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High temp muffle furnace

High Temperature Muffle Furnace Specifications: Useful Inside Volume: 150mm (H) X 150mm (W) X 300m (D) Front opening single door with provision for gas purging. Ceramic fiber installation. Heating element : Molibdenum disilicide rod Max. Temp. of the furnace : 1600 degree centigrade Suitable transformer to be provided with the furnace. Microprocessor based PID (16 segment) digital temperature controller Thermocouple with + or - 1 degree centigrade accuracy.


Metallurgical Engineering


Advanced Geo Earth ground tester kit

ADVANCED GEO EARTH GROUND TESTER KIT  Mechanical and General Specifications  Display -       1999 digit LCD – display with special symbols,  digit  height 25mm, fluorescent backlight Size                 -133 mm x 187 mm x 250 mm

Weight - 1.1 Kgs (Including batteries) Warranty-Two Years Battery Life Typical >3000 measurements   Environmental Specification 

Climatic class                         -               C1 (IEC654-1), -5 ?C to +45?C, 5% to 95% RH Protection Type                     -               IP56 for case, IP40 for battery door according to  EN 60529  Safety Specification  Safety Rating -              CAT II, 300V  Features :  3 and 4 Pole earth ground measurement 2 Pole resistance measurement AC ive Testing, no disconnection of ground conductor (1 clamp) Stake less testing, quick ground loop testing (2 clamps) Measuring frequency 128Hz  RA 3 Pole Ground resistance measurement (IEC 1557-5)  Measuring Voltage         -                Vm = 48Vac Short Circuit Current     -               >50ma Measure Frequency            -               128 Hz Resolution                                -               0.001? to 10?

 Measuring Range                -               0.001? to 19.99?

Intrinsic error                       -               ? (2 % of reading + 3 digit) Operating error                   -               ? (5 % of reading + 3 digit)   RA 4 Pole Ground resistance measurement (IEC 1557-5)  Measuring Voltage               -               Vm = 48Vac Short Circuit Current  -               >50ma Measure Frequency              -                128 Hz Resolution                                -               0.001? to 10?

Measuring Range                 -               0.001? to 19.99? Intrinsic error-     ? (2 % of reading + 3 digit) Operating error                    -                ? (5 % of reading + 3 digit)     RA 3 Pole Ground resistance measurement with current clamp 

Measuring Voltage               -               Vm = 48Vac Short Circuit Current  -               >50ma Measure Frequency              -                128 Hz Resolution                                -               0.001? to 10? Measuring Range         -               0.001? to 19.99? Intrinsic error                      -               ? (7 % of reading + 3 digit) Operating error                      -               ? (10 % of reading + 5 digit)  RA 4 Pole Ground resistance measurement with current clamp                  Measuring Voltage               -               Vm = 48Vac                 Short Circuit Current           -               >50ma    Measure Frequency             -               128 Hz    Resolution                             -                0.001? to 10?       Measuring Range                 -                0.001? to 19.99? Intrinsic error                       -               ? (7 % of reading + 3 digit)    Operating error                   -               ? (10 % of reading + 5 digit)  Stake less Ground loop measurement                  Measuring Voltage               -               Vm = 48Vac                 Measure Frequency            -               128 Hz (125Hz on request)                 Noise Current                       -               Max. lext= 10A (ac) (RA <20 ?)             Max. lext= 2A (ac) (RA <20 ?)                 Resolution                             -               0.001? to 0.1?                 Measuring Range                 -               0.001? to 199.9?                 Intrinsic error                       -               ? (7 % of reading + 3 digit)    Operating error                   -               ? (10 % of reading + 5 digit)


Electrical and Electronics Engineering


EMC, EMI Analyser

EMI, EMC Analyzer  SPECIFICATIONS:  •           The instrument should be capable of measuring return loss, VSWR, ion loss /  transmission port-port cable loss and DFT. •  The instrument should be able to test antennas, cables, filters, and amplifiers with a  single instrument. •                Should be able to identify interference signals – dynamic range: 96 dB •              Should have spectrogram and waterfall display to detect intermittent interference  signals. •       Signal traces should be recorded into internal memory or external flash memory for the  saved traces to be played back. •            Should have the facility to measure S11, S11 phase, S21 magnitude, Smith chart display  and polar display. •               Should be able to measure ion loss, amplifier gain, filter passband and loss. •         One-button measurements such as channel power, ACPR and OBW for LTE, WiMAX, WCDMA, TD-SCDMA, cdma2000 and GSM measurements. •                The display should be easy viewing in indoor and outdoor settings and in direct sunlight  and darkness.  •                Environmental Standard:  Should comply with MIL-PRF-28800F Class 2 specification. •         Connectivity Required:   USB 2.0 ports (Two USB 2.0 ports to transfer files.)               LAN port (to transfer data in and out of the instrument) SD flash card slot (Use as a data storage device) •        Frequency:  2MHz to 4GHz. •              Accuracy:  + 2 ppm •        Resolution: 2 MHz to 1.6 GHz 2.5 kHz                                      > 1.6 GHz to 3.2 GHz 5 kHz                        > 3.2 GHz to 4 GHz 10 kHz •               Output Power Range: High power:  2 MHz to 4 GHz < +8 dBm, +6 dBm (nominal) Low power:  2 MHz to 4 GHz < -23 dBm, -25 dBm (nominal) •                Maximum input level (RF Out port):  +23 dBm •                Maximum input DC voltage (RF Out port): ±50 VDC •                Cable and antenna measurements   Return loss                   Display range 0 to 100 dB        Resolution 0.01 dB       VSWR            Display range 0 to 100                     Resolution 0.01  •   Connector type: Type-N (female) •      Input impedance: 50 ohm •                Display: 6.5” transflective, color VGA LED backlit 640 x 480 with anti-glare coating •             Speaker:  Built-in speaker •                Headphone jack:  Built-in headphone jack •  Power                          Power supply External DC input: 15 to 19 VDC               External AC power adapter                         Input 100 to 250 VAC, 50 to 60 Hz; 1.25 to 0.56 A           Output 15 VDC, 4 A


