Centre of Excellence

Ajay Kumar Garg Engineering College (AKGEC)
S N Software/ Hardware/ Equipment Name Mention whether it is Software/Hardware/Equipment Software/ Hardware/Equipment related to branch (CS,IT,ME,EC,CE) Related Sub Domain Brief and vital description /Specification Specialty of Hardware/ Software/ Equipment)
1 Slant Bed CNC Lathe (LT-16) Equipment ME Manufaturing Slant bed CNC Turning M/C is an high performance turning center equipped with 8 station Bi-directional tool turret and robot integration features. The easy to operate Siemens Sinumerik 828D controller with full graphical interface ensure highly dynamic performance and machining precision to provide more utility, flexibility, and high quality production for a wide range of applications. This industrial purpose ultra-precision turning machine is ideal for consistent product quality and fast production. Industrial Machine
2   CNC Vertical Machining Centre - 4 Axis Equipment ME Manufaturing CNC Milling machine for high speed and high precision machining operations with Siemens 828D controller, equipped with rotary table as 4th axis and robot integration features. Its intuitive features provides more utility, flexibility, and high quality production for a wide range of applications, including heavy cutting and difficult work piece shapes. Industrial Machine
3 Cylindrical Grinding Machine Equipment ME Manufaturing It is an automatic, high precision Universal Hydraulic Cylindrical Grinding Machine for External, Internal or Face grinding of large or heavy components in small to medium Production batches. Highly precise with many optional accessories to grind large variety of components. Industrial Machine
4 Vision Measurement Machine- VMM Equipment ME Manufaturing These are equipped with high quality CCD, powerful 2D measuring software and computer. The machine can measure various workpiece such as electronic components, punching parts, plastic and rubber parts etc effectively. It allows customers to carry out scientific analysis for the production flow to find error trend in the flow and problems in the operations. In addition, all measurement results may be outputted in popular office software, such as Excel, Word to make customers save results conveniently for working out a quality inspection report or analyzing further. Industrial Machine
5  3D CNC Coordinate Measuring Machine - CMM Equipment ME Manufaturing It is installed for flexible, reliable and uncompromising quality assurance in Reverse Engineering to achieve most sophisticated highly precise quality control on production floor as well as in Metrology (Measuring Laboratory). It also helps in generating the model with high-speed scanning technology to enable inspection at maximum speed with highly precise results. Industrial Machine
6 CNC Surface Rough Measuring Machine Equipment ME Manufaturing SURFCOM FLEX 50A is used to analyze surface parameters in production, incoming goods and final inspection. It is optimally suited for usage in the automotive industry, mechanical engineering and medical technology. With the right tracing driver every time, the universal control and analysis unit adapts optimally to your requirements. SURFCOM FLEX 50A is a robust control and analysis unit and can be used with different tracing drivers- HANDYSURF and SURFCOM 130 that are adapted to the measuring task. Through integrated report printer, measurement result can be obtained directly. Industrial Machine
7 Contour Measuring Machine Equipment ME Manufaturing The SURFCOM NEX 030 is a flexible CNC contour measuring station, to provide outstanding straightness accuracy in the X axis. Contour measuring jobs can be performed precisely and quickly. The low-maintenance linear drive of the SURFCOM NEX 030 enables fast, contact-free measurements which are free of vibrations. Industrial Machine
8 3D Scanning with Blue LED Fringe Projection ZEISS COMET Equipment ME Manufaturing The innovative sensor system is extremely compact and light, meaning you can transport it to different application sites without any difficulty. Simple on-site calibration ensures that you can quickly change the measuring field by swapping the lenses. It is fast and easy, and soon the system is ready for the next measuring task. Industrial Machine
9  Robotic Milling - 7 Axis Equipment ME Manufaturing Robotic milling is the process of cutting material away from a prototype or mold to form a specific structure. Milling robots can perform the exact cuts and precise movements needed to produce the highest quality parts. Automated robot milling systems can have flexible tooling designed to cater to specific material removal. Any object of any size or shape can be milled by simply adjusting the robot programming and end-ofarmtooling. Robotic Machining application ideal for sculpture making in various material i.e. high density foam, High density thermocol & MDF board. This process is also suited machining cum finishing of heavy engineeringcomponents like marine propeller blades Industrial Machine
10 Zeiss Calypso - Simulation Software Software ME Manufaturing It is Universal Metrology software focused on standard geometries to create automatic travel paths. It has automatic, efficient measuring run, without recording of unnecessary features. It’s ZEISS CALYPSO PMI is capable to generate automatic measurement plans using product and manufacturing information in the CAD model. It is usefull to generate measurement plans with ease and convenience – and in any order as desired. Ease to change the sequence of measuring runs as per require measurement plans. Industrial Machine
11 TAP SMART CNC Electric Tapping Machine Equipment ME Manufaturing Tap Smart is Flexible arm CNC servo electric tapping machine. Tap Smart’s Flexible arm ensure easy hole location and take centre of hole automatically, providing 100% GO-NOGO gauge assurance and perpendicularity. Tap Smart equipped with built-in control panel with touch-screen provide facility to select tap size/pitch /depth and speed to operator and ensure convenient and fast operation. Tam Smart is available in different models depending upon the tapping capacity and arm lengths as well as head position (vertical / horizontal) Industrial Machine
12 Artec Eva 3D Scanner Equipment ME Manufaturing The innovative sensor system is extremely compact and light, meaning you can transport it to different application sites without any difficulty. Simple on-site calibration ensures that you can quickly change the measuring field by swapping the lenses. It is fast and easy, and soon the system is ready for the next measuring task. Industrial Machine
S. No. Software/ Hardware/ Equipment Name Mention whether it is Software/Hardware/Equipment Software/ Hardware/ Equipment related to which branch (CS,IT,ME,EC,CE) Related Sub Domain Brief and vital description /Specification Speciality of Hardware/Software/Equipment)
1 Arc Welding Simulator Hardware ME, CE Welding Technology The Virtual Welding System simulates the real welding conditions virtually, making it possible to learn and enhance welding skills inexpensively while mitigating the risk and hazards of real welding for a new trainee. Apart from developing the motor skills and eye hand coordination, required for welding, with the help of advanced sensors coupled with real time feedback controls, the Virtual Welding Systems is equipped possibility to create individual course and curriculum
2 Accupocket Portable Shielded Metal Arc Welding System Hardware ME, CE Welding Technology AccuPocket welding machine is a battery operated systes coupled with intelligent charger ushering in a new and unprecedented era of mobile welding at remote locations. Jobs needing up to six 3.25 mm electrodes or up to eighteen 2.5 mm ones can be welded autonomously on full charge of this welding power source. For more substantial welding applications, a small, compact 2 kVA generator is suffcient, without any limitations on the welding power or the quality of the arc.
3 Transpocket Shielded Metal Arc Welding System Hardware ME, CE Welding Technology TransPocket Shielded Metal Arc Welding Power Sources are light weight, robust and shockproof systems capable of generating extremely stable arcs even with mains voltage fluctuations or user controlled deviations. The result is an arc characteristic that's always perfect and constant and superlative welding properties coupled with maximum process reliability. These machines are designed to work with any type of electrode – whether rutile, basic or cellulosic, and with cellulosic-electrodes in the vertical-down position.
4 Transsteel Gas Metal Arc Welding System Hardware ME Welding Technology TransSteel Gas Metal Arc Welding welding systems comprises of a digitally controlled welding power source which can produce 100% reproducible welded joints Equipped with “Steel Transfer Technology System” which boasts of experts developed tailored welding characteristics that delivers e.g. precision ignition or perfect burn-off behaviour.
5 TPS Gas Metal Arc Welding System Hardware ME Welding Technology The TransPuls Synergic Gas Metal Arc Welding system comprises of a fully digitised and microprocessor -controlled MIG/MAG power source with an output of 320 A. The machine produces excellent arc performance with the help of some outstanding features such as “Adaptive Arc Control” maintains constant arc length with varying stick out, “Special Starting Features” helps in creating smooth arc starts at any setting, pre-programmed “Puls Wave Forms” gives excellent performance on a wide range of materials and thicknesses and comprises of extensive database for all alloys
6 TPSi Gas Metal Arc Welding System Hardware ME Welding Technology The TPS/i Gas Metal Arc Welding system is a completely digitized welding system with a modular structure that consists of networked and perfectly harmonized components. It has a high-performance processor and a high-speed bus, meaning that greater amounts data can be transferred even more quickly and control loops are faster than ever before.
