#: locale=en ## Hotspot ### Text HotspotPanoramaOverlayTextImage_9BE55FF7_8A4F_738B_41DD_189FB2519C47.text = Above machine is a DIP Coater, it has a Negative Photoresist inside the tank used for coating PCB boards HotspotPanoramaOverlayTextImage_9EE761A2_8A5B_4F85_41DB_CF05ED24AD60.text = Above machine is called Roller Tinning Machine, used for solder Tinning the PCB board HotspotPanoramaOverlayTextImage_9861339C_8A49_F3BD_41E0_31A8F155B968.text = Above machine is called UV Exposer, used for Exposing Negative with the PCB board. This is Both side UV Exposer HotspotPanoramaOverlayTextImage_9CBCFFA3_8A3E_D38B_41D2_35B3D5102408.text = Display Area: \ \ New Arrivals of Periodicals/Books. QuadHotspotPanoramaOverlayTextImage_9ECF12A1_8A59_4D87_41C0_9F6A02AFD5CA.text = Electric PCB cutting Machine used for cutting the PCB boards HotspotPanoramaOverlayTextImage_99EA0361_8A79_CC87_41C2_3E7B671D03F3.text = PCB dryer to dry the PCB board HotspotPanoramaOverlayTextImage_858D779D_8AF7_EE60_41DE_FB9A044F7460.text = Power distribution board HotspotPanoramaOverlayTextImage_B387B661_A3BD_4C08_41BA_0CB3805D7514.text = Saraswati Corner HotspotPanoramaOverlayTextImage_AC048730_A3BD_4C08_41D0_F9E0A1E97E61.text = Satellite Corner HotspotPanoramaOverlayTextImage_9974F30D_8A79_4C9F_41D8_FA3EA12662F3.text = This is Easy Developer, used for developing PCB boards which remove unwanted negative photoresist HotspotPanoramaOverlayTextImage_9ECFC8E0_8A5F_5D85_41D9_31BAFE3CB206.text = This is the Active and Passive Components Rack HotspotPanoramaOverlayTextImage_4435BEAF_5632_FB5C_41AB_700CDB0D16E6.text = college view ## Media ### Audio audiores_46943DB8_5C9E_2210_41D4_09A5B669B175.mp3Url = media/audio_4757FFBF_5C9E_3E10_41D5_738C84D069BC_en.mp3 ### Image imlevel_AC4DA2E0_B428_11C8_41DB_D32CEE26671D.url = media/panorama_31FE354A_3C79_7666_41CC_9F8EA1AA6B4D_HS_owu9hl8a_en.png imlevel_8A462709_904E_3BF5_41E0_BDA1E48FDF1D.url = media/panorama_31FE4C7C_3C78_F622_41BF_A956516D49DF_HS_hxhh5vmd_en.png imlevel_92C2935A_8ADF_4C85_41D2_63A2E460AEA7.url = media/panorama_31FE5D26_3C79_362E_41A3_0D53D0990201_HS_12mrzv98_en.png imlevel_92CF252A_8ADE_B485_41C6_C58B7EB27203.url = media/panorama_31FE5D26_3C79_362E_41A3_0D53D0990201_HS_96al3ybm_en.png imlevel_9389F957_8ADE_BC8B_41B5_310F9A2377F3.url = media/panorama_31FE5D26_3C79_362E_41A3_0D53D0990201_HS_arb29xoz_en.png imlevel_92F1269A_8ADE_B585_41E0_B4D910AA6ED9.url = media/panorama_31FE5D26_3C79_362E_41A3_0D53D0990201_HS_bs5q550a_en.png imlevel_939BB854_8ADE_BC8D_41C3_4E91F44EDBCA.url = media/panorama_31FE5D26_3C79_362E_41A3_0D53D0990201_HS_ce6s6lyd_en.png imlevel_938E89BD_8ADE_BFFF_41A8_05B53F4A269D.url = media/panorama_31FE5D26_3C79_362E_41A3_0D53D0990201_HS_gz2nglp7_en.png imlevel_92D5F2C7_8ADF_4D8B_41D9_029977D9B84B.url = media/panorama_31FE5D26_3C79_362E_41A3_0D53D0990201_HS_rntm4yxu_en.png imlevel_9205C099_8ADF_4D87_41CF_8C7DAA883DA7.url = media/panorama_31FE7144_3C79_4E62_41B0_5EFF8D53A64A_HS_0bv15ffi_en.png imlevel_A38A71BC_B428_13B8_41DE_D2825C4C2C31.url = media/panorama_31FFD92E_3C79_5E3E_41C5_B59C7D4284FE_HS_0s1fv9qe_en.png imlevel_41A877D9_5657_C8C4_41A9_3056AC30472F.url = media/panorama_BB4F5FEF_B183_2ABC_41E3_FE85DE42CB64_HS_15pbnnvx_en.png ### Subtitle panorama_31FE4133_3C78_CE26_41C9_6131C3DCA5A9.subtitle = Department has 8 fully equipped lab for UG and 1 lab for PG panorama_31FFED75_3C79_5622_41CC_D1D8A255525D.subtitle = 25 State of the art Labs for Computer , Information