Electronics & Communication Engineering


EMC, EMI Trainer kit

EMI / EMC Trainer Kit   SPECIFICATIONS:  1.    EMI / EMC Hardware Training Board  •               Should consists of 2 Modules – EMI Source Module and EM Coupling Module. •                EMI Source Module should have the following features: 3-speed 10 MHz Digital pulse source (1.5 ns, 3 ns, 5 ns)  - 10 MHz Sine wave oscillator  - 50 MHz Square wave oscillator  - DC brushed motor circuits  - Digital buffer with termination  •       EM Coupling Module : Transmission line Module should have single and coupled  transmission line for EMI measurements  - Single microstrip (Zo = 50 O)  - Coupled microstrip (Zo = 50 O) 0.56 mm edge-to-edge spacing, coupled length = 100 mm  - Coupled microstrip (Zo = 50 O) 1.2 mm edge-to-edge spacing, coupled length = 100 mm  - Coupled microstrip (Zo = 50 O) 0.56 mm edge-to-edge spacing, coupled length = 50 mm  - Coupled co-planar line (Zo = 50 O) Coupled Length = 100 mm  - Coaxial line for transfer impedance measurement  - Single co-planar line (Zo = 50 O)  •     The above hardware should be supplied with the below Accessories:-                     SMA(m)-to-SMA(m) jumper cable, 0.18 m (3 Nos.)                        SMA(m)-to-SMA(m) coaxial cable, 1 m (2 Nos.)                        Coaxial, twisted pair and straight cables (1 set)                        50O Terminator, SMA(m) (3 Nos.)                       10 dB Attenuator, SMA(m)-SMA(f) (1 No.)                       Near-field Probe (for H-fields) (1 No.)                       Ferrite Clamp (2 Nos.)                      Power adapter, 5 Vdc, 2 A (1 No.)       Termination board (1 No.)  2.             DSO 200MHz,

2 Channel Bandwidth                          :  200MHz No of Channels  :  2

Channels Sample Rate                         :  1GSa/s per channel, 2GSa/s half channel interleaved mode Memory depth                :  100 Kpts Waveform  rate:  50,000 waveforms per second                  Wave Generator:  Built-in 20 MHz function generator  3.             Mechanical Calibration Kit Mechanical Calibration Kit, DC to 9 GHz, 3.5mm Standards should include fixed terminations, open circuits, and short circuits in both sexes.  Should be supplied with torque wrench for proper connection.




Electrochemical workstation

Electrochemical Workstation  Specifications:  Potential range: -10 to 10 V for both channels.          Current range: 250 mA.  Sensitivity scale: 1e-12 to 0.1 A/V in 12 ranges for both channels.                            Current measurment ressoluiton: < 0.01 pA.            CV and LSV scan rate: 0.000001 to 5000 V/S.            IMP frequency: 0.00001 to 100 KHz/1MHz.





DSP BASED Permanent magnetic Synchronous Motor

DSP BASED PERMANENT MAGNET SYNCHRONOUS MOTOR  SPECIFICATION   TMS320F2812 DSP PWM CONTROLLER  On Chip Features  OPTO isolated port terminated with 9 pin D-male connect upto 38K boud rate. 3 switches are provided for user applications like. (Increment, Decrement etc.,) RF EMI rejection ADC inputs are protected by Zener diodes. 16 LEDs provided to indicate the various status of user program 8 I/O lines are protected by zener diodes which is used a Input lines.  MEMORY  48K x 16 bit EPROM for Monitor, Assembler and Dis-assembler 16K 16 bit RAM for program memory 32K x 16 bit RAM for data memory  IPM POWER MODULE  Features :  Power Module is designed for Motor control applications upto 3 HP by using the 3rd generation of  IGBT & DIODE Technology. Brushless DC Motor Control applications. 1200V, 25A Convertor Bridge for AC – DC Power Conversion with filter capacitor. Hall Sensor are provided to sence DC link current and 4 output current  All the PWM signals are isolated using opto isolators Over current Protection with LED indication. 34 pin & 26 pin FRC connectors are provided to interface with controller Analog DC voltmeter to indicate the DC link voltage  POWER INPUT AND OUTPUT  Input : 3 phase 50Hz AC     Output : Suitable for 3HP   PMSM MOTOR LOAD SETUP  Features :  1.2HP Permanent Magnet Synchronous Motor with Sinusoidal Back EMF  Upto 6300 RPM 3 Amp current rating Coupled with specially designed motor load suitable for 1HP PMSM Motor Electronic torque controller for load variation One No of Digital / Analog torque indicator




CAD Embedded Multidiscipline Simulation Design Software

CAD Embeded Multi Discipline Simulation Design Software:  1. V6 PLM Discover Pack      -   20 Users       To include            CATIA : To deliver concept modelling to detailed design solution for hybrid parts. To enable  simulation of mechanism             DELMIA: Prismatic and anvanced NC machining, robot task definition, MBOM & Assembly  feasibility analysis, To predict performance of industrial  machine            SIMULIA: Analysis for designer               ENOVIA: Collabrative environment to manage and review product information, including 3D  Live, BOM editor, Interference check, Collabrative review, Team collabration through assigned  tasks and status reports, shape based search and collabration for Microsoft.  2. CATIA V6-Design Master       -   5 Users      To include          Advanced style and concept modeling, Advanced hybrid modeling, Reverse Engineering,  Tolerancing, Manufacturing Preparation for Plastic and Fabricated parts, Piping Tubing, Knowledge  Capture Re-use, DMU and facilty for nonprogrammers to create their own applications  3. DELMIA Manufacturing Master    -   5 Users      To include           Live assembly, Live device behaviour, Robot task defintion, Prismatic machining, Milling  machining and Turning machining.


Mechanical Engineering


Electromagnetic Simulation software

Electromagnetic Simulation software :            The Software should consists of a High Frequency (HF) solver and a Low Frequency (LF) solver   Capabilities of High Frequency (HF) solver  • Antennas, Microwaves, Signal Integrity, EMC/EMI, Radar cross section applications,  MMICs,  •  3D Electromagnetic Full wave solver  •               FEM solver  •        Frequency and Transient Domain Solver  •                Integral Equation solver, Finite Element-Boundary Integral (FE-BI) Solver  •        Physical Optics solver  •    Eigen Mode solver  •          S,Y,Z matrix results  •              Electric & Magnetic field, Current plots  •      Antenna parameter calculation  •    Link to multiphysics solvers  •                CAD import and imported geometry healing  •                CAD Export  •       Parametric, Optimization, Sensitivity and Statistical Analysis  •    Linear/DC Analysis  •          Dynamic links to Field solvers  •        Monte Carlo Analysis  •      Transient, Harmonic balance, Oscillator, Eye & Envelope analyses  •                MoM solver for LTCC, MMIC, RFIC & PCB structures  •                RF System and budget Analysis  •     Smith tool utility  •                Geometry Import/Export-DXF/DWG, GDSII, Gerber Export  •                2D/3D Electromagnetic Quasi Static Solver  •                RLCG Extraction  •               Geometry Import/Export- IGES, STEP, Pro-E, Autocad  •             Pre layout and post layout analysis of PCB and IC packages  •    Power Integrity  •                Near and Far field analyses   Capabilities of Low frequency solver  •             Design and analysis of Electrical machines, power electronic components, magnetic  components, sensors, actuators  •   2D/3D Electromagnetic field simulation  •         FEM solver  •        Transient Non linear analysis with motion-rotation, translational, non-cylindrical rotation  •                Permanent Magnet demagnetization  •          AC electromagnetic, Magnetostatic, Electrostatic and Electric Transient  •           Multiphysics coupling – Structural, Fluent, Thermal  •             Post Processing-Field and Mesh visualization, core loss, Hysteresis loss, Force, torque  reports  •      CAD import/Export - IGES, STEP, PRO-E, CATIA, AUTOCAD, Parasolid  •                Parametric, Optimization, Sensitivity and Statistical Analysis  •             Modeling of power electronic modules-circuit and system level  •              VHDL-AMS modeling  •                Multiphysics Model Library  •           Dynamic link with Electromagnetic field solvers  •        IGBT characterization  •                Interfacing with MATLAB/SIMULINK, MATHCAD, C/C++ editors  •               Analytical design of electrical machines-Switched Reluctance Motors, PMSM,  •          Direct Link to EM