7 TransTIG Gas Tungsten Arc Welding System Hardware ME, CE Welding Technology TransTIG Gas Tungsten Arc Welding system is light weight, tough and completely digitized welding systems capable of providing a super-quiet yet highly stable arc for TIG welding. It is capable of delivering high degree of power effciency, extremely low open-circuit power, automatic cooling-unit cut-out, and automatic cap-shaping function, which reduces the working times needed by the welder
8 MagicWave Gas Tungsten Arc Welding System Hardware ME Welding Technology The MagicWave Gas Tungsten Arc Welding (Cold Wire Transfer) systems consists of highly effcient, digital MagicWave power source coupled with an Cold Wire Feeding system which automates filler metal feeding in TIG Welding Cold wire feeding makes fully automatic machine TIG welding possible. Consistently high results, quality welds with reduced welder down time. The Dual Groove Drive Roll accepts multiple wire sizes. 0
9 Ultrasonic Testing Machine Hardware ME Inspection Technology The Krautkramer USM 36 Ultrasonic Testing machine combines the modern operating platform with the reliable and robust hardware of GE's well-established Krautkramer portable flaw detection instruments. It incorporates a range of innovative features to ensure ease of operation and accuracy of results. Data reporting on the Krautkramer USM 36 can also include screen shots and A-scan videos, where A-scans can be recorded for subsequent analysis or to provide proof of inspection.
10 Eddy Current Testing Machine Hardware ME Inspection Technology The GE make Eddy current inspection system has excellent signal to noise ratio and high resolution display. It incorporates user designed application work flows, and onboard wifi capability so that inspectors of all levels can easily communicate with each other
11 Smart Blade CNC Plasma Cutting Machine Hardware ME Cutting Technology Smart Blade is a Messer make, compact yet powerful, gantry type CNC Plasma Cutting system coupled with a Hypertherm make Plasma Cutting 45 A power source and a downdraft fume extraction bed. It can be used to cut MS and SS very precisely with equal ease and at high speeds. Having the positioning speed of 12 m/min, the CNC controller reduces idle time between cuts.
S.N Software/Hardware/Equipment Name Mention whether it is Software /Hardware /Equipment Software /Hardware /Equipment related to which branch (CS,IT,ME,EC,CE) Related Sub Domain Brief and vital description /Specification Speciality of Hardware/ Software/ Equipment)
1 Pneumatic Trainer & Testing Workbench Equipment ME, EC, EN Industrial Automation State of the art Pneumatic and Electropneumatic training system from BOSCH-Rexroth provides knowledge of industrial pneumatics control valves and check valves. Air Compressor Unit with Controlled working pressure of 10 bar, Snap-in Mounting type 3/2,5/2, 5/3 DCV’s with Pmax =12 bar, Pneumatic Timers, Pressure Sequence Valves Linear actuator Ø10mm Length 100mm, 200mm Integrated Electro-Pneumatics setup. The BOSCH Rexroth modular state of the art Pneumatic training system is based on standard components across the Bosch Rexroth product range. It offers a variety of training systems for different topics like manually actuated pneumatics, electro-pneumatics, use of direction control valves and sequencing operations.
2 Hydraulic Trainer Workbench Equipment ME, EC, EN Industrial Automation State of the art Hydraulic training system from BOSCH-Rexroth provides knowledge of industrial hydraulics, electro hydraulics, continues control of hydraulics and mobile hydraulics. • Power pack with Controlled working pressure of 50 bar, • Snap-in Mounting type 4/2, 4/3 DCV’s with Pmax =120 bar, • Pressure relief valve with Pmax =120 bar, • Linear actuator Ø25mm Length 200mm, • Rotary Actuator Gear type with Pmax =120 bar, • Integrated Electro-Hydraulics setup. It offers a complete solution for the learning of the operation of modern hydraulic circuits and prepares the trainees for their work in the industry. Training system covers the following content: ·         Fundamentals of Hydraulics ·         Basic Hydraulics, Electro Hydraulics and Mobile Hydraulics ·         Hydraulic and Electrical Circuit ·         Working of Pumps, Valves, Actuators ·         Safety measures.
3 Programmable Logic Controllers Testing and Training Set-up Equipment ME, EC, EN Industrial Automation The Bosch L20/L25 PLC Training Setup offers unlimited options for creating practical and demanding tasks in the Fields of logic control, continuous control, and integration with hydraulics and pneumatics setups. Supply Voltage: 24V DC Digital Input / Outputs: DI 16 and DO 16, DI 32/HD - PAC and DO 32/HD - PAC Analog Input / Output: AI – 2, AO-2, AI – 8/SF - PAC, AO-2/SF- PAC Communication Interface: Ethernet TCP/IP, Profinet and Sercos III The PLC Training Setup is used to provide instruction on logic control and for controlling Industrial Sensorics, Pneumatics and Hydraulics setups. By upgrading the unit with appropriate communication cable or gateways, it can also be used for robotics-based communication, master slave based communication and for controlling various other automation systems.
4 Automation Studio Software ME, EC, EN Industrial Automation Automation Studio is a tool to Create, Simulate, Animate, and Troubleshoot Circuits. It has libraries of thousands of symbols sorted by technologies ready to simulate along with ready-to-use components from Manufacturers' Catalogues. It also allows connecting with real devices such as PLCs, Arduino and more It is Perfect Software for the following types of simulations: ·         Hydraulic circuit design and simulation Pneumatic circuit design ·         Electro-hydraulic and electro-pneumatic circuit design, ·         Fluid Power component sizing, ·         Electrical control circuit design, ·         PLC control circuit design
5 Mechatronic Work Station Equipment ME, EC, EN Industrial Automation Mechatronics trainer combines the basic types of Sensors, Pneumatics and Programmable Logic Controller in one unit. System Specification: PLC Type: L20 DP Modular Supply Voltage: 220V AC/ 24V DC Digital Input / Outputs: DI 16 and DO 16 Analog Input / Output: AI – 2, AO-2, AI – 8/SF - PAC, AO-2/SF- PAC Communication Interface: Ethernet TCP/IP, Profinet and Sercos III Pneumatic Actuation System. The system consisting of 3 individual stations which facilitates learning of product processing and product assembly in a realtime environment
6 IOT Starter Kit Equipment ME, EC, EN Industrial Automation The Industrial Internet of Things (IIoT), which is also known as Industry 4.0 when applied to the manufacturing industry, is a concept of integrating smart manufacturing machinery, AI-powered automation, and advanced analytics to help make every worker and every factory more efficient. System Specifications: • Sercos enabled PLC • Linear actuator with encoder • Ethernet-enabled PLC with Industrial Router • Andriod application for wireless control and monitoring of IIOT setup. Industrial Internet of Things can be visualized on the IOT 4.0 kit by BOSCH Rexroth, this kit can control the Drive and access the PLC functions in real-time from a remote device on the wireless network. The wireless access to PLC is possible as PLC is connected to the network via ethernet.
7 Sensoric Kit Equipment ME, EC, EN Industrial Automation Sensorics trainer, fitted with Pepperl & Fuchs industrial sensors, provides opportunity to work on practical exercises and gain specialized technical knowledge about characteristics of various types of sensors. This versatile Industrial Sensorics Trainer can be used as part of an automation system. It allows users to become familiar with the fascinating world of sensors and transducers used in industry. Starting with general applications, features and parameters of sensors, it runs through the different types of sensors and their application
8 Motion Controller Equipment ME, EC, EN Industrial Automation Motion control is the specialty of automation systems, as it can provide advanced machine functionality. It provides the means to move the machine tooling or the part itself in a controlled, and often precision rotary motion. It contains the motion profiles and target positions for the application and creates the trajectories for the motor and/or actuator. 2 Axis Motion Controller from Bosch Rexroth provides knowledge of the principles of operations, operating characteristics of open-loop, and closed-loop servo drives. It also helps to precisely configure, operate, and observe each aspect of servo drives, its working, and maintenance
9 SCADA Software ME, EC, EN Industrial Automation SCADA stands for “Supervisory Control and Data Acquisition”. SCADA is a type of process control system architecture that uses computers, networked data communications and graphical Human Machine Interfaces (HMIs) to enable a high-level process supervisory management and control The SCADA system by Bosch Rexroth is known as WinStudio-SCADA. It enables the Monitoring and gathering of data for all the processes in real-time which helps to maintain efficiency and process data for smarter decisions.
S.N Software /Hardware /Equipment Name Mention whether it is Software /Hardware /Equipment Software /Hardware /Equipment related to which branch (CS,IT,ME,EC,CE) Related Sub Domain Brief and vital description /Specification Speciality of Hardware /Software /Equipment)
1 Integration Stand - I HARDWARE & SOFTWARE BOTH EN,EC & ME Industrial Automation, Drives & Control Nos. 01 Each setup contains following hardware 1. S-7 1500 PLC 2. S-7-1200 PLC 3. ASi Pneumatic Slave 4. Servo Drive Setup is capable of teaching the use of these hardware their programming and hankshaking between these devices.
2 Integration Stand - II HARDWARE & SOFTWARE BOTH EN,EC & ME Industrial Automation, Drives & Control Nos. 01 Each setup contains following hardware 1. S-7 1200 PLC 2. HMI 3. RTD,RFID and other sensors 4. Electro pneumatic setup Setup is capable of teaching the use of these hardware their programming and hankshaking between these devices.
