1500 0 93100
SC & ST 71640 12000 1500 0 85140
TFW 0 12000 1500 6000 19500
2nd Year (2019-20)
Category Tuition
Fees Bus Fees -
Development
Fees Total Fees
Gen & OBC 79600 12000 - 0 91600
SC & ST 71640 12000 - 0 83640
TFW 0 12000 - 6000 24000
3rd Year (2020-21)
Category Tuition
Fees Bus Fees -
Development
Fees Total Fees
Gen & OBC 79600 12000 - 0 91600
SC & ST 71640 12000 - 0 83640
TFW 0 12000 - 6000 18000
4th Year (2021-22)
Category Tuition
Fees Bus Fees
Training &
Placement
Development
Fees Total Fees
Gen & OBC 79600 12000 2000 0 93600
SC & ST 71640 12000 2000 0 85640
TFW 0 12000 2000 6000 20000
B. TECH. - ELECTRONICS COMMUNICATION || MECHANICAL ENGINEERING
FEES STRUCTURE
APPLICABLE ON 2018 ADMITTED STUDENTS
Ist Year (2018-19)
Category Tuition Fees Bus Fees Caution
Money
Development
Fees Total Fees
ALL 79600 12000 1500 0
93100
TFW 0 12000 1500 6000 19500
2nd Year (2019-20)
Category Tuition Fees Bus Fees - Development
Fees Total Fees
ALL 79600 12000 -
0 91600
-
TFW 0 12000 - 6000 18000
3rd Year (2020-21)
Category Tuition Fees Bus Fees - Development
Fees Total Fees
ALL 79600 12000 - 0
91600
TFW 0 12000 - 6000 18000
4th Year (2021-22)
Category Tuition Fees Bus Fees Training &
Placement
Development
Fees Total Fees
ALL 79600 12000 2000 0 93600
TFW 0 12000 2000 6000 20000
B. TECH. - CIVIL ENGINEERING || INFORMATION TECHNOLOGY
FEES STRUCTURE
APPLICABLE ON 2018 ADMITTED STUDENTS
Ist Year (2018-19)
Category Tuition Fees Bus Fees Caution
Money
Development
Fees Total Fees
ALL 73600 12000 1500 0 87100
TFW 0 12000 1500 6000 19500
2nd Year(2019-20)
Category Tuition Fees Bus Fees - Development
Fees Total Fees
ALL 73600 12000 - 0 85600
TFW 0 12000 - 6000 18000
3rd Year (2020-21)
Category Tuition Fees Bus Fees - Development
Fees Total Fees
ALL 73600 12000 - 0 85600
TFW 0 12000 - 6000 18000
4th Year (2021-22)
Category Tuition Fees Bus Fees Training &
Placement
Development
Fees Total Fees
ALL 73600 12000 2000 0 87600
TFW 0 12000 2000 6000 20000
Time schedule for payment of fee:
Students can deposit their fee semester-wise, for odd semester in the month of July and for even
semester in the month of January of every academic year.
Name of fee waiver students and amount:
No. of students admitted under Tuition Fee Waiver scheme as per norms of AICTE in the year
2018, the list of such students and waived amount is as below:
S.N. NAMES COURSE NAME
WAIVED AMOUNT
1 ARYAN PANWAR CIVIL ENGINEERING 73600
2 ANUBHAV JAIN CIVIL ENGINEERING 73600
3 AADESH YADAV CIVIL ENGINEERING 73600
4 ROHAN GOLE CIVIL ENGINEERING 73600
5 AYUSH PATHAK CIVIL ENGINEERING 73600
1 ALINA MIRZA COMPUTER SCIENCE 79600
2 ABHIJEET SINGH THAKUR COMPUTER SCIENCE 79600
3 MITUL GUPTA COMPUTER SCIENCE 79600
4 SARTHAK GUPTA COMPUTER SCIENCE 79600
5 LOKESH VERMA COMPUTER SCIENCE 79600
6 NILESH YADAV COMPUTER SCIENCE 79600
7 GOKUL PATEL COMPUTER SCIENCE 79600
8 UTKARSH TIWARI COMPUTER SCIENCE 79600
9 NAFEES SHAIKH COMPUTER SCIENCE 79600
10 ANIKET ASHOKRAO TATTE COMPUTER SCIENCE 79600
11 SHRUTI KANUNGO COMPUTER SCIENCE 79600
1 HARSH RATHORE ELECTRONICS
COMMUNICATION 79600
2 POOJA KHANDELWAL ELECTRONICS
COMMUNICATION 79600
3 ANUSHIKA SHARMA ELECTRONICS
COMMUNICATION 79600
4 SUYASH RAO ELECTRONICS
COMMUNICATION 79600
5 AMAN JAIN ELECTRONICS
COMMUNICATION 79600
6 VINEET KUMAR SINGH ELECTRONICS
COMMUNICATION 79600
1 SANSKAR GUPTA INFORMATION TECHNOLOGY 73600
2 AAYUSHI SHUKLA INFORMATION TECHNOLOGY 73600
3 ANIMA SAKARGAYEN INFORMATION TECHNOLOGY 73600
4 AYUSH SHUKLA INFORMATION TECHNOLOGY 73600
5 MONIKA BARFA INFORMATION TECHNOLOGY 73600
6 VIPUL JAIN INFORMATION TECHNOLOGY 73600
1 SAHIL DUBEY MECHANICAL ENGINEERING 79600
2 RAHUL KAHAR MECHANICAL ENGINEERING 79600
3 HRITIK PATEL MECHANICAL ENGINEERING 79600
4 PRIYANSH CHANDRAVANSHI MECHANICAL ENGINEERING 79600
No. of scholarship, duration and amount offered by the Institution:
The management of the Acropolis offers various scholarships to their students under various
categories for their academic improvement and to help them economically up to some extent, some of
the schemes are as below:
S.N. NAME OF
SCHOLARSHIP No. OF STUDENTS
SCHOLARSHIP AMOUNT
REMARK
1 SHRI R.M. SOJATIA MERIT SCHOLARSHIP
I & II of each course.
Rs.10000 to I position and Rs. 5000 to II position.
Being provided every year based on University result.
2 SHRI PRADEEP SOJATIA
MERIT CUM MEANS SCHOLARSHIP
One student from each course
Rs. 10000 each Bieng provided to economically weak students having income less then 2 lacs and good marks in the Unversity examinations.
3 SHRI PRABHAT JI
SOJATIA NATIONAL LEVEL SPORTS SCHOLARSHIP
No. of student played at National Level
Rs. 8000 each Being provided for the achievement in the games and sports at National Level.
4 SHRI OM JI SOJATIA
STATE LEVEL SPORTS SCHOLARSHIP
No. of student played at State Level
Rs. 3000 each Being provided for the achievement in the games and sports at State Level.
5 SPORTS PERSON OF
THE YEAR One Girl and One Boy student
Rs. 11000/- each Being provided to the Male and Female students every year who won maximum games and sports
6 Best Attendance Award
Category I 98 to 100 % attendance
All students under category - I
Rs. 20000/- each Being provided for the best attendance under Chairman`s Award Scheme
7 Best Attendance Award
Category - II 95 to 98 % attendance
All students under category - II
Rs. 10000/- each Being provided for the best attendance under Chairman`s Award Scheme
8 Best Attendance Award
Category - III 91 to 94 % attendance
All students under category - III
Rs. 5000/- each Being provided for the best attendance under Chairman`s Award Scheme
9 Best Attendance Award
Category - IV 85 to 90 % attendance
All students under category - IV
Rs. 2000/- each Being provided for the best attendance under Chairman`s Award Scheme
10 Best Attendance Award Category - IV 85 to 90 % attendance
All students under category - IV
Rs. 2000/- each Being provided for the best attendance under Chairman`s Award Scheme
11 All other scholarship as approved by State Govt. of M.P. including Minority Scholarship
All eligible students
As per norms of Govt. of M.P.
Being provided on the selection of application at all the levels.
Criteria for fee waivers / scholarship:
Mostly this criterion is especially for the students who are from various categories for which Govt.
is providing reservation depends on their cast / economical background. Certain limits have been set by
the Govt. for the scholarship and fee waiver under above quota.
Estimated cost of Boarding and Lodging in Hostel:
In campus facility for boarding and lodging is presently not available.
6. ADMISSION
Number of Seats sanctioned with the year of approval
PROGRAMMES COURSES 2018-19
DIPLOMA
CIVIL ENGINEERING 60
MECHANICAL ENGINEERING 60
B. TECH.
COMPUTER SCIENCE & ENGINEERING 240
INFORMATION TECHNOLOGY 120
ELECTRONICS & COMMUNICATIONS 120
CIVIL ENGINEERING 120
MECHANICAL ENGINEERING 120
M. TECH.
COMPUTER SCIENCE AND ENGINEERING 24
VLSI DESIGN AND EMBEDDED SYSTEMS 18
COMPUTER APPLICATIONS
MASTER OF COMPUTER APPLICATIONS 60
MASTER OF COMPUTER APPLICATIONS (INTEGRATED) 60
MANAGEMENT MASTER OF BUSINESS
ADMINISTRATION 60
Number of students admitted under various categories each year in the last three years
TOTAL NO. OF STUDENTS ADMITTED
CATEGORIES
2016 2017 2018
Male Female Total Male Female Total Male Female Total
GEN 275 100 375 293 85 378 302 104 406
OBC 161 45 206 113 21 134 120 30 150
SC 43 20 63 34 3 37 15 1 16
ST 6 3 9 3 0 3 0 1 1
TFW 26 8 34 22 2 24 26 7 33
7. Information of Infrastructure and other resources available Number of class rooms and size of each
Number of tutorial rooms and size of each
Number of laboratories and size of each
Number of computer centre with capacity of each
Central examination facility
S.N. PARTICULARS AVAILABLE
IN Nos.
SIZE IN Sq.M. each
SEATING CAPACITY
1 CLASS ROOMS
62 87.3 60
2 TUTORIAL ROOMS
23 46.42 30
3 LABORATORIES
75 76.83 30
4 DRAWING HALLS
2 151 60
5 COMPUTER CENTRES
2 137 60
6 CENTRAL EXAMINATION FACILTIY
1 38 10
Institute is having barrier free built environment for disabled and elderly persons.
Occupancy certificate
Fire and safety certificate
Hostel facilities – In campus hostel facility does not exist.
LIBRARY
Details of library are as given below:
S.N. PARTICULARS TOTAL
1 Titles 6597
2 Books 41143
3 Engg, Journals 490
4 e-Library facility 2000 +
5 Online Journal See table below
Publisher Subject E - Contents URL Link +
Process Total Journals
DELNET – E Database Developing Library Network
Engg., Science & Technology Collection (IESTC) Package of E- Journals
More thane 1150 Journals Various Streams of Engg. , Tech. & Allied Sc.
http://delnet.nic.in Click onto DELNET Online
Total E-journals in Engineering & Technology - 400 E-Books - 816
Online Journals
S.N. JOURNALS No. OF JOURNALS
1 Automobile Engineering 12
2 Chemical Engineering & Technology 36
3 Computer Science 114
4 Construction 11
5 Electrical & Nuclear Engineering 30
6 Electronics and Communication Engineering
17
7 General & Civil Engineering 49
8 Hydraulic Engineering 9
9 Industrial Engineering 16
10 Manufactures 7
11 Materials 18
12 Mechanical Engineering 25
13 Military Science 5
14 Mining & Metallurgy 5
15 Technology (General) 34
16 Transportation 12
17 E-journals in Engg. & Technology 400
LABORATORY AND WORKSHOP
List of major equipment.