field solvers  •      Analytical design of transformers and inductors  •           Core Libraries- Core shapes and Conductors  •                Post Processing-FEA based results, Core losses, Leakage Inductance, Temperature  results   License details:   1 user Academic Research - Perpetual (applicable for both HF and LF)





Virtual Instrumentation Engineering Workbench Software

Virtual Instrumentation Engineering Workbench Software Should include the following software   LabVIEW Core Software  - LabVIEW Professional Development System   - LabVIEW Control Design and Simulation Module  - LabVIEW MathScript RT Module  - LabVIEW System Identification Toolkit  - LabVIEW Digital Filter Design Toolkit  - LabVIEW Modulation Toolkit  - LabVIEW SignalExpress  - NI Vision Development Module  - NI Vision Builder for Automated Inspection  - LabVIEW LEGO MINDSTORMS NXT Module  - LabVIEW Desktop Execution Trace Toolkit  - LabVIEW Report Generation for Microsoft Office Toolkit  -LabVIEW VI Analyzer Toolkit  - LabVIEW Internet Toolkit  - LabVIEW DataFinder Toolkit  - LabVIEW Core I & II Computer-based Training (CBT)  - LabVIEW Database Connectivity Toolkit  - NI ELVISmx - NI Circuit Design Suite    Extended Development Suite DVD  - LabWindows/CVI FDS  - LabWindows/CVI Real-time  - LabWindows/CVI PID Control Toolkit  - LabWindows/CVI Signal Processing Toolkit  - LabWindows/CVI Spectral Measurement Toolkit  - LabWindows/CVI Execution Profiler  - LabWindows/CVI SQL  - DIAdem Professional  - Measurement Studio Enterprise Edition   Mac and Linux OS DVD  - LabVIEW Professional Development System  - LabVIEW Control Design & Simulation Module (Mac/Linux)  - LabVIEW LEGO MINDSTORMS NXT MODULE (Mac)  - LabVIEW VI Analyzer Toolkit (Mac/Linux)  - LabVIEW Internet Toolkit (Mac/Linux)   Controls and Embedded Software  - LabVIEW FPGA Module  - Xilinx Compilers 10.1 & 11.5  - LabVIEW FPGA Compile Farm  - LabVIEW Touch Panel Module  - LabVIEW Real-Time Module  - NI Real-Time Execution Trace Toolkit  - LabVIEW Statechart Module  - LabVIEW Robotics Module  - LabVIEW Mobile Module  - LabVIEW PID Control and Fuzzy Logic Toolkit  - LabVIEW DSC Module  - LabVIEW NI SoftMotion Development Module  - NI Motion Assistant  - LabVIEW Simulation Interface Toolkit  - NI Veristand (Download Only)   Signal Processing and Communications Software  - LabVIEW Sound and Vibration Measurement Suite  - LabVIEW Spectral Measurements Toolkit  - LabVIEW Advanced Signal Processing Tool   License :  Academic Site License  Should provide Unlimited software installations within the college College-wide access to software for teaching.  Standard Service Program (SSP) membership Automatic software s  Obtain technical support directly from NI applications engineers Access exclusive on-demand software training modules to learn more about features and best  practices.




3D structural analysis & design engg. Finite Element Software

3D Structural analysis & design engg. Finite Element Software Number of User: 30 Preprocessing: •             Capability to import CAD geometry in standard formats including IGES, STEP, VDA and  ACIS •     Geometric Modeling: 2D sketching tools, 3D part tools including capabilities to extrude,  revolve and sweep, Linear/circular patterning of part • User Interface should be easy and consistent for all analysis •                Meshing :   Meshing capability for 1D, 2D, 3D elements, Automatic meshing technique,  Virtual Topology , Mesh verification, Adaptive remeshing for an analysis submitted from the pre- processing GUI to obtain a solution that satisfies discretization error indicator targets that the  user sets. Post Processing :  •         Integrated environment for model visualization and results evaluation •         Cross-sectional viewing options for elements •         Free body cut to show cross sectional force and moment •         Result contours of displacement, stress, strain etc. •         Capability to create XY data  •         Result transformation in local co-ordinate system •         Pre-defined and user-defined color palettes for result contours •         Point-and-click result inquiry options •         Synchronize multiple viewports •         Support for exporting results to common Windows applications Results Presentation:        •         Output result contours and graphs as BMP, JPG, TIF, and PNG formats •         Integrated animation creation and display tools Analysis Procedure:             Basic analysis procedure with advanced analysis procedure including highly nonlinear  complex analysis, Fully coupled thermo-mechanical analysis, Adiabatic stress analysis , Compatibility to study fracture mechanics, Thermal analysis, Acoustic analysis, Computational Fluid  Dynamic Analysis etc… Element Types :     Standard elements, modified 10 noded tetrahedral for handling contact analysis, Connector  elements including behavior for Elasticity, Plasticity, failure, friction etc.., Cohesive element, Fully  integrated linear shell elements, Continuum shell element. Material : Elastic, Plastic, Visco Elastic-Plastic, Mullins effect, elastomeric and crushable foam,  Drucker-prayer models, composite etc… Solution : with Advanced solution methods Loading :  Advanced loading with standard loading Constraints : Tie, Rigid body, coupling, Equation, Mesh independent fasteners, Shell to solid  coupling, Fasteners failure etc… Interaction :  Point to Point contact, Point to surface contact, surface to surface contact,  Contact formulation : Penalty method, Kinematic method,  With Contact damping, Breakable bonds, Thermal contact properties, Static & Dynamic  friction, Rigid-Rigid Contact.