3 Motion Control Setup HARDWARE & SOFTWARE BOTH EN,EC & ME Industrial Automation, Drives & Control Nos. 01 Set up contain S-7-1200 PLC, HMI, 2 Axis Motion Cntroller,Servo and Stepper Motor along with I/O Hardware for both local and remote operation and handshaking Capability is also available through Profinet Protocol Setup is capable of teaching the use of these hardware their programming, hankshaking between these devices and external pheripheral devices like Integration stand I & II or with other devices.
4 Control & Visualisation Setup HARDWARE & SOFTWARE BOTH EN,EC & ME Industrial Automation, Drives & Control Nos. 01 Set up contain S-7-1200 PLC, HMI, Power Contactors, I/O Hardware for both local and remote operation and handshaking Capability is also available through Profinet Protocol Setup is capable of teaching the use of these hardware their programming, hankshaking between these devices and external pheripheral devices like Integration stand I & II or with other devices.
5 Electro Pneumatic Setup HARDWARE & SOFTWARE BOTH EN,EC & ME Industrial Automation, Drives & Control Nos. 01 Set up contain Electro pneumatic actuators, Direction Control Valves, Check Valves, Proportional Pressure Regulators, Digital Pressure and Flow Sensor along with Easy Usb Port Interface Setup is capable of teaching the use of these hardware their control and configuration along with data handling techniques.
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description/ Specification Speciality of Software /Hardware /Equipment
1 OptiSystem (Optiwave Software) Software ECE Optical Communication Design and Simulation tool of optical systems GUI Interface
2 Visual TCAD & SYMICA EDA Tool Software ECE VLSI Design VLSI Design and Simulation Device Simulator & Microelectronics level designing
3 CADENCE Virtuoso Software Software ECE VLSI Design VLSI Design and Simulation Analog and Digital Front End & Back End designing
4 Solid Thinking Embedded-VisSim / CommSim 8.0 Suite Software ECE Communication Engineering Design and Simulation tool of embedded communication systems GUI Interface with Embedded Communication Designing
5 PCB Prototyping Machine Hardware ECE PCB & Antenna Fabrication Design and Fabrication of PCBs and Antennas PCB & Antenna fabrication with better finishing and easy to operate
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification Speciality of Software /Hardware /Equipment
1 KUKA SIMLAYOUT Software for Robot Offline Programming. Software ME, EC, EN, CS, IT Industrial Robotics KUKA SimLayout is a simulation software which is capable of the following: * 3D Orbit, Zoom, Pan, * Replay 3D Simulation * Basic CAD Operation * CAD Import Filters * Parametric Modelling * Reachability Checks * Collision Detection * Path Creation KUKA Sim Layout is a unique program for creating 3D layouts of production systems with KUKA robots . We can quickly create and compare different layouts, equipment selections and robot tasks, both onsite and offsite with researchers and programmers. KUKA Sim Layout is the ideal simulation tool for project engineers and the researchers. Following are the salient features: * Design Layouts *Parametric Modelling *Visualize the robot motions *Take advantage of the electronic Catalogue *Collision Detection & Annotations
2 KUKA SIMPRO Simlulation Software for Robot Offline Programming Software ME, EC, EN, CS, IT Industrial Robotics Along with all the features of Sim layout, KUKA SIMPRO is also capable of performing the following: * Geometry optimizer * Component interface definition * Building advanced kinematics * Assigning digital I/Os * Publishing components * Cycle time estimation * Geometry export * Offline programming * Controller interface functions * RRS2 functionalities KUKA Sim Pro is designed for offline programming of KUKA robots. It allows cycle time analysis and robot program generation and is connected in real time to KUKA OfficeLite , KUKA’s virtual robot controller. Following are the salient features of KUKA SIM PRO. * Designing Layouts * The Electronic Catalogue and Parametric Modelling * Reachability Check and Collision Detection * Building Complex Kinematics and components * Make your Robot move with KRL Programs * Cycle Time Analysis
3 RoboDK for Robotic 3D Printing Software ME, EC, EN, CS, IT Industrial Robotics RoboDK can automatically optimize the robot path, avoiding singularities, axis limits and collisions. RoboDK Post Processors support many robot controllers, including: * ABB RAPID (mod/prg) * Fanuc LS (LS/TP) * KUKA KRC/IIWA (SRC/java) * Motoman Inform (JBI) * Universal Robots (URP/script) RoboDK is an offline programming and simulation software for industrial robots. The simulation software can be used for many manufacturing projects including milling, welding, pick and place, packaging and labelling, palletizing, painting, robot calibration and more.
4 Master Cam & Robo Master for Robotic Milling Software ME, EC, EN, CS, IT Industrial Robotics Robotmaster delivers unmatched, full-function off-line programming capability for robots - easy programming of precise robot motion control and quick generation of path trajectories of any size, with minimal programmer intervention. It enables your robot for short production runs. Robotmaster is an offline robot programming and robot simulation software that allows task experts to program their robot quickly and easily from simple to complex tasks while maximizing the robot's capabilities. Features include: accurate robot trajectories without teaching points; “click-and-drag” interactive simulation/editing environment; automated robot motion optimization multiple robot manufacturers compatibility
5 Robotic Vacuum Handling Application Cell Hardware ME, EC, EN, CS, IT Industrial Robotics Robot Specification: Model : KUKA KR – 6 Rated Payload : 6 Kg Maximum Reach : 901 mm Repeatability : + 0.03 mm Controller : C4 Compact Vacuum Gripper Specification: Make : Schmalz Model : SFF 10 SI-55 M5-AG Material : Silicon Hardness : 55SH *FDA-Compatible Vacuum handling robots can automate some of the most tedious, dull, and unsafe tasks in a production line and is one of the easiest ways to add automation. Vacuum handling robots enhance the efficiency of your production line and increase quality of product. Vacuum based material handling system encompasses a wide variety of product movements on the shop floor. Part selection and transferring, palletizing, packing, are just a few of the applications that are considered vacuum application.
6 Robotic Spot Welding Application Cell Equipment ME, EC, EN, CS, IT Industrial Robotics Robot Specification: Model : KUKA KR – 180 Rated Payload : 180 Kg Maximum Reach : 2496 mm Repeatability : ± 0.06 mm Controller : C4 Welding Gun Specification: Make : Denyo Model : C Gun TMC-303-19 Max. Electrode Force : 3920 N Normal Stroke : 0~100 mm Max. Speed : 550mm/secN Acceleration Time : 0.1 sec Robotic spot welding is the most common welding application found in the manufacturing field. While it is commonly used in the automotive industry to join sheet metal frames together. Automating spot welding is quick, easy and a great economic solution. This technology offers various kinds of floor space savings Automated spot welding robot systems will provide your company with consistent welds and increase the quality of your product. AKGEC's experience with industry-leading spot welding technology can help you increase product quality, reduce production cycle time, or design spot welding solution.
7 Robotic Time Twin MIG Welding Application Cell Equipment ME, EC, EN, CS, IT Industrial Robotics Robot Specification: Model : KUKA KR – 30 Rated Payload : 30 Kg Maximum Reach : 2033 mm Repeatability : ± 0.15 mm Controller : C4 Welding Gun Specification: Make : Fronius Model : TPS 4000 Supply : 3 Phase Current Range : 03-400A Working Voltage : 10-36 V Efficiency : 88% Robotic Time Twin welding process comprises state of art synergic pulse based two power sources, one welding torch and two separate “leading” and “trailing” contact tips. The synchronized system and process technology is unique on the market and ensures an extremely stable arc, from the start of welding through to the filling of the end-crater. This setup is capable of achieving highest productivity and shortest cycle time in welding operation. Robotic Time Twin is equally suited to mechanized and automated applications, for example in the automotive and component supply industries; ship, apparatus and container construction; in the production of rail vehicles
8 Robotic Milling Application Cell Equipment ME, EC, EN, CS, IT Industrial Robotics Robot Specification: Model : KUKA KR – 120 R2500 Pro Rated Payload : 120 Kg Maximum Reach : 2500 mm Repeatability : ± 0.06 mm Controller : C4 External Table Specification: Make : UCAM Model : URH-631-RH Turn Table diameter : 630 mm Load Capacity- Horizontal : 2200 Kg Spindle Specification: Make : HSD Model : ES929 Max RPM: 12000 Rated Power: 9 KW Robotic milling is the process of cutting material away from a prototype or mold to form a specific structure. Milling robots can perform the exact cuts and precise movements needed to produce the highest quality parts. Automated robot milling systems can have flexible tooling designed to cater to specific material removal. Any object of any size or shape can be milled by simply adjusting the robot programming and end-of-arm-tooling. Robotic Machining application ideal for sculpture making in various material i.e. high density foam, High density thermocol & MDF board. This process is also suited machining cum finishing of heavy engineering components like marine propeller blades.