SN Name of Lab / Workshop
List of Major Equipments Facilities in each Lab / Workshop
DEPARTMENT OF CIVIL ENGINEERING
1 Environmental
Engineering Laboratory
Weighing Machine All the necessary facilities are available in the lab Oven
Turbidity Meter
PH meter
Incubator
Spectrometer
Dissolved Oxygen Meter
Hot Plate
Digital Salinity Meter
Digital Colony Meter
Water Analysisi Kit
COD Digestion
Vaccum Pump
Thermohygrometer
Fire Saftey Point
Thermometer
Stopwatch
Muffel Furnace
2 Advanced
Survey Laboratory
Geological Chart
Globes
Set of Mineral
Sample of Rocks
Map
Auto Level
Electronic Theodilite
Digital Planimeter
GPS
Total Station
3 BCE & Engg Mechanics Laboratory
Bell Crane Lever Apparatus
Universal Force Table
Apparatus for CG
Grave Sand Apparatus
Jib Crane Apparatus
Simple Wheel & Axle Apparatus
Flywheel Apparatus
Differential Wheel & Axle Apparatus
Single Purchase Crab Machine Apparatus
Double Purchase Crab Machine Apparatus
Chain Pulley Apparatus
Worm & Worm Wheel Apparatus
Prismatic Compass with Stand
Dumpy Level with Stand
Levelling Staff
Steel Measuring Tape
Fibre Measuring Tape
Wooden Peg
Weighing Box
Auto Level
Cross Staff Pole
Plane Table with Stand & all Accessories
Ranging Rod
Slump Cone Apparatus
Weight Balance
Vicat Apparatus with Mould
Vernier Transit Theodolite
Tamping Rod (60cmX16cm dia)
Spirit Level
Spring Balance
Chain ( 30m ) & (20m )
Arrow
Trough Compass
Rotating Disc Apparatus
Alidade
4
Fluid Mechanics Laboratory
CED
Losses in Pipe Friction Apparatus
Minor Losses due to Pipe Fitting Apparatus
Pitot Tube Apparatus
Flow Measurement by Venturimeter & Orifice meter
Orifice meter
Renyolds Meter
Weir Apparatus
Reciprocating Pump Test Rig.
Hydraluic Ram Test Rig.
Free & Forced Vortex Apparatus
Pelton Wheel Turbine Test Rig
Multistage Centrifugal Pump Test Rig
Model of Kaplan Turbine
Model of Fransis Turbine
Bernoullie's Apparatus
Impact of Jet Apparatus
Tilting Flume Apparatus
5 Civil
Simulation Laboratory
Dell 390 Desktop System
Dell Projector
Switch HP 24 port
Rocket Battery
UPS
6
GeoTech. Engg &
Transportation Laboratory
Bitumin Extractor
Compaction Apparatus (Light )
Compaction Apparatus (Heavy )
Core Cutter Apparatus
Digitial Electronic Balance Machine
Liquid Limit Apparatus ( cassagrande)
Direct Shear Test Apparatus
Dynamic Cone Penetration Apparatus
Desiccator 150 mm
Desiccator 210 mm
Flash & Fire Point Apparatus
Field Density by Sand Replacement
Hydraulic Extractor
Mini Laboratory Concrete Mixer
Motorised Sieve Shaker Apparatus
Plate Bearing Test Apparatus
Point load Index
Standard Penetration Test Apparatus
Triaxial Compression (Mechanical Test Apparatus )
Triaxial Compression Test Apparatus (Digital)
Vee-Bee Consistometer Apparatus
Vane-Shear Apparatus
Los Angels Abrasion Testing Machine
Soil Cone Penetration Apparatus
Marshall Stability Testing Machine
7 Material Testing
Laboratory
Aggregate Crushing Apparatus
Digital Compression Testing Machine Capacity 2000KN
CBR Machine
Speedy Moisture Meter
Permeability Apparatus
Proctor Compaction Apparatus
Rebound Hammer Apparatus
Shrinkage Limit Apparatus
Universal Entractor Frame
Unconfined Compression Test Apparatus
Vernier Calliper Digital
Hot Air Oven
Vibrating Table Concrete Cube
Length and Thickness Gauge
Liquid Limit Device
Vicat Apparatus
Vibrating Table Cement
Oven Humidity Refrigerated
Blain Air Permeability Test Apparatus
Accelration Curing Tank Apparatus
Consolidation Apparatus Singal Gauge
Electronic Balance 15KG
Industrial Ultrasonic Humidifier
Cronosonic Ultrasoni Pulse Velosity
Digital Concrete Test Hammer
RebarLocater
Aggregate Impact Test Apparatus
8 Structural
Engineering Laboratory
Behavior Of Column Apparatus
Elastic Properties Of Deflected Beam Apparatus
Three Hinge Arch Apparatus
Two Hinge Arch Apparatus
Analysis Of Portal Frame Apparatus
Deflection Of Curved Members Apparatus
Pin - Joint Truss Apparatus
Redundant Joint Apparatus
Unsymmetrical Bending Apparatus
Maxwell’s Reciprocal Theorem Apparatus
Dial Guage with Magnetic Base
DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING
1 Basic Electrical & Electronics Lab
Function Generator To study different controls of function generator,
To configure function generator to give output of desired amplitude and frequency of sinusoidal wave.
2 Basic Electrical & Electronics Lab
CRO
To study different controls of CRO, To measure time period,amplitude and frequency of various signal
3 Basic Electrical & Electronics Lab
DC shunt motor
Speed control of D.C.Shunt motor
4 Basic Electrical & Electronics Lab
DC Generator
Construction & working
5 Basic Electrical & Electronics Lab
auto transformer
Variable ac supply
6 Basic Electrical & Electronics Lab
3 phase Induction motor (coupled with dc motor)
No load and Block rotor test on 3-phase induction motor.
7 Basic Electrical & Electronics Lab
single phase transformer
Transformer by O.C. & S.C. tests
8 Basic Electrical & Electronics Lab
KVL & KCL Trainer Kit
Verification of Kirchhoff’s laws
9 Basic Electrical & Electronics Lab
Transistor characteristic Kit Input & output characteristic of transistor
10 Basic Electrical & Electronics Lab
Logic gates Trainer kit
Study Logic gates
11 Basic Electrical & Electronics Lab
Measurement of power in three phase AC circuit by two watt meter method Kit
3- Phase power Measurement
12 Basic Electrical & Electronics Lab
Transformer open circuit & short circuit Setup.
Determination of Transformer Parameters
13 Basic Electrical & Electronics Lab
Measurement of impedance of RL &RC&RLC circuit kit
R-L-C Load & Measuring Instruments.
14 Basic Electrical & Electronics Lab
Network Theorems Kit
Superposition & Thevenin’s theorem
15 Basic Electrical & Electronics Lab
Measurement of Active & Reactive Power R-L Load with 1-Phase a.c supply
16 Communication System Lab (318)
CRO, Signal generator , DSB AM modulation and demodulation
Analysis of AM Modulation and Demodulation (Transmitter and Receiver) and calculation of Parameters.
17 Communication System Lab (318)
frequency modulation and demodulation trainer ,CRO, Signal generator ,
Analysis of FM Modulation and Demodulation (Transmitter and Receiver) and calculation of parameters.
18 Communication System Lab (318)
CRO, Signal generator , pre-emphasis and de-emphasis trainer
To construct and verify Pre-emphasis and De-emphasis and plot the waveforms.
19 Communication System Lab (318) CRO, Signal generator
ASK, PSK and FSK transmitter and receiver
20 Communication System Lab (318)
Analog signal Sampling and reconstruction Trainer
Sampling process and signal reconstruction and aliasing.
21 Communication System Lab (318)
PAM,PPM,PWM modulation and demodulation Analysis of PAM, PPM and PDM.
22 Communication System Lab (318)
4-channel analog and time division multiplexing
Time division multiplexing (TDM) and De multiplexing.
23 Communication System Lab (318)
CRO, Signal generator , Frequency multiplier(Frequency division mux/demux trainer)
To construct frequency multiplier circuit and to observe the waveform.
24 Communication System Lab (318)
CRO, Signal generator , AGC Characteristic Trainer Observe the AGC in a circuits
25 Communication System Lab (318) CRO, Signal generator , PCM transmitter and receiver.
26 Communication System Lab (319)
Link B Advance Fiber Optics Communication Trainer/Falcon
650 nm Fiber Optic Analog link. Setting a fiber optic digital link
27 Communication System Lab (319)
Dual wave Length Laser source and Detector Module/Falcon
Measurement of Numerical Aperture (NA) of optical fiber & Bending Loss in an optical fiber
28 Communication System Lab (319)
Fiber optic Passive Component module/Falcon
Voice Communication through fiber Optic cable using Amplitude Modulation
Voice Transmission through optical fiber using PWM
29 Communication System Lab (319) Radiation Pattern of LED/SIGMA
Determination of Bit Rate supported by the fiber optic link.
30 Communication System Lab (319) Fiber optic trainer
Characteristics of Fiber Optic Communication Link
31 Communication System Lab (319) LAN trainer Kit, Computer
RS-232 port (9-pin and 25-pin of serial port and parallel port.)
32 Communication System Lab (319) LAN trainer Kit ,Computer
Synchronous and Asynchronous communication
33 Communication System Lab (319)
Data Communication Trainer kit, Computer NRZ and RZ codes
34 Communication System Lab (319)
CRO, Signal generator delta, adaptive delta and delta sigma modulation and demodulation
Adaptive delta modulation and demodulation technique
35 DSP AND VLSI Laboratory Computer with Matlab Installed
Generation, analysis, implementation and plots of signals
36 DSP AND VLSI Laboratory
Colour TV Trainer (a) Circuit Description of RF
Tuner Section.
Model CDM101S (b) RF Section by Measuring Voltages at Various Test Points.
(c) Fault Simulation and Step-by-Step Fault Finding Procedure for RF Section.
37 DSP AND VLSI Laboratory
Colour TV Trainer (a) Circuit Description of VIF Tuner Section.
Model CDM101S (b) VIF Section by Measuring Voltages at Various Test Points.
(c) Fault Simulation and Step-by-Step Fault Finding Procedure for VIF Section.
38 DSP AND VLSI Laboratory
Black & White TV Trainer (a) Circuit Description of Video and Chroma Section Tuner Section.
Model 305
(b) Video and Chroma Section by Measuring Voltages at Various Test Points
(c) Fault Simulation and Step-by-Step Fault Finding Procedure for Video and Chroma Section.
39 DSP AND VLSI Laboratory MTI Radar
1. Study of Doppler Effect.
2. Measure Speed of a fan and various Other Objects (Pendulum, Tuning Fork, Plate etc.)
3. Simulate the Variable Speed of Moving Objects using Velocity Simulator.
40 DSP AND VLSI Laboratory Kit of KVL Calculate voltage of any circuit.
41 DSP AND VLSI Laboratory Kit of KCL Calculate current of any circuit.
42 DSP AND VLSI Laboratory Kit of Norton Theorem
Calculate voltage and current of any complex circuit.
43 DSP AND VLSI Laboratory Kit of Thevenin Theorem
Calculate voltage and current of any complex circuit.
44 DSP AND VLSI Laboratory Kit of Superposition Theorem Calculate current of any complex circuit.
45 DSP AND VLSI Laboratory
Kit of Maximum Power Transfer Theorem Calculate current of any complex circuit.
46 DSP AND VLSI Laboratory Kit of Tellegen’s Theorem
Calculate power values in complex circuit.
47 DSP AND VLSI Laboratory Kit of RLC Series Network
Find Frequency Response of LRC Series Circuit.
48 DSP AND VLSI Laboratory Kit of RLC Parallel Network
Find Frequency Response of LRC Parallel Circuit.
49
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator , Inverting Amplifier Kit, Discrete Component Trainer, Analog System Lab stater kit (ASLK Pro),
Determine voltage gain and frequency response of inverting amplifiers using IC-TL082.
50
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator ,
Determine voltage gain and frequency response of non-inverting amplifiers using IC-TL082.
Non Inverting Amplifier Kit, Discrete Component Trainer, Analog System Lab stater kit (ASLK Pro)
51
Electronic Devices & Circuits Lab (315-316)
To measure offset voltages, bias currents of OPAMP using IC-741 & TL082.
CRO, Function Generator , Multimeters,Discrete Component Trainer, Analog System Lab stater kit (ASLK Pro)
52
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator , Multimeters, Discrete Component Trainer, Analog System Lab stater kit (ASLK Pro)
To measure CMRR, Slew Rate of OPAMP using IC-741 & TL082.
53
Electronic Devices & Circuits Lab (315-316)
CRO, Function generator , Multimeters, Discrete Component Trainer, Analog System Lab stater kit (ASLK Pro)
To design an instrumentation amplifier and determine its voltage gain using IC-TL082.
54
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator , Op-Amp Integrator Kit, Discrete Component Trainer, Analog System Lab stater kit (ASLK Pro)
To design op-amp Integrator (low pass filter) and determine its frequency response.
55
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator, Op-Amp Differentiator Kit, Discrete Component Trainer, Analog System Lab stater kit (ASLK Pro)
To design op-amp Differentiator (high pass filter) and determine its frequency response.