Civil Engineering


FT-IR Spectrometer

FT - IR Spectrometer Specifications  Wave number range       :  7800-375 cm-l Resolution                       :  1 cm-l Detector                          :  High performance DLATGG Beam splitter                   : Coated KBr Light source                     :  long life, steady state infrared emitter Electronic system             :  24 bit A/D converter at 500MHz, USB 2.0 Power                              :  100-240V AC, 50/60Hz




High Speed Networking Printer

HIGH SPEED NETWORKING PRINTER                                                                                  1 No. SPECIFICATIONS •      Copy speed                                                           : 35cpm

•              Paper Size                             : A3/A4/A4R/A5 R/B5/B5 R

 •             Copy Resolution                   : Printing 2400x600dpi with smoothing (mono) •            Paper capacity standard (1200 sheets)   : Drawer 1(550 sheets), Drawer 2(550 sheets)  Stack Feed Bypass  (100 sheets)

•              Memory Size                         : Ram : 1 GB (Unified Main Memory  Shard Main Memory) ?      HDD : 60GB (Shared for all imaging function)

•              Reduction/ Enlargement                    : 25% to 400%

•              Copy mode            : Text, Text/Photo, Colour Doc, Custom

•              e-filling Specification : o     Operation Method : Colour touch control Panel or Client Pc o    Number of Boxes Capacity of Boxes : 1 public box, 200 private user boxes, 100 folders/   box, 400 documents/ folder, 200pages/document

•              RADF      : Reversing Automatic Document  Folder(100 Sheets)

•              Duplex                                                                   : Yes                       

 •             Warranty                                                               : One year Warranty




Colour Laser Printer

COLOUR LASER PRINTER                                                                                                     2 Nos. SPECIFICATIONS

•              23(colour)/23(B/W) per minute in A4

•              600x600 dpi scanning & 600x600 dpi (colour)

•              Printing resolution 600x600 dpi(8bit)

•              4 Drum technology

•              Zoom of 25 to 400%, X-Y zoom

•              80GB Hard Disk

•              E-filling for saving documents into hdd

•              Continuous copying-  1 to 999 copier

•              Touch screen tilting display unit

•              Network printer and scanner

•              Automatic duplex unit

•              Reverse automatic document feeder

•              warranty for 2 years.




High end computer

HIGH END COMPUTER                                                                                          5 Nos.


•              Intel Xeon Quad Core E3-1200 Processor with 8MB L3 cache and 3.10 Ghz 

•              Intel C202 chipset               

•              8GB 4x2 ECC DDR-III RAM – supports up to 32GB

•              1TB SATA Hard Disk Drive

•              SATA DVD Writer

•              On board 6 port SATA controller

•              Onboard Dual 10/100/1000 Mbps LAN port

•              22”LED Colour Monitor

•              6 USB ports, 2 PCI 32/33(5V), 1 PCI Ex16, 1PCIEx8

•              2 Serial ports, Standard 4 HDD Bays

•              Keyboard/ Optical Mouse

•              Windows 8 Professional Micro soft License

•              Anti Virus 3 years

•              Ms Office 2012 Micro Soft License

•              2 GB 16x Express Graphics Card

•              1000VA UPS

•              A3 Colour Scanner

•              Computer Table 

•              5  in 1 Multi Media Speaker  , •        Web Camera


Computer Science Engineering


Building analysis design software

Building Analysis Design Software  •                No. of Users : 5  •                Full range of analysis including Static, P-delta, pushover, response spectrum, time  history, cable (linear and non-linear), buckling and steel, concrete and timber design. •                New substantially faster solver which can provide solutions of large structures in a  fraction of the time. •                Object-oriented intuitive 2D/3D graphical model generation. •        Pull down menus, floating tool bars, tool tip help •     Quick data input through property sheets and spreadsheets •     Customizable structural templates for creating model. •                Complete support of VBA macros for customization. •   Supports truss and beam members, plates, solids, linear and non-linear cables and  curvilinear beams. •                Advance automatic load generation facilities for wind, area, floor and moving loads. •         Flexible zoom, pan and multiple views •   Isometric and perspective views with 3D shapes. •               Toggle display of loads, supports, properties, joints, members, etc., •      Built-in command file editor with copy and paste clipboard •                Simple command language •                Rectangular and Cylindrical coordinate systems with mix and match capabilities. •             Joint, member/element, mesh generation with flexible user-controlled numbering scheme •               Efficient algorithm that minimizes disk space requirements •    FPS, metric or SI units •      Presentation quality printer plots of geometry and results •              Script style programming language that extract data and s external software •             Multiple analysis in the same run perfect for phase or stage construction •           With enhanced wind loading, Analysis s, Euro code, Improved Indian Steel  design, with export facilities. •       Perform Dynamic Analysis, Geometric Non linear Analysis, d design codes,  Foundation Integration, Structural Database Integration.


Civil Engineering


Simulation Tool for sub micron CMOS design

MICROWIND/ VLSI DESIGN SOFTWARE : 50 user network license pack  LAYOUT AND SIMULATION TOOL FOR SUBMICRON CMOS DESIGN INCLUDING SCHEMATIC EDITOR  AND SIMULATOR, PRECISION CMOS LAYOUT UPTO 35nm, MIXED SIGNAL SIMULATION AND  ANALYSIS, WITH BUILTIN TRAINER   Schematic Editor and Simulator User friendly environment for rapid design of logic circuits Handles both conventional pattern based logic simulation and intuitive on screen mouse driven  simulation Supports hierarchical logic design Built-in Extractor which generates a SPICE netlist from the  schematic diagram (should be compatible with PSPICE and WinSpice) Current and power consumption analysis Generates a VERILOG description of the schematic for the layout editor Immediate access to symbol properties (Delay, fanout) Models and assembly support for 8051 and PIC 16F84 Sub-micron, deep-submicron, nanoscale technology support supported by huge symbol library  Precision CMOS layout tool upto 35 nanometers Sub-micron, deep-submicron, nanoscale technology support Unsurpassed illustration capabilities Design-error-free cell library (contacts, vias, MOS devices etc.,) Advanced macro generator: capa, self, matrix, ROM, pads, path etc., Incredible translator from logic expression into compact design-error free layout Powerful automatic compiler from VERILOG circuit into layout On-line design rule checker:width, spacing, overlap, extension rule verification Built-in extractor which generates a spice netlist from layout Extraction of all MOS width and length Parasitic capacitance, cross talk and resistance extracted for all electrical nodes Import/export CIF layout from 3rd partly layout tools Upto 100000 elementary boxes Lock and unlock layers to protect some part of the design from any changes Enhanced editing commands and layout control  Touch and Deep-Sub Micron Technology 3D fabrication process simulator with cross sectional viewer Step-by-step 3D Visualization of fab Check planes of VDD, VSS and other signals Check the oxide structure, the low dielectric (lowK) and high K sandwich and passivation  Non Volatile Floating Gate Memory simulator Simulation and Non-volatile memories such as EPROM, EEPROM & FLASH using double gate MOS Erasure of floating gates and removal all electrons Programming can be performed by a very high voltage supply on the gate  Mixed Signal Simulation and analysis Built in Spice like analog simulator features fast time domain, voltage and current estimation with  very intuitive post processing, frequency estimation, delay estimation Supports Level1, Level3 and BSIM4 models for all technologies from 1.2um down to 35nm MOS characteristic viewer, with access to main model parameter Real-case