9 Robotic Cold Metal Transfer Welding Application Cell Equipment ME, EC, EN, CS, IT Industrial Robotics Robot Specification: Model : KUKA KR – 16 HW Rated Payload : 16 Kg Maximum Reach : 1636 mm Repeatability : ± 0.05 mm Controller : C4 Welding Gun Specification: Make : Fronius Model : TPS 4000 CMT Supply : 3 Phase Wire dia : 0.8 ~ 1.6 mm Duty Cycle (ArCO2) : 200A Duty Cycle (CO2) : 50 A Wire Feed Speed : 22m/min (850 ipm) Robotic CMT welding process allows users to achieveoptimum results when joining different materials, for example steel and alumium by using extremely low heat input and an exceptionally stable arc set CMT apart from conventional MIG/MAG welding. This technology uses state of art digital inverter based intelligent power source and highly dynamic wire feeder mounted directly on the welding torch coupled with an industrial robot. Robotic CMT welding is ideal for joining steel and aluminum, as the galvanised steel plate is wetted by this braze-welded joint, while the aluminum melts. This process is also suited to the virtually spatter-free brazing of hot-galvanised and electrolytically galvanised sheets with a welding wire made from a copper-siliconalloy.
10 Standard Robotic Training Cell Equipment ME, EC, EN, CS, IT Industrial Robotics Robot Specification: Model : KUKA KR – 16 Rated Payload : 16 Kg Maximum Reach : 1611 mm Repeatability : ± 0.03 mm Controller : C2 Pneumatic Gripper with Collision Sensor Specification: Make : Schunk Model : 0371080 No. of Finger : 02 Weight : 0.4 Kg Gripping Force : 123-400N Stroke per jaw : 2.20 mm AKGEC – KUKA IRTC (Industrial Robotics Training Centre) is equipped with a standard training cell comprising of KUKA KR – 16 industrial robot along with required auxiliary accessories. The training cell is capable of performing multitude of operations such as welding, painting, gluing and other essential industrial operations used by automobile, food & beverages, packaging and other manufacturing / production industries. This standard training cell is currently facilitated for pick & place robot application. Robotic pick and place automation speeds up the process of picking parts up and placing them in new locations, hence increasing production rates. With multiple end-of-arm tooling options available, pick and place robots can be customized to fit specific production requirements. Consistency is also a benefit of using a pick and place system. Moving large, small, heavy or hard to handle products can be an easy task to automate in the factory line.
11 Mobile Robotic Training Cell Equipment ME, EC, EN, CS, IT Industrial Robotics Robot Specification: Model: KUKA KR-3 Rated payload: 3 Kg Maximum reach: 540 mm Repeatability : ± 0.02 mm Controller : C4 compact Pneumatic Gripper: Make : Schunk Model : 0371090 No. of finger : 2 No. Stroke per jaw : 6 mm Closing force : 250 N Opening force : 270 N AKGEC – KUKA IRTC (Industrial Robotics Training Centre) offers both in-house and on-site, providing savings in travel and dedicated customized trainings. The training cell is capable of performing on-sight training for universities/colleges/Industries to their location. When training is to be conducted at a customer facility, we strive to ensure that the environment provided is safe and conducive to learning. However, it is the customer's responsibility to ensure compliance with all statutes relating to workplace safety. This Training Centre is equipped with a mobile training cell comprising of KUKA KR-3 Agilus Robot along with required auxiliary accessories. This mobile training cell is currently facilitated for pick & place robot application. Robotic pick and place automation speed up the process of picking parts up and placing them in new locations, hence increasing production rates
12 Robotic TPSi MIG Welding Application Cell Equipment ME, EC, EN, CS, IT Industrial Robotics Robot specification: • Model: KUKA KR 5 Arc • Rated Payload: 5 Kg • Maximum Reach: 1400 mm • Repeatability: ±0.10 mm • Controller: C4 Welding Power Source Specification: • Make: Fronius • Model: TPSi 400i LSC Adv • Supply: 3-Phase • Current Range: 3-400 A • Operation Voltage: 14.2 - 34.0 V • Open-Circuit Voltage: 73 V A basic robotic arc welding system is formed by two subsystems: the welding equipment delivering the energy from the welding power source to the work-piece, and the robot providing relative positioning of the heat source and the work-piece. In theory, utomated series production delivers defined quality, defined process times and defined costs. In reality however, there is a multitude of influencing factors that can impact on the overall profitability of the production operation. Operating faults, variations in the quality of the material or the effects of thermal deformation during the welding process. If a fault is not rectified immediately, the robot will reproduce it all along the assembly line. Robotics TPS/i welding cell, we not only make the welding process onsiderably quicker than ever before, but also enhances the weld seam quality. One of the visible improvements is the minimal amount of spatter produced. As a result, robotic welding processes offer unsurpassed quality, highest efficiency, maximum reliability, attractive alternative solutionsto traditional manual operation and hard automation.
13 Robotic Ultrasonic Welding Application Cell Equipment ME, EC, EN, CS, IT Industrial Robotics Robot specification: • Model: KUKA KR 10 • Rated Payload: 10 Kg • Maximum Reach: 1496 mm • Repeatability: ±0.04 mm • Controller: C4 Ultrasonic Power Source Specification: • Make: EMRSON • Model: DCS X Series • Frequency: 20 Khz • Power : 1250 Watt • Max. Current : 7A @ 200V • Breaker Current : 15A Compensation : ± 4.1 mm Ultrasonic welding is an industrial technique whereby high-frequency ultrasonic acoustic vibrations are locally applied to work pieces being held together under pressure to create a solidstate weld. Robotics ultrasoud welding wliminated the need for time consuming set-up and tool changes. Weld parameters adjustment and welding horns can be changed as needed via programming. An advantage of ultrasonic plastic as well as plastic based fabrics and films, providing for increased flexibility. The technology is ideal for some applications like welding battery packs, automobile bumper attachment, door panel components, dashboard assemblies, manifolds, filters, internal trim, and sensors for the automotive industry.
14 Robotic Laser Welding & Cutting Application Cell Equipment ME, EC, EN, CS, IT Industrial Robotics Robot specification: • Model: KUKA KR 30 HA • Rated Payload: 30 Kg • Maximum Reach: 2033 mm • Repeatability: ±0.1 mm • Controller: C4 External Tool Specification: • Make: IPG • Model: FLW D30 • Power: 6 KW • Weight : 1.5 Kg Cutting Tool Specification: • Make : Empower • Model : RBD 9020F • Power: 6 KW • Weight : 1.5 Kg Robot laser welding system consists of a servo-controlled, multi-axis mechanical arm, with a laser cutting head mounted to the face plate of the robot arm. A laser welding robot can easily automate this application and manufacturers will see improved repeatability and higher quality welds. Robotic laser welding is an accurate, clean and flexible option for a wide variety of welding applications. Laser cutting is a very useful manufacturing process to cut different types of materials including paper, wood, plastic, and metal. The material melts in the beam path. This process is perfect for robotic automation because of the required stability and cutting complex designs. Laser cutting is used primarily by manufacturers to cut metal and plastic parts.
15 KUKA YouBOT with FMS Equipment ME, EC, EN, CS, IT Industrial Robotics Arm specification: • Serial kinematics : 5 axes • Work envelope : 0.513 m3 • Payload : 0.5 Kg • Positioning repeatability: 1 mm • Voltage connection : 24 V • Gripper stroke/ range : 20mm / 70mm Plateform Specification: • Serial kinematics: 5 axes • Work Envelope : 0.513 m3 • Payload : 0.5 Kg • Position repeatability : 1 mm • Voltage connection : 24 V • Gripper stroke/ range: 20 mm/ 70mm The KUKA youBot is a small mobile robot that has been used for scientific research and training. KUKA youBot has open source platform which is used bridging the gaps between education, basic research & application development for cognitive manufacturing by sustainable measures. It is the reference platform for research and training in the field of mobile manipulation.For robotics students, teaching a robot something step by step and discussing the programs they've written themselves can be a fascinating learning opportunity and an exciting challenge. Researchers can perform their research and demonstrate their results on KUKA youBot, this will be beneficial for robot manufacturers, system integrators and end users.
S.N Software /Hardware /Equipment Name Mention whether it is Software /Hardware /Equipment Software /Hardware /Equipment related to which branch (CS,IT,ME,EC,CE) Related Sub Domain Brief and vital description /Specification Speciality of Hardware /Software /Equipment)
1 Factory Automation Setup HARDWARE & SOFTWARE BOTH EN,EC & ME Industrial Automation, Drives & Control Nos. 03 Each setup contains following hardware 1. iQr PLC 2. GOT 2000 HMI 3. A800 Inverter 4. MR-J3 Servo Setup is capable of teaching the use of these hardware their programming and hankshaking between these devices.
2 Q Series PLC HARDWARE & SOFTWARE BOTH EN,EC & ME Industrial Automation, Drives & Control Nos. 02 each PLC contain CC Links I/O's and Handshaking Capability Setup is capable of teaching the use of this hardware its programming and hankshaking with other master or slave devices.
3 F Series PLC HARDWARE & SOFTWARE BOTH EN,EC & ME Industrial Automation, Drives & Control Nos. 02 each PLC contain I/O Hardware for both local and remote operation and handshaking Capability is also available through Modbus TCP/IP Setup is capable of teaching the use of this hardware its programming and hankshaking with other master or slave devices.