56
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator, Discrete Component Trainer, Analog System Lab stater kit (ASLK Pro)
Design 2nd order Butterworth filter using universal active filter topology with LM741
57
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator, Multimeters, Discrete Component Trainer, Analog System Lab stater kit (ASLK Pro)
Automatic Gain Control (AGC) Automatic Volume Control (AVC)using multiplier MPY634
58
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator, Discrete Component Trainer, Analog System Lab stater kit (ASLK Pro)
To design Astable, Monostable and Bistable multivibrator using IC-555and analyse its characteristics.
59
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator, Discrete Component Trainer, Analog System Lab stater kit (ASLK Pro)
To design a PLL using op-amp with MPY634 and determine the free running frequency, the capture range and the lock in range of PLL
60
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator, Analog System Lab stater kit (ASLK Pro) Discrete Component Trainer
Design and test a Low Dropout regulator using op-amps for a given voltage regulation characteristic and compare the characteristics with TPS7250 IC.
61
Electronic Devices & Circuits Lab (315-316)
Discrete Component Trainer,),Diode Characteristic Kit,Multimeters
To determine and analyze the V-I Characteristics of P-N Junction Diode.
62
Electronic Devices & Circuits Lab (315-316)
,Discrete Component Trainer, Diode Characteristic Kit,Multimeters
To determine and analyze the V-I Characteristics of Zener Diode.
63
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator ,
To plot the Characteristics curve of various Clipper circuits.
,Discrete Component Trainer,Diode Clipper Kit
64
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator ,
To plot the Characteristics curve of various clamper circuits.
,Discrete Component Trainer,Diode Clamper Kit
65
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator ,
1. To determine Voltage regulation using Zener diode shunt regulator and transistor series voltage regulator in the following cases
,Discrete Component Trainer, ( a) Varying input,( b) Varying load
Zener Regulator Kit
66
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator ,
To determine input and output characteristics of NPN Transistor in Common Base configuration.
,Discrete Component Trainer,
BJT Characteristics (CB) NPN Kit,
Transistor Characteristics (CB) NPN Kit
67
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator ,
To determine input and output Characteristics of NPN Transistor in Common Emitter configuration.
,Discrete Component Trainer,
BJT Characteristics (CE) NPN Kit,
Transistor Characteristics (CE) NPN Kit
68
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator , Half wave, full wave & bridge rectifier.
Discrete Component Trainer,Transformer,Diodes,
(a)To measure Vrms, Vdc for half wave, full wave & bridge rectifier.
Rectifier Circuits Kit
(b)To measure ripple factor, ratio of rectification for full wave & half wave rectifier
69 Electronic Devices & Circuits Lab CRO, Function Generator , 2. To determine JFET Characteristic.
(315-316)
,Discrete Component Trainer, FET Characteristic kit,Multimeters
(a) To plot the Characteristics curve for n channel – JFET in CS configuration.
( b) To find out pinch off voltage from the above characteristics curve
70
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator ,
To measure h- parameter (Av, Ai, Ro & Ri) in CE Amplifier.
,Discrete Component Trainer,
CE Amplifier Kit
71
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator , 5. Study of Multi Stage Amplifier.
3. ,Discrete Component Trainer, 6. ( a) To plot the Characteristics curve for Direct Coupled Amplifier.
4. RC Coupled Amplifier Kit 7. ( b) To plot the Characteristics curve for RC Coupled Amplifier.
(c) To plot the Characteristics curve for transformer Coupled Amplifier.
72
Electronic Devices & Circuits Lab (315-1)
CRO, Function Generator , To determine UJT Characteristic.
,Discrete Component Trainer, (a) To plot the Characteristics curve for UJT.
UJT Characteristic kit Multimeters, (b) To determine intrinsic stand off ratio.
73
Electronic Devices & Circuits Lab (315-316)
Discrete Component Trainer),
Study of different basic digital logic gates and verification of their Truth Table.
Digital IC Trainer,Multimeters,
Logic Gates Ics
74
Electronic Devices & Circuits Lab (315-316)
,Discrete Component Trainer, Diode Characteristic Kit,Multimeters
Study and verification of the law of Boolean Algebra and De-Morgan’s Theorem.
75
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator , Construction and verification of various combinational circuits such as Half Adder, Full Adder.
,Discrete Component Trainer,Diode Clipper Kit
76
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator ,
,Discrete Component Trainer,Diode Clamper Kit
Construction and verification of various combinational circuits such as Half & Full Subtractor.
77
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator ,
Study and verification of Multiplexer, De-multiplexer.
,Discrete Component Trainer,
Zener Regulator Kit
78
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator ,
Study and verification of Different Code Converters, Encoder, Decoder.
,Discrete Component Trainer,
BJT Characteristics (CB) NPN Kit,
Transistor Characteristics (CB) NPN Kit
79
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator ,
Construction and verification of various types of Flip-Flops using gates and IC’s.
,Discrete Component Trainer,
BJT Characteristics (CE) NPN Kit,
Transistor Characteristics (CE) NPN Kit
80
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator ,
,Discrete Component Trainer,Transformer,Diodes,
Construction and Verification of different Shift Registers.
Rectifier Circuits Kit
81
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator ,
Construction and verification of different types of Counters.
,Discrete Component Trainer, FET Characteristic kit,Multimeters
82
Electronic Devices & Circuits Lab (315-316)
CRO, Function Generator , Study of important TTL technologies, Verifications of important TTL Circuit Parameters.
,Discrete Component Trainer, CE Amplifier Kit
83 Embedded systems Lab CRO Amplitude, Frequency measurement
84 Embedded systems Lab CROscientific HM203M Amplitude, Frequency measurement
85 Embedded systems Lab DSO Amplitude, Frequency measurement
86 Embedded systems Lab Function Generator Waveform generation
87 Embedded systems Lab Function Generator Waveform generation
88 Embedded systems Lab Interfacing Module Interfacing with microprocessor
89 Embedded systems Lab Digital I/O Interfacing Module Interfacing with microprocessor
90 Embedded systems Lab Elevator simulator Interfacing Module Interfacing with microprocessor
91 Embedded systems Lab Keyboard Interfacing Module Interfacing with microprocessor
92 Embedded systems Lab LCD display card Interfacing with microprocessor
93 Embedded systems Lab
Stepper motor controller Interfacing Module Interfacing with microprocessor
94 Embedded systems Lab LCD Interface Interfacing with microprocessor
95 Embedded systems Lab
Tempreature Measurement Interfacing Module Interfacing with microprocessor
96 Embedded systems Lab DC motor Interfacing Module Interfacing with microprocessor
97 Embedded systems Lab Relay opto Interfacing Module Interfacing with microprocessor
98 Embedded systems Lab LED Matrix C Interfacing with microprocessor
99 Embedded systems Lab Thumb wheel Interfacing Module Interfacing with microprocessor
100 Embedded systems Lab LDR Interfacing Module Interfacing with microprocessor
101 Embedded systems Lab
Seven Segment display Interfacing Module Interfacing with microprocessor
102 Embedded systems Lab ADC 0809 Interfacing Module Interfacing with microprocessor
103 Embedded systems Lab
Traffic light controller Interfacing Module Interfacing with microprocessor
104 Embedded systems Lab IC Tester Interfacing with microprocessor
105 Embedded systems Lab
Dual channel 8 bit DAC Interfacing Module Interfacing with microprocessor
106 Embedded systems Lab IC Tester Digital/ Interfacing with microprocessor
107 Embedded systems Lab logic gate kit Digital electronics experiments
108 Embedded systems Lab Universal gate kit Digital electronics experiments
109 Embedded systems Lab Ex-OR Implemetation kit Digital electronics experiments
110 Embedded systems Lab Binary Grey & Grey Binary code conver. Digital electronics experiments
111 Embedded systems Lab BCD Access 3 code conver. Digital electronics experiments
112 Embedded systems Lab MUX-DEMUX kit Digital electronics experiments
113 Embedded systems Lab Encoder/Decoder kit Digital electronics experiments
114 Embedded systems Lab Flip flop kit Digital electronics experiments
115 Embedded systems Lab Binary up counter Digital electronics experiments
116 Embedded systems Lab Binary ripple counter Digital electronics experiments
117 Embedded systems Lab D/A converter Digital electronics experiments
118 Embedded systems Lab A/D converter Digital electronics experiments
119 Embedded systems Lab Add/ Sub kit Digital electronics experiments
120 Embedded systems Lab KEIL Software PCB designing
121 Embedded systems Lab Digital multimeter model Digital electronics experiments
122 Embedded systems Lab 8085 microprocessor kit Microprocessor experiments
123 Embedded systems Lab 8085 microprocessor kit Microprocessor experiments
124 Embedded systems Lab 8086 microprocessor kit Microprocessor experiments
125 Embedded systems Lab 8051 microControllerkit Microprocessor experiments
126 Embedded systems Lab
"NVIS "Advanced 8086 microprocessor Trainer Microprocessor experiments
127 Embedded systems Lab
"NVIS "Advanced 8086 microprocessor Trainer Microprocessor experiments
128 Embedded systems Lab Power supply Microprocessor experiments
129 Embedded systems Lab
Smart Card Trainer/VPL Infotech Model No. Microprocessor experiments
130 Embedded systems Lab Tool kit (Electronics) Microprocessor experiments
131 Embedded systems Lab Digital IC Trainer Microprocessor experiments
132 Embedded systems Lab Digital Multimeter Digital electronics experiments
133 Embedded systems Lab Digital Multimeter Digital electronics experiments
134 Embedded systems Lab Digital IC Trainer Digital electronics experiments
135 Embedded systems Lab ARM 7 LPC2148 learning kit Microprocessor experiments
136 Embedded systems Lab PIC self learning kit Microprocessor experiments
137 Innovation and Incubation Center PCB prototype machine
Milling, engraving, drilling and routing of printed circuit boards
138 Innovation and Incubation Center Two CRO
Display waveform, measurement of amplitude, frequency and phase
139 Innovation and Incubation Center Two function generators
Generate different types of Waveform like sinusoidal or triangular or square etc. with varying amplitudes and frequencies
140 Innovation and Incubation Center Multi-meters
Measurements of different components values.
141 Innovation and Incubation Center Power supplies To generate fix and variable voltages
142 Innovation and Incubation Center Lamination machine
Transfer the image on printed circuit board from epoxy film or glossy paper of the circuit
143 Innovation and Incubation Center Laser printer
Generate the printed epoxy film or glossy paper of desired circuit
144 Innovation and Incubation Center Two computer systems
Operate PCB prototype machine, and various circuit making software
145 Innovation and Incubation Center Drilling machine
Drill holes in fabricated PCB for components mounting
Innovation and Incubation Center Soldering set up
Solder different components on printed circuit board 146
Innovation and Incubation Center Etching set up
Each out the unwanted copper materials from the printed circuit board 147
Innovation and Incubation Center Crimp machine
Assembling and manufacturing of LED bulbs, LED tube light and LED street light
148
Innovation and Incubation Center Arduino board Develop Arduino based projects 149
150 Research Laboratory Computer
Matlab (UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities).
151 Research Computer
Laboratory
Xilinx ise system edition(UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities)
152 Research Laboratory
Computer
Keil PK51-ED(UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities)
153 Research Laboratory Computer
Octave(UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities)
154 Research Laboratory Computer
TinaPro (UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities)
155 Research Laboratory Computer
Modelsim (UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities)
156 Research Laboratory Computer
Tex studio (UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities)
157 Research Laboratory Computer
Texnic center (UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities)
158 Research Laboratory Computer Video’s From NPTEL displayed in the Lab
159 Research Laboratory Computer
MOOC courses are taken as part of curriculum.
160 Research Laboratory Projector & Speakers
Interactive modules like videos/Presentations and these visually attractive methods of teaching becomes appealing to students
161
RF & MICROWAVE LAB (MICROWAVE LAB)
KLYSTRON POWER SUPPLY-X BAND Sr.No-1545,1546
Analyze the functioning, designing and characteristics of microwave vacuum tube devices and determine various performance parameters of microwave network using measurement techniques like frequency, impedance, power attenuation measurements etc.
162
RF & MICROWAVE LAB (MICROWAVE LAB)
KLYSTRON MOUNT WITH TUBE,Model No-XM231 Sr.No-1545,1546
Analyze the functioning, designing and characteristics of microwave vacuum tube devices and determine various performance parameters of microwave network using measurement techniques like frequency, impedance, power attenuation measurements etc.