Technology , Artificial Intelligence and Data Science , and MCA Department \ panorama_31FE4C7C_3C78_F622_41BF_A956516D49DF.subtitle = Department has 7 fully equipped labs \ \ Tailormade courses for Training Industry personnel in this lab provided by Expert Institute Faculty panorama_31FF1863_3C78_DE26_4197_6DEA029061A0.subtitle = Department has 7 fully equipped labs for UG and 1 lab for PG panorama_31FE5D26_3C79_362E_41A3_0D53D0990201.subtitle = Department has 7 fully equipped labs. ### Title photo_9FD944AF_8F11_4311_41CF_6728FC046114.label = 1 photo_9D5EE94F_8FFA_360D_41C3_ECFF58C45B3F.label = 10 KLYSTRON POWER SUPPLY NUIS-102 NUIS TECHNOLOGY photo_9D4960C8_8FFE_5673_41D5_0BE28D1D083D.label = 11 X BAND MICROWAVE POWER METER photo_9D3C5FC5_8FCB_CA7D_41CA_158F8CB38AC5.label = 12 VSWR METER - 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6 ½ multimeter for accurate measurement of resistance, DC voltage, and current.
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1 GHz digital storage oscilloscope useful for testing accurately high frequency circuits and systems.
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1)low pass /mixer ckt
2)high pass -band pass filter mode
3)stepped low pass
4)distributed high pass
5)coupled low pass
6)band stop filters
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200MHz two channel digital storage oscilloscope useful for testing accurately high frequency circuits and systems.
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1 GHz pulse generator for generation of the high-frequency electronics signals.
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Multiple power supplies for powering electronics circuits.
htmlText_98E25EDA_89CA_F585_41D3_6B3435C1096B.html =
Keysight complex waveform generator system.
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Nuclear pulse spectroscopy system for analysis of radioactivity.
htmlText_908E54AC_8B72_A3A0_41DD_94988408F477.html =
All terrain Robot
htmlText_9104D5AA_8B75_ADA0_41D9_40C7C6D67F7F.html =
FireBird V Robot with Gripper Kit
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Grass Cutting Robot
htmlText_926C8C4D_8B76_A2E0_41D6_5185E9A132B8.html =
Lego mindstorms eV3
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Medical Emergency Drone
htmlText_9266B271_8B77_E6A0_41A4_1FD838D5AB77.html =
Pluto X modular aerial robotic Kit
htmlText_928C50E8_8B72_A3A0_41D3_C84487FF3CB9.html =
Robotis Mini Humanoid Robot
htmlText_91394E76_8B75_9EA0_41A8_10CCB9FF900D.html =
Seeding, Drilling and Ploughing Robot
htmlText_924239E4_8B76_A5A0_41BA_A1380E2794D2.html =
Spark V Robot and QuBot
htmlText_9BBE49B4_89CB_BF8D_41D6_281477019E28.html =
• This system provides the pulses of accurately predetermined characteristics to test and calibrate various nuclear instruments and high-resolution spectroscopy systems.
• The project won the 4th prize of Swadeshi Microprocessor Challenge 2020, with a start-up grant of 25 lakhs from the Ministry of Electronics and Information Technology.
• Patent filed.
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• This work involves the application of various techniques such as the Kalman Filter and Machine learning Algorithms in the evaluation of Neutron reaction cross-section data.
• Useful in the design and operation of nuclear power plants, management of nuclear waste, production and uses of radioisotopes, medical dosimetry and diagnostics, and many more.