4 6 Axis Industrial Robot (MELFA) HARDWARE EN,EC & ME Industrial Robotics and Drive & Control Nos. 1 Setup contains Q series PLC and Teach pendent along with 2 way pneumatic gripper and air compressor Setup is capable of teaching the use of robotic hardware its programming, mastering and tool calibration.
5 SCADA License SOFTWARE EN,EC & ME Industrial Automation Setup Contains Client & Server Based Software License Setup is capable of teaching the use of this software its screen and alarm management along with data acquisition from master or slave devices.
S. No. Software /Hardware /Equipment Name Mention whether it is Software /Hardware /Equipment Software Hardware /Equipment related to which branch (CS,IT,ME,EC,CE) Related Sub Domain Brief and vital description /Specification Speciality of Hardware /Software /Equipment)
1 Portable Data Acquisition System (USB 6009) Hardware All Branches Virtual Instrumentation The USB‑6009 is a low-cost, multifunction DAQ device. It offers analog I/O, digital I/O, and a 32‑bit counter. The USB‑6009 provides basic functionality for applications such as simple data logging, portable measurements, and academic lab experiments. You can easily connect sensors and signals to the USB‑6009 with screw-terminal connectivity.
2 Portable Data Acquisition System (NI MyRIO) Hardware All Branches Virtual Instrumentation One Connected with Agricultural support system project (It is taken for SAAS project fro students-the accessories are in the shelf). One is on Display.One is with Vijay (no kit) It provides basic functionality for applications such as simple data logging, portable measurements, and academic lab experiments.
3 Mechatronics Kit (NI cRIO 9063) Hardware All Branches Virtual Instrumentation The cRIO‑9063 is an embedded controller ideal for advanced control and monitoring applications. This software-designed controller features an FPGA and a real-time processor running the NI Linux Real‑Time OS.
4 C Series Voltage Input Module (NI 9225) Hardware All Branches Virtual Instrumentation The NI‑9225 performs differential analog input. The wide measurement range is well suited for high-voltage measurement applications such as power metering, power quality monitoring, motor test, battery stack testing, and fuel cell tests. You can perform transient and harmonic analysis with high-speed simultaneous sampling.
5 Portable Data Acquisition Device (myDAQ) Hardware All Branches Virtual Instrumentation NI myDAQ is a low-cost portable data acquisition (DAQ) device that uses NI LabVIEW-based software instruments, allows to measure and analyze real-world signals. NI myDAQ is ideal for exploring electronics and taking sensor measurements. Combined with NI LabVIEW on the PC, it can analyze and process acquired signals and control simple processes anytime, anywhere.
6 Compact Data Acquisition Palteform (Compact DAQ) Hardware All Branches Virtual Instrumentation In a CompactDAQ system, a chassis is connected to your PC through USB or Ethernet, and then populated with one or more conditioned I/O modules that provide direct sensor connectivity. You can synchronize the CompactDAQ Chassis to create a distributed system. CompactDAQ Controller variants are available that run a Windows or real-time OS for stand-alone operation.
7 Analog Discovery 2 Hardware All Branches Virtual Instrumentation The Analog Discovery 2 transforms any PC into an electrical engineering workstation. This USB-powered device enables to build and test analog and digital circuits in any environment with the functionality of traditional benchtop instruments. In addition to the 100 MS/s two-channel oscilloscope, the Analog Discovery 2 provides a two-channel waveform generator, 16-channel logic analyzer, 16-channel digital pattern generator, spectrum analyzer, network analyzer, voltmeter, and ±5 VDC adjustable power supplies
8 Peripheral Component Interconnect Express (PCI Express) Hardware All Branches Virtual Instrumentation PCI Express uses a shared bus topology PCI Express advancement is its point-to-point bus topology. Shared switch gives each device its own direct access to the bus with its own dedicated data pipeline. With PCI Express data is streamed faster and the amount of required onboard memory is minimized
9 USRP Software Defined Radio Device USRP-2942R Hardware All Branches Virtual Instrumentation The USRP-2942 provides an integrated hardware and software solution for rapidly prototyping high-performance wireless communication systems. USRP RIO delivers an integrated hardware and software solution, so researchers can prototype faster and significantly shorten time to results.
10 Compact Real Time Embedded Industrial Contyroller Setup (Compact Rio) Hardware All Branches Virtual Instrumentation In a CompactRIO system, a controller with a processor and user-programmable FPGA is populated with one or more conditioned I/O modules from NI or third-party vendors. These modules provide direct sensor connectivity and specialty functions. CompactRIO is available in both a rugged industrial form factor and board-level design Faster Development With a Single, Intuitive Software Toolchain Accurate, Precisely Timed Data You Can Trust Form Factors to Meet a Variety of Needs Open and Secure Platform
11 PCI eXtensions for Instrumentation (PXIe-1078) Hardware All Branches Virtual Instrumentation The PXIe‑1078 features a backplane that incorporates a PCI Express connection to every slot to meet a wide range of test and measurement application needs. It accepts PXI Express modules in every slot and supports standard PXI hybrid-compatible modules in up to five slots. Accelerated Productivity With Software-Centric Flexibility Integrated Timing and Synchronization High-Performance Processing and Throughput Wide Breadth of Instrumentation and I/O Reduced Size, Weight, and Power
12 PCI eXtensions for Instrumentation (PXIe-8821) Hardware All Branches Virtual Instrumentation PXI Express/CompactPCI Express embedded controller is a high-performance PXI Express/CompactPCI Express-compatible system controller. The PXIe-8821 controller integrates standard I/O features in a single unit by using state-of-the-art packaging. Combining a PXIe-8821 embedded controller with a PXI Express-compatible chassis, such as the PXIe-1085, results in a fully PC-compatible computer in a compact, rugged package.
13 PCI eXtensions for Instrumentation (PXIe-8234) Hardware All Branches Virtual Instrumentation The PXIe-8234 is a Gigabit PXI Ethernet Interface Module, which can be used with National Instruments Vision Acquisition Software. This software is driver programming for obtaining, showing, logging, and monitoring images from many camera types. The NI 8234 includes two gigabit ports within the single-slot PXI Express module, saving a slot in your PXI/CompactPCI system. • Two gigabit Ethernet interfaces with up to 1000 Mb/s (1000BASE-T) transfers per port • x4 PXI Express/CompactPCI Express module with up to 1 GB/s bandwidth • Automatic cable polarity detection • Compatibility with 10BASE-T and 100BASE-TX • RoHS compliance
14 PCI eXtensions for Instrumentation Oscilloscope (PXIe-5114 Oscilloscope) Hardware All Branches Virtual Instrumentation PXIe-5114 Oscilloscope has two channels that sample up to 250 MS/s with adaptable arrangement for coupling, impedance, voltage range, and filtering. Different shooting modes, deep inside memory, and an instrument controller that incorporates information recording and examination capacities. · This model is perfect for applications with quick signals that require adaptable estimation designs and up to 125 MHz of simple data transfer capacity.
15 PCI eXtensions for Instrumentation (PXIe-7846) Hardware All Branches Virtual Instrumentation The National Instruments PXIe-7846 / PXIe-7846R R Series Reconfigurable I/O Module ensure complete flexibility of system timing and synchronization. You can customize these devices with the LabVIEW FPGA Module to develop applications requiring precise timing and control such as hardware-in-the-loop testing, custom protocol communication, sensor simulation, and high-speed control. This design offers specialized functionality such as multirate sampling and individual channel triggering, which are outside the capabilities of typical data acquisition hardware. The PXIe-7846 also includes peer-to-peer streaming for direct data transfer to other PXI Express modules.Dedicated A/D converter (ADC) per channel for independent timing and triggering.
16 PCI eXtensions for Instrumentation (PXI-8511) Hardware All Branches Virtual Instrumentation National Instruments PXI-8511/2/3 Series PXI CAN Interface Modules enables a PXI Chassis to connect to and communicate on a Controller Area Network (CAN) bus. PXI CAN Interface Modules communicate using onboard transceivers for High-Speed/Flexible Data-Rate, Low-Speed/Fault Tolerant, and/or Single Wire CAN as well as any external transceiver. Using the NI-XNET driver, you can create applications that require real-time, high-speed manipulation of hundreds of CAN frames and signals You can also import, edit, and use signals from FIBEX and DBC files in integrated CAN databases. The NI-XNET device-driven DMA engine enables the onboard processor to move CAN frames and signals between the interface and the user program without CPU interrupts, minimizing message latency and freeing host processor time
17 PCI eXtensions for Instrumentation (PXI-5402) Hardware All Branches Virtual Instrumentation PXI-5402 is a 14-bit 20 MHz Arbitrary Function Generator device which has capability of 100 MS/s that feature up to 14 bits of resolution and 32 kB of on board memory for arbitrary function generation in a compact, 1-slot 3U PXI module. It has Direct digital synthesis (DDS) capability which is used to precisely generate waveforms that are repetitive in nature, including sine, square, triangle, ramp, noise, and DC waveforms. This device features unparalleled analog output performance in PXI form factor. Using NI-TClk synchronization technology, the user can synchronize multiple NI signal generators for applications requiring a greater number of channels. Because it is built into the Synchronization and Memory Core (SMC), NI-TClk can synchronize NI signal generators with SMC-based high-speed digitizers and digital waveform generator/analysers for tight correlation of analog and digital stimulus and response. Features
18 PCI eXtensions for Instrumentation (PXI-4110) Hardware All Branches Virtual Instrumentation This National Instruments PXI-4110 Triple-Output Programmable DC Power Supply is a programmable, triple-output precision DC power supply in a single-slot, 3U PXI module. · The National Instruments PXI-4110 has two isolated channels, one from 0 to +20 V and the other from 0 to -20 V, and a single nonisolated 0 to 6 V supply, all capable of sourcing up to 1 A per channel. The PXI-4110 has 16-bit resolution for programming the voltage setpoint and current limit and for using the voltage and current readback measurement functionality. · The versatile supply rails and high accuracy make the PXI-4110 an excellent general-purpose, single-quadrant power supply for design validation and manufacturing test applications.