Power Electronics and Motor Control Simulation Software

POWER ELECTRONICS AND MOTOR CONTROL SIMULATION SOFTWARE                            - 10 User Perpetual License   FEATURES  PSIM is a simulation software specially designed for power electronics and motor control. With fast  simulation and friendly user interface, PSIM provides a powerful simulation environment to address  your simulation needs.  PSIM provides an inductive and easy-to-use graphics user interface for schematic editing. A circuit  can be easily created and edited. Extensive on-line help is available for each component. To  handle large systems, PSIM provides the sub circuit function which allows part of a circuit to be  represented by a sub circuit block.  o Friendly user interface; Simple to use, and fast simulation. o         Interactive simulation environment. o                Magnetic modeling o          Loss calculation and thermal analysis o               Comprehensive motor drive library o                Powerful control simulation capability o         Support of custom C code and DLL o   Link with Matlab/Simulink and finite element analysis software  SPECIFICATION  BASIC MODULE  o                The PSIM package consist of three parts: PSIM schematic, PSIM Simulator, and waveform  display program Simview. o             PSIM includes a C Block which allows users to enter C code directly without compiling the  code  o   PSIM’s graphic user interface is intuitive and very easy to use. A circuit can be easily set  up and edited. o   The simulation can be analysed easily using various post-processing functions in the  waveform display program. o            PSIM’s simulation engine uses efficient algorithms that overcome problems of  convergence failure and long simulation time existing in much other simulation software. o              PSIM’s fast simulation allows repetitive simulation runs and significantly shortens the  design cycle. o  PSIM’s simulation environment is interactive. It allows users to change parameters and  monitor simulation waveforms in the middle of a simulation run. This makes it extremely easy to  fine tune a system until desired performance is  MOTOR DRIVE MODULE  The Motor Dive Module provides the nElectronics & Communication Engineeringssary elements for motor drive system studies. Different  machine models and mechanical load models are available. With the Motor Drive Module, PSIM  provides a powerful simulation environment for various motor drive system studies.      The Motor Drive Module contains the following elements:  o DC machine o       3-phase squirrel-cage induction machine (with and without saturation) o                3-phase wound-rotor induction machine (with and without saturation) o           Permanent-magnet brushless dc machine (BDCM) with trapezoidal back emf o                Permanent-magnet synchronous machine (PMSM) with sinusoidal back emf o          Conventional synchronous machine with external excitation o  Switched reluctance machine (6 stator teeth/4 rotor teeth) o             Gear box o            General-type mechanical load o       Constant-torque mechanical load o                Constant-power mechanical load o  Constant speed mechanical load o                Torque sensor o   Speed sensor o                3-Pahse Squirrel-cage induction machine experimental hardware system  DIGITAL CONTROL MODULE  The digital control module is provided to analyze control systems in z-domain. It can be used to  simulate the performance of digital control loops, study digital filters, and evaluate various effects  in digital controls, such as truncation errors, sampling/hold delay, and computational delay. This  module is ideally suited to simulate digital control schemes for microprocessors or DSP  implementation, and to perform digital signal processing. You can, for example, study the effect of  A/D quantization errors, and determine whether a particular sampling rate will be able to achieve  required performance specifications.  The Digital Control Module contains the following elements:  o    Zero-order hold o         Unit delay o           Z-domain transfer function block o   General digital filter (including IIR digital filter) o                FIR digital filter o  Discrete integrator o           Resetable discrete integrator o           Discrete differentiator o                Quantization block o           Circular buffer o                Convolution block o            Memory read block o                Vector array o      Stack o   Permanent-magnet brushless dc machine experimental hard ware system


Electrical & Electronics Engineering


PCB Prototyping System

PCB Prototyping  System  1 No.


Automated Printed Circuit Board Fabrication System should be capable to export Gerber file from all popularly used PCB Layout Design software.

The system should have software which converts information available in Gerber file to different type of command to the system for PCB fabrication.

The system will not use any kind of chemicals for drilling, milling & routing on PCB.

PCB fabrication should be simple, quick and precise.

•The PCB prototyping machine should be capable of drilling, Milling and routing Bare PC Boards.

•The system should be supplied with fiducial positioning camera for board alignment, quality inspection, and overlay.

•The Machine should have USB plug-and –Play connection/ RS232

•Machine should be able to do Step Milling and Incremental Milling

•The machine should have the facility of tool depth adjustment

•The machine should be capable of making analog / Digital circuits precisely

•The minimum track width should be 4 Mils.

•Maximum drilling cycle (cycles/min.) = 50

•Maximum thickness of processed material (mm) = 10 (0.4")

•The minimum isolation between 2 tracks should be 4 Mils

•The minimum Drill Hole diameter [mm]= 0.2 - 3.175 (8 - 125 mil)

•The working X-Y area 229 x 320 x 57 (9.0" x 12.6" x 2.24")

•The system should be capable of fabricating board of size 229*1999 mm.

•Power Supply: 100 - 240 V, 50-60 Hz, 150VA

•The resolution of the machine [Um] = 0.625 (0.0246 mil)

•The machine should be supplied with the nElectronics & Communication Engineeringssary software. Software works with the ordinary Gerber formats.

•The machine should be supplied with dust extraction unit

•The minimum required tool bits and accessories should be provided for quality circuit board fabrication.

•The system should support substrates like Teflon, RT/Duroid, Arlon, FR4 etc.





Desk top computers

Desk Top Computers                                           - 5 Nos.