• Project funded by Board of Research in Nuclear Sciences (Department of Atomic energy (DAE), Government of India) for development of methodology for Indian Evaluated Nuclear Library.
htmlText_9157B893_8B73_A260_41D4_28E94E6B73CE.html =
Digital Storage Oscilloscope and Power Supply
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Electronic Workbench with Soldering and Desoldering facility
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FireBird V Robot
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25 State of the art Labs for Computer, Information Technology , Artificial Intelligence and Data Science , and MCA Department
1250+ High End Computers for students
25+ High End Servers
60+ Licenses Software
Resources for Internet of Things, Robotic,Image Processing, Computer Graphics and Virtual Reality, Artificial Intelligence, Machine Learning, Big Data, High Performance Computing, Blockchain,Cyber Security
WiFi enabled campus
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• Library is fully air conditioned and well-furnished with around 200 seating capacity.
• A 24 Hours WIFI network facility is available in the entire library with Ethernet connections.
• Library is open for 10 hrs. (8.00am to 6.00 pm) on all working days and 12 hrs during exams.
• Library has a well-equipped Audio-Video facility for Webinars. The library has transformed, from a traditional library with manual transactions to an Electronic library and now is moving into being a Digital Library. Library is facilitated with reprography.
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• Library is a treasure house of knowledge comprising an ever growing collection of multilingual books with Open Access facility.
• Library is automated with Library Management Software.
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• Students can access and read the e-resources of IEEE, Science Direct, Springer and NDLI covering all aspects of Engineering and Technology.
• The web based access for the e-books & e-journals to all students and faculty is an important facility provided by the college. Library users can access a variety of full text journals covering a variety of titles published by worldwide journal publishers. Library subscribes four databases every year for the students and faculties.
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• The Reference section of the library contains information-dense resources, such as encyclopedias, dictionaries and reference handbooks. The Academic Research collection which includes thesis and dissertation are also available in this section. The reference shelves are separate from the other shelves.
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A setup of Microwave bench, which consists of Microwave devices has a prominent place. This whole setup, with few alternations, is able to measure many values like guide wavelength, free space wavelength, cut-off wavelength, impedance, frequency, VSWR, Klystron characteristics, Gunn diode characteristics, power measurements, etc.
The output produced by microwaves, in determining power is generally of a little value. They vary with the position in a transmission line. There should be an equipment to measure the Microwave power, which in general will be a Microwave bench setup.
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A spectrum analyzer measures the magnitude of an input signal versus frequency within the full frequency range of the instrument. The primary use is to measure the power of the spectrum of known and unknown signals. The input signal that most common spectrum analyzers measure is electrical; however, spectral compositions of other signals, such as acoustic pressure waves and optical light waves, can be considered through the use of an appropriate transducer. By analyzing the spectra of electrical signals, dominant frequency, power, distortion, harmonics, bandwidth, and other spectral components of a signal can be observed that are not easily detectable in time domain waveforms. These parameters are useful in the characterization of electronic devices, such as wireless transmitters.
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Amitec’s Antenna Communication Training & Measurement Lab setup consists of a USB powered calibrated software-controlled RF Signal Generator and a calibrated software-controlled RF Signal Receiver, software-controlled Stepper Motor based rotating and mounting fixture, Linux based Data Visualisation and Management Software and a workstation Laptop pre-configured with all the hardware drivers, softwares, study material, experiment manuals and video tutorials
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Broad 10MHz to 12.4GHz frequency range enables use in a wide
variety of applications
Wide dynamic range of -10dBm to +20dBm
Power Measure Unit dbm, dbw, mw, watt
Peak Power Measurement
Integrated power sensor eliminates the need to carry a separate power sensor
Internal power reference enable self calibration
Absolute accuracy as good as ±0.5dBm
LCD Display 20x4
Sampling 250MSa/s
Input Impedance 50Ω
Input connector SMA Female
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Characterization and measurement of non-optical parameters with high resolution and accuracy using distributed optical fibre system.
• This system allows measurement along the fibre length and provides continuous measurement of physical parameters like temperature, pressure, vibration, and strain.
• Developed a computer-controlled light source.
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Control Valves set up facilitate students to understand construction , working & application of Valves in industry .
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Controller allows to create a wireless network that enables people to move freely around a building without losing connectivity. Gigabit access ports and 10 Gigabit uplinks provide high bandwidth connections for clients, servers, and storage . Up to 9 physical switches can be stacked to create a single virtual switch, providing fault tolerance and increasing network reliability
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Delivers reliable wireless performance with maximum wireless signal rates of up to 300 Mbps in both the 2.4 GHz and 5 GHz wireless band. Powerful Wi-Fi computer network in work area. It is designed for supporting small and medium-sized business and enterprise environments to provide secure and manageable dual band wireless LAN options for network administrators.
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Delta V is a Distributed control system for complete Integrated Automation. This system is widely used in various industries to automate their manufacturing processes.