163
RF & MICROWAVE LAB (MICROWAVE LAB)
GUNN POWER SUPPLY, Sr.N o.-1129,1130,1131
Analyze the functioning, designing and characteristics of microwave vacuum tube devices and determine various performance parameters of microwave network using measurement techniques like frequency, impedance, power attenuation measurements etc.
164
RF & MICROWAVE LAB (MICROWAVE LAB)
GUNN OSCILLATOR,S.No-1607,1608,1609
Analyze the functioning, designing and characteristics of microwave vacuum tube devices and determine various performance parameters of microwave network using measurement techniques like frequency, impedance, power attenuation measurements etc.
165
RF & MICROWAVE LAB (MICROWAVE LAB)
VSWR METER,Sr.No-2012,2013,2014,2015,2016
Analyze the functioning, designing and characteristics of microwave vacuum tube devices and determine various performance parameters of microwave network using measurement techniques like frequency, impedance, power attenuation measurements etc.
166
RF & MICROWAVE LAB (MICROWAVE LAB)
COOLING FAN,Sr.No.-1635,1636,1637,1638
Analyze the functioning, designing and characteristics of microwave vacuum tube devices and determine various performance parameters of microwave network using measurement techniques like frequency, impedance, power attenuation measurements etc.
167
ANTENNA & WAVE PROPAGATION
Antenna Trainer Kit (with Antennas) ATS-05/Amitec elex.Ltd,Excellent TechSr.No-0818/26
Synthesize and analyze uniform and non-uniform antenna arrays of point sources.
168
ANTENNA & WAVE PROPAGATION
Antenna Trainer Kit ATS-05/Amitec elex.Ltd,Excellent Tech,08108/27
Synthesize and analyze uniform and non-uniform antenna arrays of point sources.
169
ANTENNA & WAVE PROPAGATION
Antenna Trainer Kit (with Antennas)ATS-20/Amitec elex.Ltd,Excellent Tech,09/11/13/2007
Synthesize and analyze uniform and non-uniform antenna arrays of point sources.
170
ANTENNA & WAVE PROPAGATION
Hyperlynx 3D EM Simulation software,Tessolve semiconductor PVT.LTD,Banglore,100/01
Synthesize and analyze uniform and non-uniform antenna arrays of point sources.
171
ANTENNA & WAVE PROPAGATION Computer System,Optiplex 3010
Synthesize and analyze uniform and non-uniform antenna arrays of point sources.
172
Communication Network & Transmision line Trainer kit for K -type Band pass filter,
Understand the basics of transmission lines and determine various transmission line parameters
173
Communication Network & Transmision line Trainer kit for K -type Band reject filter
Understand the basics of transmission lines and determine various transmission line parameters
174
Communication Network & Transmision line Trainer kit for K -type Low pass filter
Understand the basics of transmission lines and determine various transmission line parameters
175
Communication Network & Transmision line Trainer kit for K -type High pass filter
Understand the basics of transmission lines and determine various transmission line parameters
176
Communication Network & Transmision line Trainer kit for M-type low pass filter
Understand the basics of transmission lines and determine various transmission line parameters
177
Communication Network & Transmision line Trainer kit for M -type High pass filter
Understand the basics of transmission lines and determine various transmission line parameters
178
Communication Network & Transmision line Trainer kit for M -type Band pass filter
Understand the basics of transmission lines and determine various transmission line parameters
179
Communication Network & Transmision line Trainer kit for M -type Band reject filter
Understand the basics of transmission lines and determine various transmission line parameters
180
Communication Network & Transmision line
Transmission line trainer (Salcon Technologies)
Understand the basics of transmission lines and determine various transmission line parameters
181
Communication Network & Transmision line
Transmission line trainer (Falcon Technologies)
Understand the basics of transmission lines and determine various transmission line parameters
182
Communication Network & Transmision line Transmission line trainer kit (Amitec)
Understand the basics of transmission lines and determine various transmission line parameters
183
Communication Network & Transmision line Trainer kit for attenuator
Understand the basics of transmission lines and determine various transmission line parameters
184
ELECTRONICS & INSTRUMENTATION Strain guage kit, ST-2304,Sr.no-50659
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
185
ELECTRONICS & INSTRUMENTATION LVDT Kit,ST-2303,Sr.no 70669
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
186
ELECTRONICS & INSTRUMENTATION A/D Converter,ST-2601, Sr.no406139
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
187
ELECTRONICS & INSTRUMENTATION D/A Converter,ST-2602,Sr.no-406140
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
188
ELECTRONICS & INSTRUMENTATION
Temperature Measurement Using Thermistor,Scientech technologies,Indore
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
189
ELECTRONICS & INSTRUMENTATION Temperature Measurement Using RTD
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
190
ELECTRONICS & INSTRUMENTATION Piezo – electric Transducer
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
191
ELECTRONICS & INSTRUMENTATION
Tempreature transducer trainer,ST-2302,Sr.no-110357
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
192
ELECTRONICS & INSTRUMENTATION
Optical Transducer Trainer ,ST-2301,Sr.no-20349
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
193
ELECTRONICS & INSTRUMENTATION
CRO Demonstration Kit,ST2001,Sr.no-706687
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
194
ELECTRONICS & INSTRUMENTATION 30 MHz CRO,Sr.no-06074677
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
195
ELECTRONICS & INSTRUMENTATION 25 MHz CRO,Sr.no-0606549
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
196
ELECTRONICS & INSTRUMENTATION 20 MHz CRO,Sr.no-0706211, 0706224
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
197
ELECTRONICS & INSTRUMENTATION
30 MHz CRO,Sr.no-071011296, 071011300, 071011297, 071011292, 071011293, 07011299
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
198
ELECTRONICS & INSTRUMENTATION
3 MHz Universal Function Generator,,Sr.no-0708319, 0708321
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
199
ELECTRONICS & INSTRUMENTATION
1 MHz Function Generator,Sr.no-6065287, 06065285
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
200
ELECTRONICS & INSTRUMENTATION
Power Supply Dual output,Sr.no-606793,0606755, 0606790, 0606783, 0606789, 0606786
Define measurement parameters, standards, characteristics, errors. Distinguish between different types of AC and DC voltmeters. Analyze various parts of general purpose oscilloscopes and recorders.
201 Simulation Lab Computer
Matlab (UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities).
202 Simulation Lab Computer
Xilinx ise system edition(UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities)
203 Simulation Lab
Keil PK51-ED(UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities) Computer
204 Simulation Lab Computer
Octave(UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities)
205 Simulation Lab Computer
TinaPro (UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities)
206 Simulation Lab Computer
Modelsim (UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities)
207 Simulation Lab Computer
Tex studio (UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities)
208 Simulation Lab Computer
Texnic center (UG/PG students, Research Scholars and Faculty members utilize for their mini projects, projects, and research activities)
DEPARTMENT OF INFORMATION TECHNOLOGY
1 225(a) Steve Jobs Lab 20 Computer System Internet, Projector
2 225(b) Tutorial Room 20 Computer System Internet
3 226(a) Aryabhatta Lab 20 Computer System Internet, Projector
4 226(b) Vikram Saheb Lab 20 Computer System Internet
5 231(a) George Boole Lab 20 Computer System Internet, Projector
6 231(b) Alan Turing Lab 20 Computer System Internet
DEPARTMENT OF COMPUTER APPLICATIONS - MCA
1 Alan Turing Dell 5050 (intel i5,8GB RAM, 1TB HDD ),Projector
30 nos. Windows/Linux based systems connected to high speed internet with all required programming tools and languages as per curriculum
2 Charles Babbage Dell 3046 (intel i3,8GB RAM, 500GB HDD ),Projector
31 nos. Windows/Linux based systems connected to high speed internet with all required programming tools and languages as per curriculum
3 Richard Stalling Dell 380 (intel Core 2duo,4GB RAM, 160GB HDD ),Projector
32 nos. Windows/Linux based systems connected to high speed internet with all required programming tools and languages as per curriculum
4 George Boole Dell 3020 (intel i3,4GB RAM, 500GB HDD ),Projector
33 nos. Windows/Linux based systems connected to high speed internet with all required programming tools and languages as per curriculum
DEPARTMENT OF ENGINEERING PHYSICS
1 Engineering Physics Laboratory He-Ne LASER S
Wavelength measurements using a grating.
2 Engineering Physics Laboratory DIODE LASERS
NA and acceptance angle measurements using a fiber optics cable.
3 Engineering Physics Laboratory PLANCK CONSTANT APPARATUS
Planck constant determination facility using photocell.
4 Engineering Physics Laboratory
OPTICAL BENCH ARRANGEMENT FOR DOUBLE SLIT
Young’s double slit experiment to observe interference.
5 Engineering Physics Laboratory DIODE AND ZENER DIODE SET UP Measurement of VI characteristics.
6 Engineering Physics Laboratory SPECTROMETER WITH PRISM
Measurement of dispersive power (prism)wavelengths.
7 Engineering Physics Laboratory NEWTON RING SET UP
Wavelength(sodium) , radius of curvature measurement.
8
Engineering Physics Laboratory POLARIMETER
Specific rotation measurements of liquids
Measuring different concentrations of sugar solution.
9 Engineering Physics Laboratory HALLEFFECT SET UP
Facility to measure carrier density, the mobility of charge carrier, Hall coefficient, Hall voltage.
10 Engineering Physics Laboratory ENERGY BAND GAP SET UP Semiconductor: Band gap calculation
11 Engineering Physics Laboratory TELESCOPE Resolving power measurement.
12 Engineering Physics Laboratory BAR PENDULUM Measurement of g and radius of gyration.
13 Engineering Physics Laboratory SOLAR CELL
VI characteristics measurements, Fill factor.
14 Engineering Physics Laboratory SONOMETER WITH ELECTROMAGNET Frequency of ac mains measurement.
15 Engineering Physics Laboratory SPECTROMETER WITH GRATING
Measurement of wavelengths of prominent lines of mercury lamp /sodium lamp.
DEPARTMENT OF ENGINEERING CHEMISTRY
1 Chemistry Laboratory
(Chemistry Dept.)
Cleveland’s open cup Apparatus (3)
Penskey Marten’s closed cup
Apparatus (3)
Abel’s closed cup Apparatus (3)
Redwood Viscometer No.1 (3)
Redwood Viscometer No.2 (3)
Conradson’s Apparatus (1)
Cloud & Pour Point Apparatus (3)
Aniline Point Apparatus (2)
Muffle Furnace (1)
Hot Air Oven (1)
Analytical Balance (1)
Distillation Unit (3)
Chainomatic Analytical Balance (1)
Stop Watch (Digital) (5)
Refrigerator (1)
pH meter (1)
Turbidity meter (1)
TDS meter (1)
Water bath (1)
Electronic Digital Balance (1)
Centrifugal Machine (1)
Cone Penetrometre (1)
DEPARTMENT OF APPLIED SCIENCE & HUMANITIES
1 Communication Lab Systems-31 Air Conditioner-02
Headphones-31
2 Language Lab Systems-31 Air Conditioner-02
Headphones-31
DEPARTMENT OF MECHANICAL ENGINEERING
1 Theory of Machines
and DOM Lab
Friction wheel Drive
All neccessary lab performance facilities & associated ameneties are available
Pawl & Retched mechanism apparatus
Ellipse Tracer Model
Pentagon mechanism
Kinematics Pairs
Slider Crank mechanism
Conical Friction Clutch
Hydraulic Break Unit
Single Stage Bevel Gear
Single Stage Helical Gear
Four Bar mechanism
Differential Gear Assembly
Universal Governor
Cam Analyzer
Epicyclical Gear Train & Holding Torque
App.
Static & Dynamic Balancing
Cam & Follower set of 5
Crank & Slotted link mechanism
Crank & Slider Mechainism
Crank &Slotted lever appratus
Pendulum Pump
Scotch yoke mechanism
Oldham's Coupling
Epicyclical Gear (sun & planet).