CPU                         :               Core i3 @ 3.3 GHz with 3 MB Cache

Memory :               4GB DDR-3 RAM

Hard Disk               :               500 GB

  • Multimedia Keyboard
  • USB optical Mouse
  • On board graphics accelerator
  • 18.5” LED Monitor
  • Preinstalled windows operating system
  • DVD Writer
  • On board 10/100/1000 Mbps Ethernet
  • Preloaded Antivirus





Vector communication Training System   

Vector communication Training System                        - 1 set

 1. Microwave Vector Signal Generator  (1 no.)

Frequency range : 1-4000 MHz PLL synth. in 2 ranges  Step size : 1 KHz to 500 MHz

RF Level : 0dBm typical

Attenuator : 40dB (external SMA-SMA)

Modulation Int. : BPSK, QPSK, OQPSK - 0.1 to 4 GHz

PN Generator : PN15

Clock : Int programmable

Time Base : Internal 10.000 MHz / External out for

Data : Serial

I/Q Bandwidth : DC-400 MHz

I/Q sideband : -30dBc suppressed

LO suppression : -30dBc

Noise Floor : -130dBm/Hz

Baseband Input : 1.6V p-p AC, Baseband Input : +1.5V DC

Baseband I/O : Differential

LO Input : 0 dBm, Linearity : +20dBm OIP3

  2.  Microwave Vector Signal Analyser  (1 No.)

Frequency range : 1-4000 MHz PLL synth. in 2 ranges  Step size : 1 KHz to 500MHz

Display : 16X2 Backlit LCD

Memory : 1000 frequencies & levels be stored

Measurement : RF level measurement in dBuV /

dBm / pW / dBr with 0.1dB resolution

Sensitivity : -100dBm

Dynamic range : 110 dB (70dB log. + 40dB attenuator)

Auto mode : Interfacing with source

Input Z : 50 ohm Gold plated SMA connector

Demodulation : BPSK, QPSK, OQPSK 0.1 to 4GHz

SSB Noise Figure : 15dB,  Linearity : +20dBm IIP3

Down conversion : Superheterodyne & Direct Conversion

Demod Bandwidth: 1-50MHz

3. Accessories:

50 Ohms Matched Termination SMA(M) - 2 No,

Short SMA(M) termination,

Teflon based SMA(M)-SMA(M) RG316 cables- 4 Nos,

20dB attenuator- 2Nos,

Antenna Mounting Stand

Microstrip Log Periodic Dipole Array





Ultrasonic Metal welding machine


Specification :

Generator micro processor controlled

Working frequency :20KHZ

Maximum power output :2500 watts


Throat :80 to 130 mm

Stoke maximum :25mm

Compressor air supply : 8lm

Closing force :5500 N Maximum and 100 N Minimum

Horn : Steel, Tool Steel Aluminum Alloy

3 different tunings : delay , Weld and hold



Metallurgical Engineering


Custom Collection of e-Books

490 Titles*

Custom collection of Computer Science, Electronics, Electrical, Mechanical, Electrical, Physics, Chemistry and Mathematics.  490 Titles. Number of simultaneous users: 3 users per title.


Institutional Purpose


Multipurpose Lab Solution


The MPLS should have the following Hardware and Software components, which should have the  interconnectivity using the connectivity options like USB, GPIB, RS232, LXI etc. and the software  should be able to command and control the above instruments from a single PC.  The MPLS should consist of the following Hardware & Software.     

1.             100MHz Mixed Signal Oscilloscope - 1 no. 

2.             20MHz Programmable Arbitrary Function Generator – 1no. 

3.             6 ½ Digit High Precision Digital Multimeter – 1no.  

4.             Programmable Triple Output DC Power Supply – 1no.  

5.             GPIB to USB converter to connect all the above instruments to a single PC’s USB Port – 1no. 

6.             Automation Software – 1no.  

7.             Digital Demodulation Software – 1no.    

The individual specifications of the above Hardware & Software components are as follows:   

1.            Mixed Signal Oscilloscope 100MHz 

•              The instrument should have 4 analog channels & 16 logic channels with 100 MHz  bandwidth / 2GSa/s sampling rate  

•              The display  rate of the instruments should be more than 900000 wfms / sec 

•              Should have the facility of triggering like Edge, pulse width, pattern, TV, Nth edge burst,  sequence 

•              Should have the option to trigger and hardware accelerated decode the following serial  buses I²C, SPI, CAN, LIN 

•              Should have the search & navigate capability 

•              The instrument is able to connect with  VECTOR SIGNAL ANALYZER  software for  demodulation of  the signal 

•              Should able to connect with automation software 

•              Connectivity Required:   

USB 2.0 ports (Two USB 2.0 ports to transfer files.)                

LAN port (to transfer data in and out of the instrument) 

2.            Programmable Arbitrary Function Generator (20MHz) 

•              The equipment should able to generate a signal from 1µHz to 20MHz (sinewave) 

•              Equipment should be able to generate Sine, square, ramp, pulse, triangle, Gaussian noise,  PRBS (Pseudorandom Binary Sequence), DC 

•              Should able to generate an arbitrary waveform of  1MSapoints with 250MSa/s of 16 bits  resolution 

•              The equipment should capable of  generating  modulation schemes like  AM, FM, PM, FSK,  BPSK, PWM, Sum (carrier + modulation) 

•              Signal Amplitude:  1 mVpp to 10 Vpp into 50 O                                         2 mVpp to 20 Vpp into open circuit 

•              Connectivity Required:  USB, LAN 

3.            Programmable 6 ½ Digit Digital Multimeter 

•              The instrument should measure  

  • DC voltage:  100mV to 1000V with 100nV resolution. 
  • DC current:  10mA to 3 A with 10 micro Amps resolution 
  • True RMS AC voltage:  up to 750V with a wide bandwidth frequency of 3Hz to 300kHz 
  • Resistance: 100? to 100M? with 100m? resolution. 
  • Frequency or period: 3Hz to 300kHz in a voltage span of 100mV to 750V 

•              Should have the facility to check Diode & Continuity. 

•              The instrument should have a computer interface (RS-232, GPIB) 

•              Should able to support SCPI commands for programming 

4.            Programmable Power supply 

•              Should deliver a three different voltage outputs having  +6V with 5A & -25V, +25V with 1A 

•              Should have the Load & line regulation of  0.01%+2mV & 0.01%+250 µA 

•              Connectivity :  GPIB & RS232 

5.            Connectivity Convertor 

•              The convertor should be able to convert from GPIB to USB. 

•              Should be able to connect multiple instruments (a minimum of 4) to a single PC using daisy  chain arrangement. 


6.            Automation Software:-  

•              Should be able to command and control all the instruments which are controlled using SCPI  programming language.  

•              Should be a graphical programming language. 