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Flow control loop is used to study flow measurement and flow control system .
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Hydraulic skid set up is an experimental pilot plant set up designed to perform basic flow experiments and process control experiments.
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Investigation and Characterization of partial Discharge Phenomena in High Voltage Equipment.
• This work involves the design of a Universal Partial Discharge simulator which comprises PD physics-based software simulation and a hardware pulse generation circuit. Such a system will be useful for research work in PD generation, characterization and detection without the use of high voltage equipment and also for calibration and diagnostics of PD detection systems. 
• Collaboration with IIT Bombay.
• Joint patent filed with IIT Bombay
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It is a centralized wireless LAN manager developed specifically for campuses, branch offices, and small-to-medium businesses (SMBs). With the ability to manage up to 12 wireless access points (upgradable to 66) and a maximum of 264 wireless access points in a controller cluster, the DWC-1000 is a cost-effective mobility solution for small to medium-size deployments. Its auto-managed AP discovery and single point management allow customers to acquire an enterprise-class system without the burden of maintaining massive and complex configurations.
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Klystron Power Supply Nvis 102 , is a state-of-the-art solidstate, regulated Power Supply for operating low power Klystrons.
Nvis 102, Klystron Power Supply is an ideal platform to enhance education, training, skills & development amongs our young minds.
Product Features
• Regulated Beam Supply and Repeller Supply voltages.
• LED Digital meter for Beam voltage, current and Repeller voltage.
• Compact and Reliable.
• Modular construction for easy maintenance.
• In addition to AM and FM modulation of beam current, a provision for external modulation is provided.
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Manages up to 48 Unified Access Points per switch, up to 192 ACCESS POINTs per cluster. Switch Cluster for Single IP Management.
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New Hardware Methods for Extraction of Low-Level differential Signals over Wide Bandwidth with High CMRR and S/N Ratio.
• This system has various applications in all fields of Electronics such as biomedical (ECG, EEG, and EMG) instrumentation, precise process measurement and control, and Portable, battery-operated and ultra-low power consumption systems.
• Patent Published.
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Nvis 101A Gunn Power Supply is a Microcontroller based Equipment with LCD. A very important feature of this instrument is the simultaneous display of Voltage and Current which is the basic requirement of VI Characteristics experiment. Here different Modulation Modes can be selected with a single switch display on LCD. For PC to PC Data Communication Experiment a Software is provided with this instrument.
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PLC Simulator is designed to facilitate the Basic programming concepts using RSLogix 500 software.
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Pneumatic set up facilitates students to Check & Test various pneumatic instruments like Gauges, pressure switches , Transmitters etc.
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Pressure control system set up is used to control water header pressure by throttling motor speed using VFD and PID controller.
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Programmable Logic controller is designed to demonstrate automation of four pilot plants . It facilitates PLC programming and Factory Talk View SCADA software features.
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Pump characteristics experimental set up is used to study Field bus based instruments and to understand pump characteristics fundamentals.
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Ratio control system setup facilitates students to understand the concept of Ratio control loop.
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Regulated Beam Supply, Repeller and Filament Supply voltages.
Overload TRIP protection for Beam Supply Output.
LED Digital metering for Beam voltage, current and Repeller voltage.
Stand-by mode.
Ultra compact and Reliable.
Modular construction for easy maintenance.
In addition to AM and FM modulation of Beam current, a provision for externally modulating the klystron Supply with desired signal waveform has been provided.
Model KP-1 51 utilizes quality components, rugged construction and ergonomically designed front panel.