19 PCI eXtensions for Instrumentation (PXI-4065) Hardware All Branches Virtual Instrumentation It is ideally suited for OEMs, educational laboratories, or other cost-conscious test and measurement applications. Performs voltage, current, resistance, temperature, inductance, capacitance, and frequency/period measurements, as well as diode tests, in PXI systems. You can also choose a PXI DMM with an isolated, high-voltage digitizer that can acquire waveforms at sample rates up to 1.8 MS/s at full input range, up to 3 A or 1,000 V. Additionally, you can choose a PXI DMM that can perform basic inductance and capacitance measurements.
20 PCI eXtensions for Multiplexer (PXI-2527 Multiplexer) Hardware All Branches Virtual Instrumentation Connect multiple inputs to a single output, or multiple outputs to a single input, to simplify wiring in automated test systems. National Instruments Multiplexer Switch are designed for medium- to high-density automated test systems.. Each channel, using robust electromechanical relays, is capable of scanning up to 140 channels/s. A cold-junction assist in thermocouple scanning applications. NI 2527 switches are able to maximize throughput in automated test applications with the use of scanning. Scanning improves throughput by downloading a list of up to 32,000 connections to the switches and cycling through the list using an event (trigger) without any interruption from the host processor.
21 Microcontroller prototyping board Hardware All Branches Virtual Instrumentation The Microcontroller Prototype Board is recommended for use across multiple courses ranging from introductory electronics to MPU applications, and senior design projects. The Project Board is best suited for lab-based courses requiring students to prototype a stand-alone electronic circuit or interface control logic to a MPU. You will find that the project board can be applied in a diverse mix of coursework, ranging from introductory electronics through programming MCUs to senior design projects. Students benefit from the reasonable price point and versatility of this product by purchasing their own kit to use throughout their studies.
22 NI Engineering Laboratory Virtual Instrumentation Suite RIO Control Module (NI ELVIS II+ with RIO Control Module) Hardware All Branches Virtual Instrumentation The NI ELVIS RIO Control Module adds the speed, determinism, and processing power of NI reconfigurable I/O technology to the NI Engineering Laboratory Virtual Instrumentation Suite (NI ELVIS). It integrates into the NI ELVIS workbench, and you can use it to design control, robotics, and mechatronics systems. · Module offers analog and digital I/O, · It has LEDpush-button and USB interfaces. · Includes a Xilinx FPGA and dual-core ARM processor that you can program with LabVIEW or C. · 8 AI, 4 AO, 32
23 NI-9232 C Series Sound and Vibration Input Module Hardware All Branches Virtual Instrumentation . Provides dynamic signal acquisition in sound and vibration applications for CompactDAQ and CompactRIO systems. This Sound and Vibration Input Module comes equipped with a 13.1072 MHz internal master time base. This module also can export its master time base and can accept a master time base from an external source. To synch the NI-9232 with other modules operating with master time bases, users must ensure that all of the modules under consideration must share a common master time base source. The NI‑9232 can measure signals from integrated electronic piezoelectric (IEPE) and non‑IEPE sensors such as accelerometers, tachometers, and proximity probes.This module offers 60 VDC continuous channel-to-earth ground isolation and is tested to withstand 1,000 Vrms surge voltage.
24 Wireless Sensor Network Starter Kit Hardware All Branches Virtual Instrumentation The Wireless Sensor Network (WSN) demo platform is a flexible, modular system for evaluating all aspects of a WSN. It offers both an out-of-the-box demonstration system, and can also be used as a development platform. It contains all of the hardware and software necessary to implement a plug-and-play WSN. The software included with the WSN‑9791 helps to quickly configure your sensor network and extract, analyze, and present your measurement data.
25 NI Robotic Kit Hardware All Branches Virtual Instrumentation It includes a prebuilt program that executes a vector field histogram (VFH) obstacle avoidance algorithm based on feedback from the included ultrasonic sensors. Can develop your own algorithms or use algorithms built into LabVIEW Robotics software such as a path planning. It is a mobile robot platform that features sensors, motors, and NI Single-Board RIO hardware for embedded control. Starters can control the robot in real time. Advanced users, can access the FPGA and perform lower-level customization. Can develop a robot prototype with LabVIEW Robotics.
26 NI LEGO KIT Hardware All Branches Virtual Instrumentation The intelligent NXT Lego brick features 32-bit microprocessor, a large matrix display Three interactive servo motors; four sensors(Ultrasonic Sensor, 2 Touch Sensors and the all-new Color Sensor) Color Sensor has triple functionality: Distinguishes colors and light settings, and functions as a lamp Easy-to-use software (PC and Mac) with icon-based drag-and-drop programming and 16 fun building and programming challenges Batteries not included with this product Building instructions for 4 new amazing robots Four input and 3 output ports, and Bluetooth and USB communication link
27 Systems Engineering Software LabVIEW 2020 Software All Branches Virtual Instrumentation LabVIEW offers a graphical programming approach that helps you visualize every aspect of your application, including hardware configuration, measurement data, and debugging. simple to integrate measurement hardware from any vendor, represent complex logic on the diagram, develop data analysis algorithms, and design custom engineering user interfaces
S.N Software /Hardware /Equipment Name Mention whether it is Software /Hardware /Equipment Software /Hardware /Equipment related to which branch (CS,IT,ME,EC,CE) Related Sub Domain Brief and vital description /Specification Speciality of Hardware /Software /Equipment)
1 Unigraphics NX-11 Software ME Product design Siemens NX software is a flexible and powerful integrated solution that helps you deliver better products faster and more efficiently. NX delivers the next generation of design, simulation, and manufacturing solutions Prouct design , simulation and Analysis software.
2 Solid Edge Software ME Product design Solid Edge is a 3D CAD, parametric feature and synchronous technology solid modeling software. It runs on Microsoft Windows and provides solid modeling, assembly modelling and 2D orthographic view functionality for mechanical designers Prouct design , simulation and Analysis software.
3 FeMAP Software ME Product Validation Femap is an engineering analysis program sold by Siemens PLM Software that is used to build finite element models of complex engineering problems and view solution results Product validation
4 Technomatix Software ME,EC, EEE & Mechatronics Digital Manufacturing Tecnomatix is a comprehensive portfolio of digital manufacturing solutions that help you to digitalize manufacturing and the process of turning innovative ideas and raw materials into transformative products. Factory CAD
5 Teamcenter Software All Branches PLM Software eamcenter is a suite of product lifecycle management computer software applications. It was originally created by UGS Corporation, a company which later became Siemens PLM Software Product life cycle management software
KIET Group of Institutions, Ghaziabad
S.No. Software/Hardware/Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification (up to 100 words) Speciality of Software /Hardware /Equipment
1 Mercedes Benz E-250 Diesel Car (Make 2014) Equipment ME,ECE,Automobile,Mechatronics Automotive Mechatronics,Automotive Electronics 2143 cc, 4 Cylinders Inline, 4 Valves/Cylinder, DOHC,Engine Type:CDI,Max Power (bhp@rpm):204 bhp @ 4200 rpm,Max Torque (Nm@rpm):500 Nm @ 1600 rpm,Transmission:Automatic - 7 Gears The car is fitted with latest technologies used in the luxary car segments like auto park assist,ABS,EBD,traction control,ECO start/stop assist,LED Intelligent lightening system.This motor is cleverly mated with a 7G-tronic plus automatic transmission gear box.auto dimming effect for interior mirror including driver's side wing mirror and three programmable memory setting for steering and ORVMs. In addition to these, it also has NECK-PRO crash responsive head restraints for front seats along with ISOFIX child seat mountings
2 XENTRY Diagnosis Kit 4 Hardware ME,ECE,Automobile,Mechatronics,CS/IT Automotive Mechatronics,IoT XENTRY Diagnosis Pad 2 technical data:1. Operating system: Windows 10 IoT LTSC Enterprise 2. Processor Intel® CoreTM i5 3.Main memory 16 GB DDR4 4.Hard drive 1 TB SSD 5.Display ,3“,Full HD multitouch, brightness 400 nits, resolution 1920 x 1080, anti-glare XENTRY Diagnosis VCI technical data: Cabled USB 2.0 ,WiFi stick 802.11b/g/n,Processor system: Microprocessor Intel MX6 Solo,RAM 512 MB DDR3 RAM,ROM 512 MB flash Mercedes Benz Xentry Diagnosis VCI Multiplexer supports a full range of service functions such as reading and deleting trouble codes, activations, coding, performer tests, programming and block coding, full DoIP support .