•              Should be able to monitor, log and control the instruments                            7.           VECTOR SIGNAL ANALYZER 

•              Should support signal standards & modulation types including 

•              Cellular communications  LTE, W-CDMA HSPA+, GSM/ EDGE Evolution, cdma2000R, TD-SCDMA 

•              Wireless connectivity:  802.11a/b/g, 802.11n, 802.16, OFDMA, WiMAX™, BluetoothR,  Zigbee, UWB, RFID 

•              FSK, BPSK, QPSK, QAM, StarQAM, APSK, VSB 

•              Should be able to view up to 20 traces each with up to 20 markers 

•              Should have the flexibility to evaluate signals throughout the block diagram:   Analog and Digital baseband, IF, RF and microwave, narrowband to ultra wideband;  SISO and MIMO.






Dual Radio Wi Fi Access Points                                          - 20 Nos.

  • Dual-radio, dual-band 802.11n indoor with integrated antennas
  • Software-configurable dual radio that should support  2.4 GHz and 5 GHz
  • 2x2 MIMO 802.11n with two spatial streams and up to 300 Mbps per radio
  • Mount Kit
  • Power over Ethernet


Single Radio Wi Fi Access Points                                       - 30 Nos.

  • Single-radio, dual-band 802.11n indoor with integrated antenna
  • Software-configurable dual radio that should support  2.4 GHz and 5 GHz
  • 2x2 MIMO 802.11n with two spatial streams and up to 300 Mbps per radio
  • Mount Kit
  • Power over Ethernet














WEB SERVER with  Wi Fi Controller

WEB SERVER with  Wi Fi Controller                 - 1no.

Web Server Specifications:

  • Processor : Intel Xeon E5 2407 (Quad Core)
  • Form Factor : Two Way Rack
  • Speed in GHz: 2.20 GHz
  • FSB :1066 MHz
  • Cache:10 MB
  • Memory :8GB X 1
  • Hard Disk: Open Bay, 3.5" Hot Swap SATA
  • Raid: Integrated Raid 01 (CR105)
  • RPS: 1
  • Optical Drive: Multi Burner
  • 8GB RAM ECC DDR3 1333MHz  - 3 Nos
  • 600GB 15K  6Gbps  HDD  x 5 Nos
  • Server storage solution consisting of RAID controllers, with 512 MB cache/flash modules
  •  AC Power Supply Module


Wi Fi Controller Specifications

  • 4x 10/100/1000BASE-T (RJ-45) or 1000BASE-X (SFP) dual personality ports
  • Access Point  Support
  • Unrestricted Regulatory Domain.
  • With proper license for access points and nElectronics & Communication Engineeringssary software for the controller.



Electronics & Communication Engineering


Wireless Sensor Network Trainer


The WSN Trainer should consist of the following modules:

  1. ZIGBEE  Module                                                                                                    - 10 nos.
  2. Gate way Device with Multi Channel  ROUTER                               - 1 no.    
  3. Sensor module {Gases (CO, CO2, CH4..), Weight, Pressure, Humidity, Luminosity, Accelerometer, Soil moisture, Solar temperature, Leaf wetness, event sensor}  - 1 each
  4. Licensed Software to work with Zigbee modules (Complier, Debugger, Monitoring Software)                                                                                                  - 1 no.
  5. Handheld Sensor Monitoring devices include 4.7 inch full touch Android smart phone for applications                                                                                           - 10 nos.
  6. WIRELESS PROTOCAL DEVELOPMENTS SYSTEMS consisting of the following:
  • Wireless Interface Core Development Board                - 4 nos.
  • GPRS Quad band Module + GSM Internal antenna        - 1no.
  • RFID 125 kHz Module + Tag Combo                                  - 1 no.
  • Wi-Fi module                                                                                        - 1 no.
  • Finger Print Scanner                                                           - 1 no.



Should work with different protocols (ZigBee, Bluetooth, GPRS) and frequencies (2.4GHz, 868MHz, 900MHz) and capable of getting links up to 12km.

Microcontroller: ATmega1281, Frequency: 8MHz, SRAM: 8KB, EEPROM: 4KB, FLASH: 128KB, SD Card: 2GB, Clock: RTC (32KHz)

Inputs/Outputs: 7 Analog (I), 8 Digital (I/O), 1 PWM, 2 UART, 1 I2C, 1USB

Battery voltage: 3.3 V - 4.2V


Antennas: 2.4GHz, Connector: RPSMA, Encryption: AES 128b, Control Signal: RSSI

Standards: XBee-802.15.4, Topologies: p2p, tree, mesh, MODEL: XBee-802.15.4, Tx power: 1mW, Sensitivity: -92 db, Range: 500m


  • Should contain 5 different radio interfaces: Wifi 2.4GHz, Wifi 5GHz, GPRS, Bluetooth and ZigBee.
  • Should be able to integrate a GPS module for mobile and vehicular applications
  • Solar and battery powered.
  • Should have a Manager System, a web application which allows to control quickly and easily the Wifi, ZigBee, Bluetooth and GPRS configurations along with the storage options of the sensor data rElectronics & Communication Engineeringived.


 Language: C++, Versions Windows, Linux and Mac-OS



a. Wireless Interface Core Development Board:

Microcontroller: ATmega1281, Frequency: 8MHz, SRAM: 8KB, EEPROM: 4KB, FLASH: 128KB, SD Card: 2GB, Clock: RTC (32KHz)

Input / Output: 7 Analog, 8 Digital (I / O), 1 PWM, 2 UARTs, 1 I2C, 1USB

Battery voltage: 3.3 V - 4.2V

USB charging: 5 V - 100mA

Sensors on board:

Temperature (+/-): -40ºC , +85ºC. Accuracy: 0.25ºC.

Accelerometer: ±2g (1024 LSb/g) / ±6g (340LSb/g). 40Hz/160Hz/640Hz/2560Hz

b. GPRS Quad band Module + GSM Internal antenna

Quad band: 850MHz/900MHz/1800MHz/1900MHz

Txpower: 2W(Class 4) 850MHz/900MHz, 1W(Class 1) 1800MHz/1900MHz

Sensitivity: -109dBm

Antenna connector: UFL

External antenna: 0dBi

Consumption in power down mode: 30µA

c. RFID 125 kHz Module + Tag Combo

Compatibility: Reader/Writer mode supporting ISO cadrs - T5557 / EM4102

Distance: 5cm

Max capacity: 20B

Tags: cards, key rings

Logistics (assets tracking, supply chain)

d. Wi-Fi Module:

Protocols: 802.11b/g - 2.4GHz

TX Power: 0dBm - 12dBm (variable by software)

RX Sensitivity: -83dBm

Antenna connector: RPSMA

Antenna: 2dBi/5dBi antenna options

Security: WEP, WPA, WPA2

Topologies: AP & Adhoc

IP Setup: DHCP, Static

e. Finger Print Scanner

Basic Power: 8-12v AC/DC

Interface: RS232.