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SWR Meter The Analog metres have multiple scales which makes the instrument very complicated for the students. The Digital Display of SWR & dB solves the problem. Since the Equipment has a Microcontroller based digital display so there is no need of expanded scales, as it was in conventional instruments. Display : Analog Reflector Sensitivity : 0.1µV for 200Ùinput impedance Noise Level : Less than 0.02µV Range : 0-70 dB in 10 dB steps Input : Unbiased low and high impedance (200Ù and 200kÙ) Display Select SWR : 1-9 dB : 0-10 Modes : Normal (Bar graph for signal strength) - Audio - PC-Interface Gain Control : Adjustable, 0-10dB (approximate) Input Connector : BNC (F) Input Frequency : 1000Hz ±10% Mains Supply : 90-275V, 50Hz
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SWR Meter The Analog metres have multiple scales which makes the instrument very complicated for the students. The Digital Display of SWR & dB solves the problem. Since the Equipment has a Microcontroller based digital display so there is no need of expanded scales, as it was in conventional instruments. Display : Analog Reflector Sensitivity : 0.1µV for 200Ùinput impedance Noise Level : Less than 0.02µV Range : 0-70 dB in 10 dB steps Input : Unbiased low and high impedance (200Ù and 200kÙ) Display Select SWR : 1-9 dB : 0-10 Modes : Normal (Bar graph for signal strength) - Audio - PC-Interface Gain Control : Adjustable, 0-10dB (approximate) Input Connector : BNC (F) Input Frequency : 1000Hz ±10% Mains Supply : 90-275V, 50Hz
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Scientech ST251, is the ideal scope for just about any purpose. 25 MHz Standard Bandwidth and Four Trace display alongwith many unique features makes ST251 an ideal choice for professionals and students. Rugged yet light weight, it has sharp and bright trace with internal graticule CRT. The 25 MHz bandwidth is adequate for most needs and since you can actually view signals up to 50 MHz, its a real cost savings over a 50 MHz scope! The 4- trace feature let's you view original & expanded signals simultaneously for quick signal analysis. Built-in Component Tester & Continuity Tester help in component level testing. The alternate triggering ensures that both the channels are having stable waveform even when the input signal of channel 1 and channel 2 are different.An external triggering signal and Z -axis modulation signal can also be applied and Graticule Illumination is provided for better viewing of signal even in low light conditions
25 MHz Bandwidth « 2Channel - 4 Trace display « Component & Continuity Tester « Sharp Trace CRT & Auto Focus « Stable Triggering upto 50MHz « Trigger sensitivity 0.5 div « Variable Hold off & Line Triggering « Horizontal Amplifier - Bandwidth 2.5 MHz « Maximum Input Voltage : 400 V (DC + Peak AC) « Mains Voltage - 220-240 V + 10% 50Hz « Sawtooth output & Z-Modulation
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Split range control concept can be studied using split range set up and widely used in industry .
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Supports up to 300Mbps for the 5Ghz band and up to 300Mbps for the 2.4Ghz band
Broadcast on 32 SSIDs Simultaneously
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Temperature Control system using Heat Exchanger set up I.(PLC based )
This set up is designed to study various Experiments like Temperature Measurement and control, ON OFF control, PLC based control , Heat transfer Unit operation etc.
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Temperature Control system using Heat Exchanger set up II.
(DCS based)
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The Agilent 8714ET features a built-in transmission/reflection test set with a full range of magnitude and phase measurements. Two independent channels can measure and display two device parameters, such as transmission and reflection response, in a variety of formats including complex impedance, SWR, and delay, on rectangular, polar or Smith-chart displays. These analyzers also employ advanced vector-error-correction techniques to enhance measurement accuracy.
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The Agilent Technologies LogicWave E9340A logic analyzer offers design engineers a low-cost, transportable debug tool that is easy to set up and use. With the amazing price/performance of LogicWave, designers can afford to use a personal analyzer to conduct basic measurements rather than wait for the lab analyzer to become available.
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The RF Vector Network Analyzer, VNA is a test instrument that measures the response of a network as vector: real & imaginary parameters so that its performance can be characterised. One of the most common measuring tasks in RF engineering involves analysis of circuits (networks). A network analyzer is an instrument that is designed to handle this job with great precision and efficiency. Circuits that can be analyzed using network analyzers range from simple devices such as filters and amplifiers to complex modules used in communications satellites.
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The pilot plant set up facilitates to learn Level measurement using DP type Level Transmitter and Level control Loop using PID controller
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The setup is being used to impart the knowledge in a unified way the fundamentals as well as the new research developments in the field of wireless communication as well as to investigate modern communication systems like OFDM, spread spectrum techniques, MIMO systems and Diversity techniques, Optimum Receiver & Matched Filter using state of art equipments.
The setup is helpful in configuration of Software Defined Radio Platform as different wireless systems.
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This Experimental setup is designed to understand Mass flow Measurement.
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This is consistent Satellite uplink transmitter, Satellite downlink receiver and a Satellite link emulator (transponder) with frequency range - 7 channels in 5.8 gigahertz. This set up can be used to select operating frequencies 5.74, 5.76, 5.78, 5.80, 5.82, 5.84 and 5.86GHz for uplink and downlink operation. It can be used to understand and demonstrate the basic concepts of satellite communication, transmission and reception for voice, audio and video data, telemetry and telecommand signals, effect of different combination of uplink and downlink, to measure fading and propagation delay, to measure S/N and C/N ratio, to understand PC to PC communication.