Friction clutches models
Motorised Gyroscope
Universal Governor assembly (Hartnel,Proell
governor assemble with sliding weight of
porter governor )
2 Fluid Mechanics Lab
Radial Turbine
Reynolds Apparatus
Orifice & Mouth piece
Friction in pipe
Free & Forced Vertex Apparatus
Reynolds Apparatus
3 Machine Design Lab
Model of Knuckle joint Assembly
Model of Cotter joint Assembly
Drawing board & stand
Connecting Rod (Model)
Foot Step Bearing (Model)
Stuffing Box (Model)
Plummer Block (Model)
Cross Head (Model)
4 TEGD lab
Dead weight safety valve modal
Steam reducer valve model
Impulse Turbine Model
Model of Loeffler Boiler
Model of Velox Boiler
Model of Benson Boiler
Model of Lancashire Boiler
De Level Turbine
Pure reaction Turbine
Expansion Steam Trap model
Feed Check Valve model
Model of Lamont Boiler
Jet condeser chart
Types of Mechanical Draft cooling tower
Condensor Test Rig (Fabrication by students
under project)
Bomb Calorimeter
Single Stage Compressor
Double Stage Compressor
5 Strength of Material
Lab
Torsion Testing machine for rod with
electrical operated
UTM 400KN
Bend & Rebend testing attachments
Bend testing software
Brinell Test Attachment for UTM
Visual Charts
Izod Impact Testing machine
Rockwell Hardness Testing machine
Test Block for Brinell & Rockwell
Dial gauge for B 3000H
Fatigue Testing Machine
Electronic Extensometer for UTM
Shear Test attachment for UTM
Vickers Hardness Testing Machine
6 Engg.
Thermodynamics
Lab
Digital Contact type Tachometer
Model of Rateau turbine
Model of Curtis Boiler Gas Turbine
Mollier Diagram chart
Green's Ecnomiser chart
Throttling Calorimeter chart
Separating Calorimeter (Student Project -
Fabricated)
7 BME/IME Lab Model of Cochran Boiler
Model of Lancashire Boiler
Model of Locomotive Boiler
Model of Babcock & Wilcox Boiler
Model of Steam Engine
Model of Four Stroke Petrol Engine
Model of Four Stroke Diesel Engine
Model of Two Stroke Petrol Engine
Model of Two Stroke Diesel Engine
Model of Water Turbine
Model of Francis Turbine
Model of Hydro Power Plant
Model of Anti priming pipe
Model of Water Gauge
Model of Lever Safety Valve
Model of Blow Off Cock
Bernoulli’s apparatus
Model of Spring Loaded Safety valve
Model of Dead Weight Safety Valve
Model of Feed Check Valve
Fusible Plug
8 MMC lab
LVDT Displacement Transducer
Calibration of RTD
Calibration appratus of Thermistor
Calibration appratus of Thermocouple
Strain Measurement Appratus
Calibration of Bourdon Tube Pressure Guage
Prony Brake Dynamometer with weight
Gas thermometer
Vernier caliper
Micro meter
Dial Gauge with stand
Sine bar
Sine bar chart
multicoloured engineeirng chart (12Nos)
Slip gauge box
Mechanical measurment charts (10 Nos0
HG thermometer (2nos)
Surface Plate
9 CAD/CAM/CAE
and EG Lab
Solid edge Software
CREO Software
CNC CADEM Program varification and
Simulator
Printer
Projector
Computer 30
Computer 24
10 Heat & Mass
Transfer lab
Thermal Conductivity of Metal Rod App
Heat Transfer in Natural convection App.
Heat Transfer in Forced convection App.
Heat Transfer in Pin Fins
Stefan Boltzmn App.
Unsteady State Heat Transfer Unit
Critical Thickness of Insulation App.
Ther Conductivity of Insulating Powder App.
Parellel Flow/Counter Flow Heat Exchanger
Stefan Boltzmn chart
Different extended surface chart
Heat transfer in condensatoin chart
Heat transfer in Natural convection chart
Thermal Conductivity of Insulating powder
chart
Two slab Gaurded hot plate apparatus chart
Heat transfer in forced convection chart
Type of heat exchanger chart
Thermal conductivity of metal bar chart
11 Internal Combustion
Engine Lab
Four-Stroke 4 cylinder petrol engine test rig
Four-Stroke single cylinder diesel engine test
rig
Single Cylinder two Stroke Petrol Engine
Test rig
Single Cylinder 4 Stroke Petrol Engine Test
rig
Single Cylinder Diesel Engine Test Rig with
Electrical Load
Cut Sectional model of Diesel Engine
Cut Sectional model of Petrol Engine
Automobile parts Mechanical Fuel pump
Automobile part Distributor
Spring Balance
Actual Cut seciton model for determination
of valve timing diagram four stroke single
cylinder petrol engine
Actual working model of Battery Ignition
system
Actual working model of Electronic Ignition
system for petrol engine
Actual cut model of Diesel Fuel Injector
Actual Cut section of Carburettors (Set of 5)
Actual working model of Lubrication system
for four stroke petrol engine
Actual working model of Multi Point Fuel
Injection (MPFI) system of Petrol engine
12 Vibration Lab
Torsional Vibration Test Rig
Free and Forced Vibration bench
Simple and Compound Pendulum
Whirling of Shaft
13 RAC Lab
Ice Plant Trainer
Gas Charging Unit
Refrigeration trainer
Vapour compression refrigration system
Vapour Absorption (Eectrolux)
Digital Annemometer
Psychrometer
Air Conditioning Test rig
Mechanical Heat Pump test rig
Refrigerator(Two In Number)(1Donated)
14 Automobile Lab Eicher Engine Transmission Cut section
15 Metal Cutting &
CNC lab
Central Lathe machine (2)
Bench grinder (2)
Shaper machine
Drill machine (2)
Workshop chart
Measuring instrument
Milling Machine
Radial Drilling Machine
Surface Grinder
16 Material Technology
lab
Double Disc Polishing Machine
Muffle Furnace
Jominey end Quench Apparatus
Inverted metallurgical Microscope
17
Measurement &
Maintenance
Practice lab
(Diploma)
combination set
slip gauge block set
sine bar
angle gauges
dial indicator
V-block
surface plate
microscope
temperature transducer
plug and ring gauges
vernier protector
18 Industrial
Engineering lab
(Diploma)
Mechanical Stop Watch with start, stop &
flyback action metal body diamond make
Vernier Caliper (300 mm)
19 Thermal Engineering
lab
(Diploma)
Pressure-Temperature(p-t) curve of steam
Governing System
Flat plate heat exchanger
Seperating and throttling calorimeter
Temperature entopy (T-S) curve of steam
Pressure- volume (p-v) curve of steam
Radiator
20 Automobile
Engineering lab
(Diploma)
Tube type Tyre puncture KIT
Tube less Tyre puncture KIT
Automobile Tool Kit + screw driver Ki
Foot operated Air pump
Battery hydrometer
21 SKF Lab (SOE)
Mounting star-Bearing training kit
Basic machine diagnosis kit
Alignment kit
Display kits
Self-Learning Tools
Computer 6
22 Mechanical Engg.
Work- Shop
Central Lathe machine (2)
Bench grinder (2)
Shaper machine
Drill machine
Carpentry vice
Fitting vice
Swage block
Anvil block(2)
Electric arc welding machine
Gas welding cylinder
Carbide welding cylinder
Electric Furnace
Workshop chart
Shearing machine
Measuring instrument
Furnace
Milling Machine
Radial Drilling Machine
Surface Grinder
MIG welding machine
Single phase Welding machine
CNC Lathe
DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING
1 LAB-116 ISRO DELL - 3046 8 GB RAM 500 GB HDD I3
COMPUTER/BATTERIES/UPS/SWITCHES/AC
2 LAB-130 VNH DELL - 3046 8 GB RAM 500 GB HDD I3
COMPUTER/BATTERIES/UPS/SWITCHES/AC
3 LAB-135 WB DELL - 390 8 GB RAM 500 GB HDD I3
COMPUTER/BATTERIES/UPS/SWITCHES/AC
4 LAB-17 DRH DELL - 390 4 GB RAM 500 GB HDD I3
COMPUTER/BATTERIES/UPS/SWITCHES/AC
5 LAB-206 DELL - 390 8 GB RAM 500 GB HDD I3
COMPUTER/BATTERIES/UPS/SWITCHES/AC
6 LAB-120(IOT &
Alexa) DELL - 390 8 GB RAM 500 GB HDD I5
COMPUTER/BATTERIES/UPS/SWITCHES/AC
7 LAB-121 (AI& ML) DELL - 390 8 GB RAM 500 GB HDD I5
COMPUTER/BATTERIES/UPS/SWITCHES/AC
List of Experimental setup
SN List of Experimental setup in each Lab / Workshop Facilities in each Lab / Workshop
DEPARTMENT OF CIVIL ENGINEERING
Structural Engineering
1. Verification of Maxwell reciprocal theorem of deflection
All the necessary facilities are available in the lab
Using a simply supported or Overhanging beam.
2. Experimental and analytical study of behavior of different
Struts with various end conditions.
3. Verification of moment area theorem for slope & deflection
Of beam.
4. Deflections of a truss-horizontal deflections and vertical
Deflections of various joints of a pin-jointed truss.
5. To determine elastic displacements (Vertical & Horizontal)
Of curved members.
6. To determine experimentally & analytically study of three
Hinged arch and influence line for horizontal thrust.
7. To determine the elastic properties of a beam.
8. Experiment on a two-hinged arch for determining the
Horizontal thrust & influence line for horizontal thrust.
9. To determine experimentally and analytically study
Of a 3 bar pin jointed Truss.
10. To determine experimental & analytical study to determine
Deflections for unsymmetrical bending of a Cantilever beam.
11. To Analyze of Portal Frame Structure
Fluid Mechanics Lab
1. To verify Bernoulli's equation.
2. To verify Impulse Momentum equation.
3. To find out the terminal velocity of a spherical body in fluid.
4. Calibration and study of Venturi meter.
5. Calibration and study of Orifice meter.
6. Determination of Cv, Cd and Cc of Orifices.
7. Study of Pelton wheel turbine.
8. Study of Francis turbine.
9. Study of Kaplan turbine.
10. Calibration of Nozzle meter and Mouthpiece.
11. Reynolds experiments.
12. Determination of metacentric height.
13. Determination of friction factor of pipes.
14. Flow rate measurement over weir.
15. Study of Piezometer and U-tube manometer.
16. Study of bourdon's gauge.
17. Minor losses in pipes flow.
18. Manning’s constant and Chezy's constant for given rectangular channel section.
19. Study of hydraulic jump.
20. Demonstration and use of Pitot tube.
21. Study and use of water meter.
22. Study of a model of Centrifugal and Reciprocating pump.
Environmental Engineering Lab
1. To study the various standards for water and waste water.
2. To study of sampling techniques for water and waste water.
3. Measurement of turbidity of water and waste water.
4.To deter mine the coagulant dose required to treat the given
Turbid water sample.
5. To deter mine the concentration of chlorides in a given water and waste water samples.
6. Determination of residual chlorine.
7. Determination of Alkalinity in a water samples.
8. Determination of Acidity in a water samples.
9. Determination of pH using a digital pH Meter.
10. To determine total hardness in water and wastewater samples.
11. To determine residual chlorine water and waste water samples.
12. To determine dissolved oxygen in water and wastewater samples.
13. To determine Biochemical oxygen demand (BOD) of wastewater samples.
14.To determine total solids, total dissolved solids (TDS), total
15. Suspended solids (TSS) and total volatile solids in water and wastewater samples.
16. Design of septic tank for public building.
17.To study ambient Air quality standard
18.To find out the level of sound with the help of digital sound
Material Testing Lab
1. Tests on Bricks.
(a) Absorption test.
(b) Crushing strength test.
(c) Hardness test.
(d) Shape and size.
2. Tests on Aggregates (fine and Coarse)
(a) Crushing test.
(b) Abrasion test.
(c) Impact test.
(d) Soundness test.
(e) Shape test.
(f) Specific gravity and water absorption test.