Matching Mode: 1:1 and 1:N

Baud rate: 9600 – 115200. Default: 57600.

Storage Capacity: 256.

Average Search Time: <1sec , Image Acquire Time: <0.5sec.





ERP solution

ERP solution for the Institution.

I     Controller of Examination : Automation

              The module must consist of the following features.

              CORE SERVER HARDWARE specifications:

X3250 M4 Family, 1U Rack Server, Part 2583IEA, Intel Xeon E3 - QUAD Core, 3.1Ghz, 8Mb Cache, 1333Mhz Memory Speed,  minimum  4Gb RAM, 1x500GB 7.2krpm, 3.5" simple swap, Multi Burner, RAID01 Inbuilt (SR-C100) and appropriate updates with 3years Onsite warranty.

                DATA SERVER HARDWARE specifications:

X3250 M4 Family, 1U Rack Server, Part 2583IEA, Intel Xeon E3 - QUAD Core, 3.1Ghz, 8Mb Cache, 1333Mhz Memory Speed,  minimum 4Gb RAM, 1x500GB 7.2krpm, 3.5" simple swap, Multi Burner, RAID01 Inbuilt (SR-C100) and appropriate updates with  3years Onsite warranty

                ROUTER :

Cisco RV110W-A-NA-K9 Small Business RV110W Wireless N VPN Firewall Router and appropriate updates

                BACKUP HARDWARE:

2x1TB Hard disk on NAS enclosure and appropriate updates

                Operating System should be  Licensed Versions with security patches updated every week

                Application Architecture should be Community supported open source framework, Licensed, Browser based,  Cross Browser Compatible and appropriate updates

                             The module should support the following Application Features:

REGULATION MANAGEMENT  should involve guidelines related to regulations, guidelines related to assessment and syllabus

STUDENT MANAGEMENT should include addition of batch, new students, generating new registration number etc..

STAFF MANAGEMENT should  include addition of faculty and assignment of role

FACILITY MANAGEMENT should  include creation and management of exam hall and center details

TEST MANAGEMENT should include web based question bank authoring system for different types of questions.

ASSESSMENT MANAGEMENT should include creation of new assessment and selecting various assessment details.

REPORTING block which can display various reports such as mark sheet, hall tickets etc.

RESULT MANAGEMENT block that contains dummy number generation, moderation based changes etc.

II.  Revamp gcesalem.edu.in

                HARDWARE ARCHITECTURE should include the following and appropriate updates .

Cloud Based Hardware

Web based and must Support Scaling

basic building blocks for additional academic functions such as edelivery in future

All email rElectronics & Communication Engineeringived at gce domain to be routed to existing gmail servers

1 year hosting in the CLOUD with ability to publish results online and through SMS. SMS billed on use.


      The Site Content should have the following features and appropriate updates .

Migrate all pages from existing  website

Department level ability to make changes to their capabilities on their homepage

Recommendations related to new types of content that will elevate the portal to a higher level and a more positive sense

Department level ability to submit their programs/events

Industry News block for each of the departments

             Application Security should have the following features and appropriate updates

Departments to be demarcated as Civil, Mechanical, CSE, ELECTRONICS & COMMUNICATION ENGINEERING, EEE, Metallurgy, ALUMNI, HOSTEL, TEQIP,Placement.

Parts of student profile must be locked and updatable only by administrative staff

Student profiles secured

           Automated Content Management should have content updater to rElectronics & Communication Engineeringive an email automatically with disposition changes

           Management Information System (Office function Automation) should  have the following features and appropriate updates:

Manage student profile based on information from their initial application

Parts of student profile must hold performance information like marks, attendance etc

Parts of student profile must hold the semester fees information

Parts of student profile must hold placement related details, current working place etc

Placement profile of final year students by department must be made available to anonymous users (Selective fields for students  may be reported)


New ALUMNI event updates must be sent over email based on branches and year to alumni IDs in the portal database automatically


A block on the home page with ability for displaying student accomplishments. Students should be able to submit accomplishments and when approved must show on homepage

     Form Automation should include a screen to accept Name, register number,

     year, branch, community, semester, hosteller  or day scholar and  generate

Fees structure letter

Leave Letter (for professors and students)

Student hostel discount form

NO Dues form in a downloadable/ printable format that can be signed


Parent Reporting:

                Attendance, Unit test 1 to 3 and Semester Marks should be viewable by parents and students

                Information must be updatable via excel feeds

                Ability for faculty to select student profile and communicate directly with parent over phone (voice)


                Daily updates uploaded by period to the online system via excel sheet. Ability to enter timetable for a given day.

                Monthly reporting of student attendance to parents via (sms)


                Ability to post and must be scrolling on the News and Events block on the homepage

                Archive of NEWS and EVENTS, reportable by year and department. A PDF report must be generated


                Ability to Identify Hostel Students, Store Hostel fees, date of payment for every month.

                Ability for HOSTEL staff to update fee payment

                Ability to generate report reflecting payment by month


                Ability to enter titles and brief of projects by students themselves (Current and Past)

                A searchable window to list past project titles matching a search clause (anonymous user accessible)

                Project template stored under projects page


                Ability for the office administration to enter and maintain student profile information from admission to graduation.

                A detailed profile management to support various storage needs and reporting needs (AICTE, ANNA UNIV etc)


                An option to allow students to search for other profiles with similar interests and display name and batch/year/department


                Institute-industry Interface pages

                FDP summary displayed based on template of TEQIP activities, targets, contribution report format etc

Career Path Planning (CPP) pages:

                A selectable career path interface for anonymous user to view career guidance based on interests and specialization


                Addition of class materials (NPTL) per semester/subject/department (One version)

                Reporting of use for management and accreditation purposes


                Ability to access EBESCO, DELNET online for authorized users only.

                Ability for librarian to load ebooks by subject and year of study(1st 2nd 3rd and 4th) – ONETIME

                Ability to upload and access Question Bank of subjects  and year of study (1st, 2nd, 3rd and 4th)

                A contact us page to rElectronics & Communication Engineeringive requests through email


                A block on the home page with ability for displaying the details of the event when particular date is clicked.


                A block that is found in the homepage, where the feedback of the guest resources can be displayed


                Students should be able to verify and request duplicate transcripts online and payment transfer to be made to Office of COE  accounts.


Institutional Purose


Anna Edusat

Anna Edusat


Institutional Purpose



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