3 Diesel Engine (OM 642) Mercedes Benz Equipment ME,ECE,Automobile,Mechatronics Automotive Mechatronics,Automotive Electronics Fuel system:Common rail direct injection Configuration: V, Number of cylinders : 6 ,Valves per cylinder: 4 Valvetrain layout DOHCBore, mm 83.0 mm (3.27 in)Stroke, mm 92.0 mm (3.62 in)Displacement, cc 2,987 cc (182.3 cu in)Type of internal combustion engine Four-stroke, turbochargedCompression Ratio 18.0:1Power, hp 188-261 hp (140-195 kW)/3,600-4,000Torque, lb ft 325-457 lb-ft (440-620 Nm)/1,600-2,400Engine weight 208 kg (459 lbs)Firing order 1-4-2-5-3-6Engine oil weight MB 229.51 or MB 228.31 - OM642 engines with DPF; MB 229.52 - BlueTec engines The OM642 is a 3.0L engine with common-rail direct injection system. It features piezo-ceramics injectors instead of the previously used injectors with solenoid valves. Injector nozzles have eight holes (previous engines had seven). The new piezo-injectors allow making up to 5 fuel injections per cycle. The high-pressure pump provides a maximum injection pressure of 1,600 bar (23,000 psi). This diesel engine is turbocharged by a Variable Nozzle Turbine turbocharger (VNT or VGT - a variable geometry turbocharger) - Garrett GT2056VK. VNT turbocharger is electronically controlled by ECU (Bosch EDC17) and able to vary the angle of its turbine blades to suit the operating status and loads providing the optimal boost pressure. The intake system is equipped with a downstream intercooler which reduces intake temperature by up to 95 degrees Celsius.
4 Diesel Engine (N 47) BMW Equipment ME,ECE,Automobile,Mechatronics Automotive Mechatronics,Automotive Electronics Engine type:Inline 4, twinturbo diesel, 16 valves, DOHC,Displacement:2.0 l,Power:218 ps (215 bhp / 160 kw) @ 4400 rpm,Torque:450 Nm (332 lb-ft) @ 1500 rpm,Power / liter:109 ps (108 hp), After eight years, a successful model - yet to be equalled - is to be replaced. The M47 engine gave the diesel engine at BMW a respectable pedigree. Offering sporty acceleration and mighty power coupled with such low fuel consumption, it soon became one of the most favourite engines in the BMW repertoire. To carry on the baton is the challenge that faces the successor model, the N47 engine. Indeed, it is a challenge that it will gladly take on. With even more power and torque combined with low fuel consumption and weight, it is ideally equipped to carry on the success. The N47 engine is a completely new development bestowed with a multitude of new applications. This has been combined with the latest diesel technology and a number of tried-and-tested solutions.
5 Petrol Engine (M 274) Mercedes Benz Equipment ME,ECE,Automobile,Mechatronics Automotive Mechatronics,Automotive Electronics Engine type: GDI Turbocharged,4 cyl inline,Displacement, cc:1,991 cc (121.5 cu in) Power :241 hp,Torque:370Nm The M274 engine is available in three power classes in the new A-Class. As the A 180 BlueEFFICIENCY with a displacement of 1595 cc it develops 90 kW (122 hp) and a maximum torque of 200 newton metres over a wide engine speed range from 1250 to 4000 rpm. With the basic engine and the 6-speed manual or seven-speed dual clutch transmission (figures in brackets) the A-Class accelerates from zero to 100 km/h in 9.2 seconds (9.1 seconds), and has a top speed of up to 202 km/h (202 km/h). The fuel consumption and CO2 emission figures of 5.5 l/100 km (5.4 l/100 km, both NEDC combined) resp. 128 g/km (127 g/km) are so low that they possibly set a new record.
6 Automatic Transmission: 722.9,Mercedes Benz Equipment ME,ECE,Automobile,Mechatronics Automotive Mechatronics,Automotive Electronics 5th generation of automatic transmission for Mercedes • • Electronically controlled automatic gearbox • • Seven forward and two reverse speeds • • Transmission control module is: • - integrated into valve body assembly, ‘flash’ capable • • Torque converter operates in open or TCC slip mode in all seven forward speeds • • Gear ratios achieved with four multi-disc brakes and three multi-disc clutches (no free-wheeling units) • • 3 planetary gear sets: 2 simple & 1 Ravigneaux Shift comfort / driving pleasure increased through improved control of gear changes : • - Shorter computer reaction time by 0.1 second • - Downshifts shortened by up to 0.2 second • - Coasting downshifts shortened by 0.4 – 2.5 seconds • - 37 to 74 mph acceleration times shortened by 23 - 28% (depending on model) • • Fuel consumption reduced by up to 4% • • Noise levels reduced, due to lower engine speed in 5th, 6th & 7th gear at constant vehicle speed • • Flexible adaptation to vehicle and engine
7 Automatic Transmission: ZF 8 HP 70,ZF Germany Equipment ME,ECE,Automobile,Mechatronics Automotive Mechatronics,Automotive Electronics New gear set design: four planetary gear sets and only five shift elements minimize the drag loss and increase the transmission efficiency. Optional hydraulic impulse oil storage (HIS) opens up the possibility of the start-stop function and increases the fuel savings potential. Integrated transmission control unit with extremely quick response time. Basic transmission can be combined with multiple power take-up elements including the torque converter, the hybrid drive, and the integrated power take-up element. Full hybrid compatibility: on the basis of the parallel hybrid concept, mild, full and plug-in hybrid systems can be implemented with the basic transmission of the 8-speed automatic transmission. The transmission is compatible with the following all-wheel-drive concepts: All-wheel drive center differential integrated, integrated all-wheel drive system (IAS©), hang-on all-wheel-drive For input torque range from 300 to 1000 newton meter Multidisk separation of brakes Optimized cooling: less cooling oil for low system pressures, more cooling oil for high system pressures Automatic idle shift system at vehicle standstill and engaged service break (stand-by control) he 8-speed automatic transmission, ZF set out to design and develop an entirely new gear set concept. The result is a revolution in transmission design: a transmission concept with 4 gearsets which requires only 5 shift elements – of which only two are open in any given gear. The 8HP also requires no more than 3 multi-disk clutches and 2 brakes, which allows it to achieve a greater degree of efficiency than other concepts. As a result of the fact that only 2 shift elements are open per gear, drag losses in the transmission are sustainably reduced. This effect is supported by the use of a new parallel-axis vane-type oil pump. 4 A torque range from 300 to 1000 newton meter makes the 8HP the perfect partner for all rear-wheel-drive and all-wheel-drive designs. From the lower midsize segment to sporty luxury cars, and in every type of SUV and offroad vehicle – its revolutionary design is always an efficient and economical solution. Although the 8HP features 2 more speeds than the extremely successful 6HP, the dimensions have remained unchanged and the weight was even reduced by 3% to 87 kg (transmission modular system 8HP70) including oil. At the same time, the total transmission ratio spread of 7.0 ensures that the engine is always in its optimum operating range. This translates into improved acceleration and reduced fuel consumption.
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification Speciality of Software /Hardware /Equipment
1 MATLAB, PVSyst, Digsilent Power Factory, Opal-RT Real-Time Digital Simulator (with HIL capabilities); Electrical Drives and Machines; DSP Trainer Kits; Digital Storage Oscilloscope TPS 2014, 100MHz 4 isolated channel color display; Eco-Sense Hardware Simulator for PV Energy Conversion System; Hardware Simulator for PMSG based Wind Energy Conversion System; dSpace; Power Quality Analyzers with data logging facility; Application Software, Single phase and three phase constant power and dynamic loads; PCBs Fabrication (CNC) and prototyping machines. Software and Hardware EN, EC,CS and IT Renewable Energy, Power System Technologies, Power Electronics, Electrical Machines, Control System, Digital Electronics, IoT, Optimization, AI, Softcomputing etc. It is one of centres in Dr. A. P. J. Abdul Kalam Technical University (AKTU) Lucknow, UP, working in power engineering applications included clean and renewable energy system technologies. The intention is to create a platform with multi-disciplinary environment in area of power engineering and renewable energy technologies for experts, researcher, academicians, students and industry. To accommodate this objective, the centre will provide an infrastructural facilities and environment to conduct experiments to understands knowhow, constraints and requirements of power engineering applications including clean/ renewable energy system technologies. The purpose is to produce collaborative research outcomes/solutions with social impacts in association with academic institutions and industries globally. The platform also provides a channel of communication to exchange the experiences and ideas at global level through technical programme such as training, workshops, seminars, conferences, expert talks, schools, internships and FDPs. The centre is placed in Room No. A-016, A-Block, KIET Group of Institutions, Delhi-NCR, Ghaziabad, Uttar Pradesh, India. It can be utilized in both; teaching and research.