3 Tests on Cements and concrete.
(a) Consistency test
(b) Initial and Final Setting Time
(c) Compressive strength
(d) Slump test before leaving the batching plant and on arrival on site
(e) Compressive strength test
(f) Water Absorption Test
4. Tests on tiles
5. Aggregate Crushing Value Test
6. Determination of aggregate impact value
7. Determination of Los Angeles Abrasion value
8. Determination of California Bearing Ratio values
5. Determination of penetration value of Bitumen
6. Determination of Viscosity of Bituminous Material
7. Determination of softening point of bituminous material
8. Determination of ductility of the bitumen
9. Determination of flash point and fire point of bituminous material.
10. Determination of Bitumen content by centrifuge extractor
11. Determination of stripping value of road aggregate
12. Determination of Marshall stability value for Bituminous mix.
13. Determination of shape tests on aggregate
Geotech & Transportation
Engineering Lab
1.Determination of Los Angeles abrasion value of aggregates
2.Determination of penetration value of bitumen
3.Determination of viscosity bituminous material
4.Determination of bitumen content by centrifuge extractor
5.Determination of marshall stability value for bituminous mix
6.Indian standard light compaction test/ std. proctor test of soil
7.Indian standard heavy compaction test/ modified proctor test of soil
8.Determination of field density of soil by core cutter method
9.Determination of field density of soil by sand replacement method
10.Determination of field density by water displacement method
11.Triaxial compression test
12.Lab. Vane shear test
13.Demonstration of plate load test SPT & DCPT
14.Determination of hygroscopic water content
15.Particle- size analysis
16.Determination of specific gravity of soil particles
17.Determination of plastic limit of soil
18.Determination of liquid limit of soil
19.Determination of shrinkage limit of soil
Advance Surveying Lab
1.Mesurement of distance with chain and tape on ground with direct or indirect ranging.
2.Construction and use of optical square and open cross staff for setting out perpendicular and running a survey line for locating details.
3.Measurement of area by chain and cross staff.
4.Use of prismatic compass and observing fore bearing and back bearing.
5.Measuring fore bearing and back bearing of 5-6 sided closed polygon. Identifying stations affected by local attraction and calculation of corrected F.B. & B.B.
6.Measuring fore bearing and back bearingfor an open traverse (5 to 6 sided). Calculate direct angles between successive lines.
7.Use of Dumpy level, temporary adjustments and taking reading on levelling staff.
8.Recording reading in field book.
9.Differential levelling practice, reduction of level by H.I. method.
10.Differential levelling practice, reduction of level by rise and fall method.
11.Carrying Bench mark from one point to another point about 200m by fly levelling with tilting level.
12.Use of Autolevel and taking observation.
13.Measurement of area of irregular figure by planimeter. Measuring area enclosed by closed contours on contour map prepared earlier, by simple digital planimeter.
14.Measurement of vetical angles with Theodolite.
15.Determination of horizontal distance between two inaccesible points with Theodolite
16.Locating given building by Theodolite traversing.
17.Surveying using Total Station.
18.GPS Mapping of the prescribed area of land.
19. Measurement of horizontal and vetical angles with Digital Theodolite.
Simulation Lab
1.AutoCad ,
2.Ravit,
3.Staadpro,
4.Primavera,
5.MATLAB,
6.Bentley
Basic Civil Engineering Lab
1. To perform traverse surveying with prismatic compass, check for local attraction and determine corrected bearings and to balance the traverse by Bowditch’s rule.
2. To perform leveling exercise by height of instrument of Rise and fall method.
3. To measure horizontal and vertical angles in the field by using Theodolite.
4. To determine (a) normal consistency (b) Initial and Final Setting time of a cement Sample.
5. To determine the workability of fresh concrete of given proportions by slump test or compaction factor test.
6. To determine the Compressive Strength of brick.
7. To determine particle size distribution and fineness modulus of course and fine Aggregate.
8. To verify the law of Triangle of forces and Lami’s theorem.
9. To verify the law of parallelogram of forces.
10. To verify law of polygon of forces
11. To find the support reactions of a given truss and verify analytically.
12. To determine support reaction and shear force at a given section of a simply Supported beam and verify in analytically using parallel beam apparatus.
13. To determine the moment of inertia of fly wheel by falling weight method.
14. To verify bending moment at a given section of a simply supported beam.
15.Verification of laws of parallelogram of forces.
16. Verification of laws of polygon of forces
17. Verification of laws of moments
18. Determination of forces in the members of Jib Crane
19. Determination of Centroid of plane lemina by graphical Method
20. Determination of coefficient of friction for surfaces of Different materials on horizontal plane
21. Determination of coefficient of friction for surfaces of different materials on an inclined plane
22. Determination of mechanical advantage, velocity ratio and Efficiency of the following lifting machines
(a) Simple wheel and axle
(b)Differential wheel axle
(c) Single purchase crab
(d)Double purchase crab
(e) Simple pulley block
(f) Simple screw jack
23.Measurement of B.H.P. of an engine using roap break
Dynamometer
DEPARTMENT OF ELECTRONICS & COMMUNICATION ENGINEERING
Basic Electrical & Electronics
Lab
Study of Electrical Measuring Instruments
Verification of Kirchhoff’s laws.
Verification of superposition theorem.
Verification of Thevenin’s theorem.
Determination of Impedance in R-L, R-C & R-L-C circuit. Measurement of Active Power, Reactive Power & Power Factor in the single phase a.c circuit with unity, lagging & leading power factor load. Measurement of line voltage, line current, phase voltage & phase current in 3-phase a.c circuit also verify relationship in STAR & DELTA connected
Three phase AC circuit.
Measurement of Real, Reactive & Apparent Power in the Balanced Three Phase Load using Two Wattmeter Method.
Determination of Ratio & polarity of single phase transformer. Determination of equivalent circuit parameters of a single phase Transformer by O.C. & S.C. tests
To perform load test on single phase transformer and calculate
1. Efficiency at different loads and plot Efficiency Vs load curve.
2. Voltage Regulation
Study the construction & working of 3-phase Induction motor.
To Perform No load and Block rotor test on 3-phase induction motor.
Study the construction & working of DC Machines.
Speed control of D.C.Shunt motor by:
1. Field Flux Control
2. Armature voltage control
Communication System Lab (319) Communication
System
Analysis of AM Modulation and Demodulation (Transmitter and Receiver) and calculation of Parameters.
Analysis of FM Modulation and Demodulation (Transmitter and Receiver) and calculation of parameters.
To construct and verify Pre-emphasis and De-emphasis and plot the waveforms.
Study of AVC and AFC
Study of PLL chip (566) and its use in various systems.
Study of Super-heterodyne receiver and characteristics of Radio Receiver
To construct Frequency Multiplier
To study of Sampling process and signal Reconstruction and aliasing.
To study of pulse position Modulation, pulse division Modulation and pulse amplitude modulation.
To study of Pulse Code Modulation transmitter and Receiver.
To study of Time Division Multiplexing and De multiplexing.
To study of ASK, PSK &FSK transmitter and Receiver.
To study of delta modulation and demodulation.
To study of adaptive delta modulation and demodulation.
To study of companding and quantization.
Communication System Lab (319)
Optical Communication
Study of 650 nm Fiber Optic Analog link.
Setting a fiber optic digital link.
Measurement of Propagation or Attenuation Loss in the optical fiber.
Study of Bending Loss in an optical fiber.
Measurement of Numerical Aperture (NA) of optical fiber.
Study of Characteristics of Fiber Optic Communication Link.
Study of Voice Communication through fiber Optic cable using Amplitude Modulation.
Study of Voice Transmission through optical fiber using PWM.
Determination of Bit Rate supported by the fiber optic link.
Communication System Lab (319)
Digital Communication
To study of Pulse Code Modulation transmitter and Receiver.
To study of ASK, PSK &FSK transmitter and Receiver.
To study RS-232 port (9-pin and 25-pin of serial port and parallel port.)
To study Synchronous and Asynchronous communication
To study various multiplexing technique (Time Division Multiplexing and De multiplexing).
To observe how data is transmitted from transmitter side to receiver side by using serial port(RS-232)
To observe how data is transmitted from transmitter side to receiver side by using Parallel Port.(RS-232)
To study NRZ and RZ codes
Communication System Lab (318) Analog & Digital Communication
Analysis of AM Modulation and Demodulation (Transmitter and Receiver) and calculation of Parameters.
Analysis of FM Modulation and Demodulation (Transmitter and Receiver) and calculation of parameters.
To construct and verify Pre-emphasis and De-emphasis and plot the waveforms.
Study of ASK, PSK and FSK transmitter and receiver
Study of sampling process and signal reconstruction and aliasing.
Study of PAM, PPM and PDM.
Time division multiplexing (TDM) and De multiplexing.
To construct frequency multiplier circuit and to observe the waveform.
Study of AGC
Study of PCM transmitter and receiver.
DSP AND VLSI Laboratory
Generation, analysis and plots of discrete-time signals.
Implementation of operations on sequences (addition, multiplication, scaling, shifting, folding etc).
Implementation of Linear time-invariant (LTI) systems and testing them for stability and causality.
Computation and plot of DTFT of sequences, verification of properties of DTFT.
Computation and plots of z-transforms, verification of properties of z-transforms.
Computation and plot of DFT of sequences, verification of properties of DFT.
Computation and plots of linear/circular convolution of two sequences.
Implementation of IIR and FIR filter structures (direct, cascade, parallel etc).
Implementation of various window design techniques (Rectangular, Bartlett, Hann, Hamming etc).
To Observe the Horizontal Oscillator and Horizontal Output Section through Various Test Point.
To Study the Fault Simulation and Step-by-Step Fault Finding Procedure for Horizontal Oscillator
Observe the Vertical Oscillator and Vertical Output Section through Various Test Point.
To Study the Fault Simulation and Step-by-Step Fault Finding Procedure for Vertical Oscillator and Vertical Output Section
To Study the Fault Simulation and Step-by-Step Fault Finding Procedure for Sound Output Section
To Study the Circuit Description of Audio and Video Section Tuner Section.
To Study the Circuit Description of RF Tuner Section.
To Study the RF Section by Measuring Voltages at Various Test Points.
To Study the Fault Simulation and Step-by-Step Fault Finding Procedure for RF Section.
To Study the Circuit Description of VIF Tuner Section.
To Study the VIF Section by Measuring Voltages at Various Test Points.
To Study the Fault Simulation and Step-by-Step Fault Finding Procedure for VIF Section.
To Study the Circuit Description of Video and Chroma Section Tuner Section.
To Study the Video and Chroma Section by Measuring Voltages at Various Test Points
To Study the Fault Simulation and Step-by-Step Fault Finding Procedure for Video and Chroma Section.
To Study the Fault Simulation and Step-by-Step Fault Finding Procedure for System Control Section.
Study of Doppler Effect.
Measure Speed of a fan and various Other Objects (Pendulum, Tuning Fork, Plate etc.)
To Simulate the Variable Speed of Moving Objects using Velocity Simulator.
To verify Kirchhoff’s voltage law.
To verify Kirchhoff’s current law.
To verify Thevenin’s Theorem.
To verify Norton’s Theorem.
To verify Superposition Theorem.
To verify Reciprocity Theorem.
To verify Maximum Power Transfer Theorem.
To verify Millman’s Theorem.
To perform Open Circuit Test on Two Port Network.
To perform Short Circuit Test on Two Port Network.
To find Frequency Response of LRC Series Circuit.
Electronic Devices &
Circuits Lab (315-316) Analog
Circuits
To determine voltage gain and frequency response of inverting amplifiers using IC-TL082.
To determine voltage gain and frequency response of non-inverting amplifiers using IC-TL082.
To measure offset voltages, bias currents of OPAMP using IC-741 & TL082.
To measure CMRR, Slew Rate of OPAMP using IC-741 & TL082.
To design an instrumentation amplifier and determine its voltage gain using IC-TL082.
To design op-amp Integrator (low pass filter) and determine its frequency response.
To design op-amp Differentiator (high pass filter) and determine its frequency response.
Design 2nd order Butterworth filter using universal active filter topology with LM741
Automatic Gain Control (AGC) Automatic Volume Control (AVC)using multiplier MPY634
To design Astable, Monostable and Bistable multivibrator using IC-555and analyse its characteristics.
To design a PLL using opampwith MPY634 anddetermine the free running frequency, the capture range and the lock in range of PLL
Design and test a Low Dropout regulator using op-amps for a given voltage regulation characteristic and compare the characteristics with TPS7250 IC.
To determine and analyze the V-I Characteristics of P-N Junction Diode.
1. To determine and analyze the V-I Characteristics of Zener Diode.
2. To plot the Characteristics curve of various Clipper circuits.
3. To plot the Characteristics curve of various clamper circuits.
4. To determine Voltage regulation using Zener diode shunt regulator and transistor series voltage regulator in the following cases
5. ( a) Varying input,( b) Varying load
To determine input and output characteristics of NPN Transistor in Common Base configuration.
To determine input and output Characteristics of NPN Transistor in Common Emitter configuration.
Half wave, full wave & bridge rectifier.
(a)To measure Vrms, Vdc for half wave, full wave & bridge rectifier.
(b)To measure ripple factor, ratio of rectification for full wave & half wave rectifier
6. To determine JFET Characteristic.
(a) To plot the Characteristics curve for n channel – JFET in CS configuration.