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This sensor kit facilitates students to understand Factory automation sensors.
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This sensor kit facilitates students to understand various Pneumatic components in factory automation .
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This set up facilitates students to understand valve plug characteristics as well as check Cv of the Valves by Experimentation.
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This set up is based on DCS and designed to study various Experiments like Temperature Measurement and control, sequential operations , batch process,Heat transfer Unit operation etc.
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This set up is designed to study various Experiments like Temperature Measurement and control, sequential operations , batch process, PLC based control , Heat transfer Unit operation etc.
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This setup facilitates learning B & R make PLC along with drives and industrial applications.
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This setup is used for learning Siemens PLC S7 1200 Hardware and software
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This setup is used for learning Siemens PLC S7 1200 and control components along with total Factory integrated automation.
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This setup is used for learning Siemens PLC S7 1200 and control components
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Time Interval Measurement with High Resolution Over Wide Dynamic Range for Nuclear Timing Spectroscopy Application.
• This system has two tracking ADCs methods that offer resolution in hundreds of ps and range in few tens of μs.
• This system is useful for lifetime measurements in atomic and high energy physics, nuclear medical instruments like PET, and laser ranging systems for military applications.
• Patent Published.
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## Tour ### Description ### Title tour.name = Virtual Tour | VESIT ## VR Menu ### Text MenuItem_ABDF41AA_B8DA_BB1B_41E0_0C9B3586D68F.label = Activity Room MenuItem_ABD021AB_B8DA_BB19_41DE_456562074F0C.label = Amphitheatre MenuItem_ABDF31AA_B8DA_BB1B_41D7_95370330E331.label = Amphitheatre MenuItem_ABDEC1AA_B8DA_BB1B_41D4_4D1FA7A5BD69.label = Antenna & RF Measurements Lab MenuItem_ABDD21AB_B8DA_BB19_41E0_AF49DCBA7B4D.label = Auditorium MenuItem_ABDDB1AB_B8DA_BB19_41D8_E7BC988B1B02.label = Campus MenuItem_ABDE81AA_B8DA_BB1B_41E3_4142E8C0381A.label = Canteen MenuItem_ABDD71AB_B8DA_BB19_41E5_8258E3E0B633.label = Classroom MenuItem_ABDF91AB_B8DA_BB19_41D2_3F29D037295B.label = Computer Centre MenuItem_ABDD81AB_B8DA_BB19_41D2_F6F0088FE94B.label = Computer Lab MenuItem_ABDD31AB_B8DA_BB19_41D1_255FD38BFF6D.label = Drawing Hall MenuItem_ABDF81AB_B8DA_BB19_419B_11D071157086.label = Entrance MenuItem_ABDEB1AA_B8DA_BB1B_41A4_7ED62DE82E91.label = Entrance Lobby MenuItem_ABDFA1AB_B8DA_BB19_41C2_6775D5426D48.label = Instrumentation Lab MenuItem_ABDD51AB_B8DA_BB19_41E2_99703745476B.label = Language Lab MenuItem_ABDE91AA_B8DA_BB1B_41D7_9DECB63F9A8A.label = Library Menu_DC56C42F_CCF3_51D5_41C1_CB4AF8598978.label = Media MenuItem_ABDF71AA_B8DA_BB1B_4185_C3288CCB4BB1.label = PCB Lab MenuItem_ABDD61AB_B8DA_BB19_41D3_CB2575AAA745.label = Placement Cell MenuItem_ABDCC1AB_B8DA_BB19_41DA_15757F400DE0.label = Play Ground MenuItem_ABDF11AA_B8DA_BB1B_41CC_47F2482958A6.label = Process Instrumentation Lab MenuItem_ABDEE1AA_B8DA_BB1B_41E4_E1562117F09B.label = R and D Lab MenuItem_ABDFC1AB_B8DA_BB19_41D6_20E545BEAD39.label = Robotics Lab MenuItem_ABDDA1AB_B8DA_BB19_41C1_404893F6C32E.label = Server Room MenuItem_ABDF61AA_B8DA_BB1B_41CD_BEDADF49E047.label = Smart Classroom MenuItem_ABDF21AA_B8DA_BB1B_41D4_AF4C3C001E77.label = Top View MenuItem_ABDFE1AB_B8DA_BB19_41D7_0E3864EA59E2.label = VES Institute Of Technology MenuItem_ABDFF1AB_B8DA_BB19_41B4_3A9F569E1816.label = Workshop