7. ( b) To find out pinch off voltage from the above characteristics curve
8. To measure h- parameter (Av, Ai, Ro & Ri) in CE Amplifier
9. Study of Multi Stage Amplifier.
10. ( a) To plot the Characteristics curve for Direct Coupled Amplifier.
11. ( b) To plot the Characteristics curve for RC Coupled Amplifier.
12. (c) To plot the Characteristics curve for transformer Coupled Amplifier.
To determine UJT Characteristic.
(a) To plot the Characteristics curve for UJT.
(b) To determine intrinsic stand off ratio.
Electronics Devices & Circuit
Lab (Digital System Design)
Study of different basic digital logic gates and verification of their Truth Table.
Study and verification of the law of Boolean Algebra and De-Morgan’s Theorem.
Construction and verification of various combinational circuits such as Half Adder, Full Adder.
Construction and verification of various combinational circuits such as Half & Full Subtractor.
Study and verification of Multiplexer, De-multiplexer.
Study and verification of Different Code Converters, Encoder, Decoder.
Construction and verification of various types of Flip-Flops using gates and IC’s.
Construction and Verification of different Shift Registers.
Construction and verification of different types of Counters.
Study of important TTL technologies, Verifications of important TTL Circuit Parameters.
Embedded systems Lab
Introduction of 8085 microprocessor with pin diagram.
To Study the architecture of 8085 microprocessor.
To perform the following assembly language programs on 8085 microprocessor kit:
1. Write 8085 assembly language program for Hexadecimal addition of two numbers.
2. Write 8085 assembly language program for addition of two sixteen bit numbers.
3. Write an assembly program to separation of hexadecimal number into two digits.
Introduction of 8086 microprocessor with pin diagram.
To Study the architecture of 8086 microprocessor.
To study the addressing modes of 8086 microprocessor.
To perform the following assembly language programs on 8086 microprocessor kit:
1. Write an assembly program to add two 16 bit number.
2. Write an assembly program to subtract two 16 bit number.
3. Write an assembly program to multiply two 16 bit number.
4. Write an assembly program to divide two 32 bit number.
5. write an assembly Program for addition of two no and display it on LCD.
To study the interfacing of 8253(Programmable Interval timer) with 8086.
To study peripheral 8255 and its interfacing with 8086.
To study 8257 peripheral and it’s interfacing with 8086.
To study 8259 and its interfacing with 8086.
To study architecture of 8051 microcontroller.
To study register set and addressing modes of 8051 microcontroller.
To perform the following assembly language programs on 8051 microcontroller.
1. To find out the addition of two 8-bit numbers.
2. To find out addition to add the number 25, ten times.
3. To find out the addition of first ten natural numbers.
4. To multiply 25 by 10 using the technique of repeated addition.
Research Laboratory
Introduction to MATLAB Tool.
To implement delta function, unit step function, ramp function and parabolic function for continuous-time.
To implement delta function, unit step function, ramp function and parabolic function for discrete-time.
To implement rectangular function, triangular function, sinc function and signum function for continuous-time.
To implement rectangular function, triangular function, sinc function and signum function for discrete-time.
To explore the communication of even and odd symmetries in a signal with algebraic operations.
To explore the effect of transformation of signal parameters (amplitude-scaling, timescaling & shifting).
To explore the time variance and time invariance property of a given system.
To explore causality and non-causality property of a system.
To demonstrate the convolution of two continuous-time signals.
To demonstrate the correlation of two continuous-time signals.
To demonstrate the convolution of two discrete-time signals.
To demonstrate the correlation of two discrete-time signals.
To determine Magnitude and Phase response of Fourier Transform of given signals.
RF & MICROWAVE
LAB
To study characteristics of Reflex Klystron Tube & determine its electronic tuning range.
To determine the frequency & wavelength in a Rectangular Waveguide working in TE10 mode.
Study of Gunn Diode.
Measurement of VSWR and Reflection coefficient
Measurement of unknown impedance with smith chart.
Study the function of Isolator/Circulator.
Study the function of Attenuator.
Study the function of Multihole directional coupler.
Study of Phase Shifter
Study of Band pass filter
Study of Strip line
Study of Micro Strip line
Study of slot line
Study of S- Parameters of Magic Tee
Study of TE and TM mode of rectangular waveguide.
Antennas &wave propagation
Study of Inverse Square Law of Propagation in Antenna
Study of Omni directional Antennas
Study of Directional Antennas
Study of Linear Polarization
Study of Antenna Resonance, VSWR & Impedance
Study of Reciprocity Theorem
Study of Current Distribution in Antennas
Study of Endfire Array/Broadside Array Antenna
Study of Yagi (3 el/4el) Antenna
Study of Monopole Antenna
Study of Folded Dipole Antenna
Study of Parabolic Reflector Antenna
Study of Microstrip Patch Antenna
Study of Log Periodic Antenna
Study of Square Loop Antenna
Measurement Instrumentation
To study cathode ray oscilloscope
To Study function generator
To measure the value of unknown resistance using Wheatstone bridge.
To implement the half wave rectifier circuit on Bread Board.
To implement the full wave rectifier circuit on Bread Board.
To study analog to digital converter.
To Study Digital to Analog converter
To study strain measurement using strain gauge and cantilever assembly.
To understand the characteristics of RTD
Study of piezo electric transducer (Impact measurement).
To study the characteristics of optical transducers.
Communication Network &
Transmission Line
To measure the attenuation of transmission line.
To study the characteristics of Constant-K Low Pass Filter.
To study the characteristics of Constant-K High Pass Filter.
To study the characteristics of Constant-K Band Pass Filter.
To study the characteristics of Constant-K Band Pass Filter.
To study the characteristics of m-derived Low Pass Filter.
To study the characteristics of m-derived High Pass Filter.
To study the characteristics of m-derived Band Pass Filter.
To study the characteristics of m-derived Band Reject Filter.
Simulation Lab
TRANSFER FUNCTION FROM ZEROS AND POLES
ZEROS AND POLES FROM TRANSFER FUNCTION
STEP RESPONSE OF A TRANSFER FUNCTION
IMPULSE RESPONSE OF A TRANSFER FUNCTION
RAMP RESPONSE OF A TRANSFER FUNCTION
TIME RESPONSE OF A SECOND ORDER SYSTEM
TRANSFER FUNCTION OF A D.C MOTOR
ROOT LOCUS FROM A TRANSFER FUNCTION
BODE PLOT FROM A TRANSFER FUNCTION
TRANSFER FUNCTION FROM STATE MODEL
STATE MODEL FROM TRANSFER FUNCTION
STATE FROM ZEROES AND POLES
ZEROS AND POLES FROM STATE MODEL
STEP RESPONSE OF A STATE MODEL
IMPULSE RESPONSE OF A STATE MODEL
RAMP RESPONSE OF A STATE MODEL
PID CONTROLLER
LAG COMPENSATOR
LEAD COMPENSATOR
LEAD-LAG COMPENSATOR
NYQUIST PLOT FROM A TRANSFER FUNCTION
SYSTEM IDENTIFICATION OF D.C.MOTOR USING MATLAB &LABVIEW
REALIAZATION OF TRANSFER FUNCTION USING OP-AMPS
COMPENSATOR DESIGN FOR A LOW PASS FILTER AND REALIZE USING OP-AMP CIRCUIT
DISCRETIZE THE COMPENSATOR TRANSFER FUNCTION
SIMULATION OF A CLOSED LOOP SYSTEM(PLANT AND COMPENSATOR)
HARDWARE REALIZATION & IMPLEMENTATION OF CLOSED LOOP SYSTEM USING ARDUINO AND MATLAB
DEPARTMENT OF INFORMATION TECHNOLOGY
225(a) Steve Jobs Lab
Windows XP Professionals (20 C.A.L)(System Software), Turbo C++ (05 C.A.L)(Application Software), MATLAB(Application Software), IBM Rational Suit Enterprise
225(b) Tutorial Room
Windows XP Professionals (20 C.A.L)(System Software), Turbo C++ (05 C.A.L)(Application Software), MATLAB(Application Software), IBM Rational Suit Enterprise
226(a) Aryabhatta Lab
Windows XP Professionals (20 C.A.L)(System Software), Turbo C++ (05 C.A.L)(Application Software), MATLAB(Application Software), IBM Rational Suit Enterprise
226(b) Vikram Saheb Lab
Windows XP Professionals (20 C.A.L)(System Software), Turbo C++ (05 C.A.L)(Application Software), MATLAB(Application Software), IBM Rational Suit Enterprise
231(a) George Boole Lab
Windows XP Professionals (20 C.A.L)(System Software), Turbo C++ (05 C.A.L)(Application Software), MATLAB(Application Software), IBM Rational Suit Enterprise
231(b) Alan Turing Lab
Windows XP Professionals (20 C.A.L)(System Software), Turbo C++ (05 C.A.L)(Application Software), MATLAB(Application Software), IBM Rational Suit Enterprise
DEPARTMENT OF ENGINEERING CHEMISTRY
Chemistry Lab.
Determination of Flash and Fire Point by Pensky-Marten’s closed cup apparatus.
Determination of Flash and Fire Point by Cleveland’s open cup apparatus.
Determination of Flash and Fire Point by Abel’s closed cup apparatus.
V-T curve by Redwood Viscometer No. 1.
V-T curve by Redwood Viscometer No. 2.
Determination of Cloud and Pour Point.
Determination of Carbon residue of a given oil sample.
Determination of Moisture Content in Coal sample.
Determination of Volatile Matter in Coal sample.
Determination of Ash Content in Coal sample.
Determination of Fixed Carbon in Coal sample.
Titration: Determination of Hardness of given water sample.
Titration: Determination of Alkalinity of given water sample.
Titration: Determination of Chloride content in given water sample.
DEPARTMENT OF ENGINEERING PHYSICS
Engineering Physics Lab.
Wavelength measurement using a He-Ne Laser and a grating.
NA and Acceptance angle measurements of optical fiber.
Planck constant setup using photocell.
Spectrometer for measurement of wavelengths of prominent lines of mercury lamp /sodium lamp.
Energy band gap setup.
Resolving power of a telescope.
Measurement of VI characteristics of PN and Zener diode.
VI characteristics measurements, Fill factor of solar cell.
Hall effect measurement.
Newton rings setup.
Dispersive power of a prism using a spectrometer.
Sonometer set up to measure ac mains frequency.
Polarimeter for specific rotation
Bar pendulum
Young’s double slit experiment to observe interference
DEPARTMENT OF APPLIED SCIENCE AND HUMANITIES
Communication Lab
Software-K-VAN Solutions in 30 system and 1 Teacher Console
Language Lab Software-K-VAN Solutions in 30 systems and 1 Teacher Console
DEPARTMENT OF MECHANICAL ENGINEERING
Theory of Machines and
DOM Lab
Pawl & Retched mechanism apparatus
Universal Governor
Cam Analyzer
Epicyclical Gear Train & Holding Torque App.
Static & Dynamic Balancing
Cam & Follower set of 5
Motorised Gyroscope
Universal Governor assembly (Hartnel,Proell governor assemble with sliding weight of porter governor )
Fluid Mechanics Lab
Radial Turbine
Reynolds Apparatus
Orifice & Mouth piece
Friction in pipe
Free & Forced Vertex Apparatus
Reynolds Apparatus
Machine Design Lab
Model of Knuckle joint Assembly
Model of Cotter joint Assembly
Drawing board & stand
Connecting Rod (Model)
Foot Step Bearing (Model)
Stuffing Box (Model)
Plummer Block (Model)
Cross Head (Model)
TEGD lab
Condensor Test Rig (Fabrication by students under project)
Single Stage Compressor
Double Stage Compressor
Strength of Material Lab
Torsion Testing machine for rod with electrical operated
UTM 400KN
Bend & Rebend testing attachments
Bend testing software
Brinell Test Attachment for UTM
Izod Impact Testing machine
Rockwell Hardness Testing machine
Test Block for Brinell & Rockwell
Dial gauge for B 3000H
Fatigue Testing Machine
Electronic Extensometer for UTM
Shear Test attachment for UTM
Vickers Hardness Testing Machine
Engg. Thermodynamics
Lab Separating Calorimeter (Student Project -Fabricated)
BME/IME Lab Bernoulli’s apparatus
MMC lab
LVDT Displacement Transducer
Calibration of RTD
Calibration appratus of Thermistor
Calibration appratus of Thermocouple
Strain Measurement Appratus
Calibration of Bourdon Tube Pressure Guage
CAD/CAM/CAE and EG Lab
Solid edge Software
CREO Software
CNC CADEM Program varification and Simulator
Computer 30
Computer 24
Heat & Mass Transfer lab
Thermal Conductivity of Metal Rod App
Heat Transfer in Natural convection App.
Heat Transfer in Forced convection App.
Heat Transfer in Pin Fins
Stefan Boltzmn App.
Unsteady State Heat Transfer Unit
Critical Thickness of Insulation App.
Ther Conductivity of Insulating Powder App.
Parellel Flow/Counter Flow Heat Exchanger
Internal Combustion Engine Lab
Four-Stroke 4 cylinder petrol engine test rig
Four-Stroke single cylinder diesel engine test rig
Single Cylinder two Stroke Petrol Engine Test rig
Single Cylinder 4 Stroke Petrol Engine Test rig
Single Cylinder Diesel Engine Test Rig with Electrical Load
Actual Cut seciton model for determination of valve timing diagram four stroke single cylinder petrol engine
Vibration Lab
Torsional Vibration Test Rig
Free and Forced Vibration bench
Simple and Compound Pendulum
Whirling of Shaft
RAC Lab
Ice Plant Trainer
Gas Charging Unit
Refrigeration trainer
Vapour compression refrigration system
Vapour Absorption (Eectrolux)
Air Conditioning Test rig
Mechanical Heat Pump test rig
Refrigerator(Two In Number)(1Donated)
Automobile Lab
Eicher Engine Transmission Cut section
Metal Cutting & CNC lab
Central Lathe machine (2)
Bench grinder (2)
Shaper machine
Drill machine (2)
Milling Machine
Radial Drilling Machine
Surface Grinder
Material Technology lab
Double Disc Polishing Machine
Muffle Furnace
Jominey end Quench Apparatus
Inverted metallurgical Microscope
Measurement & Maintenance Practice lab (Diploma)
microscope
temperature transducer
Industrial Engineering lab
(Diploma)
Thermal Engineering lab
(Diploma)
Automobile Engineering lab
(Diploma) Foot operated Air pump
SKF Lab (SOE) Computer 6
Mechanical Engg. Work-
Shop
Central Lathe machine (2)
Bench grinder (2)
Shaper machine
Drill machine
Carpentry vice
Fitting vice
Swage block
Anvil block(2)
Electric arc welding machine
Gas welding cylinder
Carbide welding cylinder
Electric Furnace
Workshop chart
Shearing machine
Measuring instrument
Furnace
Milling Machine
Radial Drilling Machine
Surface Grinder
MIG welding machine
Single phase Welding machine
CNC Lathe
DEPARTMENT OF COMPUTER SCIENCE & ENGINEERING
LAB-116 ISRO C++,.NET,DEV,POWER ISO,MS OFFICE,RATIONAL ROSE ,PYTHON,JAVA
LAB-130 VNH C++,.NET,DEV,POWER ISO,MS OFFICE,RATIONAL ROSE
,PYTHON,JAVA
LAB-135 WB C++,.NET,DEV,POWER ISO,MS OFFICE,RATIONAL ROSE
,PYTHON,JAVA
LAB-17 DRH C++,.NET,DEV,POWER ISO,MS OFFICE,RATIONAL ROSE
,PYTHON,JAVA
LAB-206 C++,.NET,DEV,POWER ISO,MS OFFICE,RATIONAL ROSE
,PYTHON,JAVA
LAB-120(IOT & Alexa)
RATIONAL ROSE ,PYTHON,JAVA,ANACONDA,Spider,AWS Envoirment
LAB-121 (AI& ML) RATIONAL ROSE ,PYTHON,JAVA,ANACONDA,Spider
Computing Facilities
PARTICULARS REMARKS
Internet Bandwidth 170- Mbps Leaed Line Bharti Airtel
Number and configuration of System
Total Systems Avaiable (BE ,MBA MCA): 1150 No. Dell 330L Pentium 2.4 core 2 duo, 19" flat TFT, 2 GB RAM,160 GB HDD,DVD ROM ,Dell Optiplex 3046- Core I3 6100 ,18.5 " TFT.8GB Ram,500 GB Hard disk Dell 380L Pentium 2.8 core 2 duo, 19" flat TFT, 2 GB RAM,160 GB HDD,DVD ROM Dell 390 I3, 19" flat TFT, 8 GB RAM,500 GB HDD,DVD ROM Dell Optiplex 3046- Core I3 6100 ,18.5 " TFT.16 GB Ram,500 GB Hard disk Dell Optiplex 5050- Core I5 ,18.5 " TFT.8GB Ram,1 TB Hard disk Apple I Mac Mini Quad Core I5,20'' TFT.4 GB Ram,500 GB HDD Dell Optiplex 3060- Core I5 ,18.5 " TFT.8GB Ram,1 TB Hard disk
Total number of system connected by LAN
All
Total number of system connected by WAN
All
Major software packages available
SEE TABLE BELOW:
Major Software Package
S.N.
List of Licensed Software
PARTICULARS
1 MicrosoftWINEDUperDVC AllLng Upgrade/SoftwareAssurancePack
Academic OLV 1License LevelE Enterprise 1Year--(KW5-00359Part No.)
(Campus Agreement)
(Over all Software Cover: 252 No.)
2 Microsoft Dreamspark Premium
3 Windows XP Professionals (20 C.A.L)(System Software)
4 Turbo C++ (05 C.A.L)(Application Software)
5 Windows Vista Starter service pack1(System Software)
6 MATLAB(Application Software)
7 Solidedge (Application Software)
8 TINA 8.0-Design Suit
9 C51 Professional Developers Kit
USB/JTAG Adapter for Flash Programming & Debugging
10 Multimedia English Language Lab (Application Software)
11 IBM Rational Suit Enterprise
12 Pro-E Plus Lab Bundle
13 SGS Gate Swift
14 Creo-1.0
15 CAM LAB Software-A)CPSTurn,B)CAPSmill,C)DoNC-CNC
SIMULATOR,C)SeeNC,Ncyclo Multimedia cnc learning sodtware
16 A. Staad Pro, Staad Foudation, Staad Beave, Global Design Codes.
B. BECN Academic
17 Software Xilinx ISE system edition 13.1i(UFE-isesytem50) Logic Edition, EDK, System Generator Hardware Spar6-LX-45 Atlys Apartan 6 FPGA Development Kit
Innovation Cell
1. Ms. Anupama Modi - Coordinator
2. Mr. Gaurav Chaitanya - Member
3. Mr. Gaurav Mandloi - Member
4. Ms. Seema Thamman - Member
5. Mr. Vinayak Vishwakarma - Member
6. Mr. Dhruv Sharma - Member
Social Media Cell
1. Dr. Asif Ali - Coordinator
2. Dr. Anupama Tiwari - Member
3. Mr. Rakesh Pundad - Member
4. Mr. Dhruv Sharma - Member
5. Ms. Shubhi Joshi - Member
6. Mr. Mayur Yadav - Member
List of Facilities available
Games and sports
Sports: My Glory in My College
The chief object of sports is, of course, bodily exercise. It is a famous quote, “A sound body has a
sound mind”. The health of the body is essential for success in life. An unhealthy student always
feels weakness, thus losing confidence and hence become very dull and in active. To keep
healthy, one must take an active interest in sports and games. Thus sports and games serve an
essential purpose in student’s life because they ensure good health and build a fine physique. If
one is bodily fit, one feels capable to convert their dreams into reality.
Every dream needs to be driven by passion to make it come true. Sports Department is one such
dream, formed by keeping sheer passion for the Sports. Acropolis Sports Department is a
sprawling place meant to provide improved facilities & extending sports activities to its
students. With a beautiful design and sprawling space; Sports department has gradually spread
its branches for different sports and has become an epitome of entertainment among all Indore
colleges. It initiated setting up facilities for Basket Ball, Table Tennis, Badminton, and a well
equipped Health club along with training by expert coach. It has been upgraded with state of the
art amenities to make it all the more uptown and niche!
Sport department are registered student organizations that exist to promote and develop
interest in a particular sport or physical activity. Various Sports at Acropolis College offers
opportunities that may be recreational, instructional, competitive, or a combination of these
types of activities based on each club's constitution. The department is based on student interest
and designed to enhance the Acropolis experience by creating an environment where students
can unite in diverse groups to achieve common goals and objectives while encouraging healthy
lifestyles.
Current Sport Activities at Acropolis
Basketball
College provides a space for all interested students to practice and compete during the fall and
spring semester. The coach encourages students with a passion for basketball to join.
Cricket
Acropolis provides a plush and sprawling cricket ground. The club encourages students by
providing expert training.
Table Tennis
College has set up Table Tennis halls within the premises. With four tables lined up, the club
invites state and national level players for regular championships held at the premises.
Volley Ball
A team is being constituted every year and regular training is provided to the students in the
college.
Football
Having Lush Green Grass Ground within college premises for Football loving players.
Handball
A team is being constituted every year and regular training is provided to the students
Chess
“learn with fun” chess is a mind game which increases the brain power. Coach provides training
for playing chess and achieve top position in chess competitions
Kho Kho
Our students enjoys playing kho kho, one of the most thrilling & speedy game where in the
players use their highest level of energy
Kabaddi
Under the able guidance of Coach our students are provided with the training of Kabaddi. They
are trained by keeping in mind variety of factors, through systematic approach covering all the
fundamentals.
Sport Council
The purpose of the Sport Council is to provide recognition to its students in various Sports. The
mission is to promote sportsmanship, leadership, competitive spirit, cooperation, and fun
among students. It is the primarily student-lead oversight committee responsible for advising,
advocating, and unifying all organizations within the Sport department at Acropolis and
ensuring that participants are aware of their rights and responsibilities as student-athletes. The
Sports Council will serve as the link between Sport department and the college administration.
The Sport Club Council is guided by its constitution.
Council Members
Dr. Shivraj Singh Chawda Convener
Mr. Satish Talreja Member
Mr. Prashant Geete Member
Mr. Shailesh Gondal Member
Mr. Sachin Mudgil Member
Mr. Arvind Jaiswal Member
Mr. Vikas Jain(MBA) Member
Mr. Virendra Patil (Mech) Member
Mr. Saurabh Mishra (EC) Member
Mr. Keshav Purswani (CS) Member
Mr. Ajay Khatri (IT) Member
Mr. Dheeraj Verma Sports Officer
Ms. Vandana Sherekar Asst. Sports Officer
Mr. Arshad Hasan (BBA/B Com/B Sc) Asst. Sports Officer
Soft skill development facilities
Soft Skills Development at Acropolis Institute of Technology & Research
At Acropolis Institute of Technology and Research, we work religiously towards Soft skills and
Analytical skills development of each student.
For the same a focused team is working on enhancing various skill sets.
Mr. Sachin Halwasiya trains students on Aptitude & Logical Reasoning skills.
Mr. Jaynam Sangvi trains students on Technical skills.
Ms. Sunakshi Tongia trains students on Personality Development & Group Discussion skills.
Ms. Swati Yadav trains students on Resume Building & Personal Interview skills.
Mr. Charitendra Verma trains students on Industry knowledge, Group Discussion and
Personal Interview skills.
Ms. Ruchi Pandey trains students on Language proficiency skills.
Mr. Aditya Awasthi trains students on Life skills.
The whole team is Directed by Mr. Atul N. Bharat as Director and lead by Dr. Charul Jain as Head. She
trains students mainly on - Campus to Corporate skills, Personality Skills, Meeting Industry expectations,
Presentation skills, Mapping self, etc.
To inculcate long run skills in students, the Skill Development programs are conducted as regular classes
throughout the year as a part of their curriculum. This includes simulation via Mock group discussions &
Mock personal interviews.
Also, during the companies coming for campus recruitment process "Special Capsule Trainings" are
conducted. In these students are trained specifically about the company profile, job description, interview
process, group discussion process, attempting online test, aptitude and logical reasoning as per the
company's requirement. This module is run intensively for minimum 3 days at a stretch.
The whole team amalgamates the efforts of each in bringing "The Right Fit For The Industry" from
Acropolis Institute of Technology & Research.
Teaching Learning Process
Curricula, syllabus, academic calendar, academic time table, internal continuous evaluation and
student`s assessment are as per the norms laid down by the Technical University of Madhya
Pradesh i.e. www.rgpv.ac.in for UG and PG courses.