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description/Specification Speciality of Software /Hardware /Equipment
1 DGS-3620-28TC/INET-L3 Hardware CS/IT/ECE/MCA Network Layer-3 Switch Use to make VLAN
2 DES-3528/IN-L2 Hardware CS/IT/ECE/MCA Network Layer-2 Switch Use to make VLAN
3 DWL-8600 AP/IN Hardware CS/IT/ECE/MCA Network Wireless Access Point Use to make wireless VLAN
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification Speciality of Software /Hardware /Equipment
1 Swift/Objective C/ Xcode/ iOS operating system/i5, 4 GB RAM , 500 GB HDD, with keyboard, Mouse, Monitor H.P(18.5 inch) , LCD projector Both(hardware, software) IT, CSIT, CSE, CO, ECE App development Apple laboratory is built on the world’s most advanced operating system the Macintosh is easy to use as it is powerful. It comes with applications the help students create amazing projects. Apple lab connected to the remote Mac OS X server located at Hi-Tech Laboratory, Main Campus. Mac OS X is both easy to use and incredibly powerful. Everything from the desktop you see when you start up your Mac to the applications you use every day is designed with simplicity and elegance in mind. Making amazing things simple takes seriously advanced technologies, and Mac OS X is loaded with them. Since the software on every Mac is created by the same company that makes the Mac itself you get an integrated system in which everything works together perfectly. The advanced technologies in the operating system take full advantage of the 64-bit. These technologies provide for power for things like multi way chatting, real-time reflections, and smooth animations. Mac OS X doesn’t get PC viruses. Many features you won’t find in other operating systems. For example, the built-in Voice Over screen-reading technology makes it possible for those who are blind or have low vision to control their computer using key commands or gestures on a multi-touch track Pad. Mac OS X also provide out of the box support for over 40 braille displays, including Bluetooth displays etc. Apple Lab full-featured version that includes a large collection of beautifully designed Applications. It’s support different OS including Windows and Windows Applications. Students learn by a team of faculty experts and lab Programmer. Apple lab is used to train the students to improve their programming knowledge and make experiments to get familiar with the core Courses.
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification Speciality of Software /Hardware /Equipment
1 GPU Hardware CS AI and Machine Learning Intel® Core™ i7 8700K CPU Antec Optiplex, 32 GB Memory, 1TB SCSI HDD, 1 TB SATA HDD, Nvidia GTX 1080ti, Coarsair HX 1200 Power supply, Asus FGaming Motherboard, TFT 18.5', USB Keyboard, USB Mouse Process large data set.
2 Bigdata Server Hardware CS Bigdata HPE ML 110 Gen 10 4208 server, RAM: 32 GB, Storage: 8 TB HDD, OS: CentOS For developing projects related to Hadoop and Bigdata
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification Speciality of Software /Hardware /Equipment
1 STAAD.PRO V8i Software CE Structure Perform comprehensive analysis and design for any size or type of structure faster than ever before using the new STAAD.Pro CONNECT Edition. Simplify BIM workflow by using a physical model in STAAD.Pro that is automatically converted into the analytical model for your structural analysis. Analysis and design
2 STAAD FOUNDATION Software CE Structure
3 STAAD BEAVA Software CE Structure
4 POWER REBAR Software CE Structure Reinforced and detail concrete structures, quick and easy. Coordination is critical to maintain a tight construction schedule, avoid site errors and eliminate costly extensions. Building information modeling (BIM) gives drafters the ability to work in their familiar 2D drawing, while generating a 3D model. Functions like automatic bar placement and bending tools can cut the time it would take to design projects. Integrate 3D and BIM into existing 2D workflows ; Generate accurate cost appraisals ; Automatically detect clashes
5 BENTLEY STRUCTURE Software CE Structure Efficiently model, analyze, and design any structure, from a single foundation to an entire stadium.  Consider multiple design alternatives quickly and early in your design process.  Tackle projects with confidence and quickly produce high quality and economical designs, using various materials. Synchronize model data with confidence among your entire design team, including detailing 3D models for all of your structural projects.  Design structures anywhere in the world using over 90 international codes, reducing your team's need to learn multiple software applications. Analysis and design
6 BENTLEY ARCHITECT Software CE Structure With MicroStation, you can easily view, model, document, and visualize projects of any size or complexity. Use MicroStation to deliver projects smarter. With proven MicroStation technology, you can confidently take on any design, construction, or operations project. No matter what design information you are working with or what kind of deliverables are required, you can rely on MicroStation's flexibility and power to get the job done on time and on budget. The MicroStation family of products provides traditional CAD capabilities and the power and versatility to precisely view, model, document, and visualize information-rich 2D and 3D designs of all types and scales, working for professionals in every discipline on infrastructure projects of every type. Modeling, Documentation, and Visualization Software
7 AUTOCAD 2017 Software CE Structure
8 ANSYS 12.1 Software CE Structure ANSYS®WorkbenchTM is the framework upon which the industry’s broadest suite of advanced engineering simulation technology is built. An innovative project schematic view ties together the entire simulation process, guiding the user every step of the way. Even complex multiphysics analyses can be performed with drag-and-drop simplicity. With bidirectional CAD connectivity, an automated project update mechanism, pervasive parameter management and integrated optimization tools, the ANSYS Workbench platform delivers unprecedented productivity that truly enables Simulation Driven Product Development™. Engineering simulation software
9 Fully Automated Compression Testing Machine (Aimil Make) Equipment CE Material Testing The properties of concrete depend on the properties of its ingredients and their proportion and it is likely to vary from mix to mix. Tests must be conducted, therefore, to ensure that the concrete used is in accordance with design specifications. A frequent test, is the test of compressive strength, in which concrete samples are tested to failure. Determining Compressive Strength of Concrete samples.
10 Rebound Hammer Equipment CE Material Testing Pre-programmed statistical methodsassures an error free, rapid determination of the rebound value. Reduced dispersion and direct conversion to compressive strength based on validated curves, regional curves or user defined curves bring improved accuracy to compressive strength estimates. All data is automatically saved and the last 20 series may be reviewed in the data list. Determination of the elastic properties or strength of concrete, mainly surface hardness and penetration resistance.
11 Ultrasonic Pulse Velocity Apparatus (PUNDIT PLUS) Equipment CE Material Testing Ultrasonic testing provides information on the strength and uniformity of concrete and can be used to detect and localize voids, pipes, cracks and defects. Major applications are slab thickness measurements and the location of voids and delaminations. Ultrasonic testing provides information on the strength and uniformity of concrete and can be used to detect and localize voids, pipes, cracks and defects. It can be used effectively where access is restricted to a single side
12 Proceq Corrosion Profometer & ReBar Locator Equipment CE Material Testing Proceq’s Profometer Corrosion instrument is used to assess the durability of concrete structures by measuring corrosion potential, concrete resistivity and permeability. Digital interface for interference free communication with Profometer Touchscreen, Positioning sensor records automatically orientation of the probe (horizontal, vertical, overhead), LED indicates proximity and location of rebars, Integrated Spot Probe for measurements in corners and where space is limited, Detachable Probe Cart for smooth measuring with on-board wireless path measuring system
MIT, Moradabad
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification Speciality of Software /Hardware /Equipment
1 GNS3 software All branches Networking GNS3 is a Graphical Network Simulator that allows emulation of complex networks. You may be familiar with VMWare or Virtual PC that are used to emulate various operating systems in a virtual environment. These programs allow you to run operating systems such as Windows XP Professional or Ubuntu Linux in a virtual environment on your computer. GNS3 allows the same type of emulation using Cisco Internetwork Operating Systems. It allows you to run a Cisco IOS in a virtual environment on your computer. GNS3 is a graphical front end to a product called Dynagen. GNS3 2.2.17
2 Oracle VM Virtual Box software All branches Data Mining Oracle VM VirtualBox is cross-platform virtualization software that allows users to extend their existing computer to run multiple operating systems at the same time. Designed for IT professionals and developers, Oracle VM VirtualBox runs on Microsoft Windows, Mac OS X, Linux, and Oracle Solaris systems and is ideal for testing, developing, demonstrating, and deploying solutions across multiple platforms on one machine. Oracle VM VirtualBox is a bridge to open source and cloud development. The latest 6.0 release allows users to create and deploy virtual machines nearly everywhere, upload to the cloud, download from the cloud, and review and make changes offline. Oracle VM Virtual Box 6.0
3 MATLAB software All branches Matrix calculations MATLAB is a high-performance language for technical computing. It integrates computation, visualization, and programming in an easy-to-use environment where problems and solutions are expressed in familiar mathematical notation. MATLAB is an interactive system whose basic data element is an array that does not require dimensioning. This allows you to solve many technical computing problems, especially those with matrix and vector formulations, in a fraction of the time it would take to write a program in a scalar noninteractive language such as C or Fortran. MATLAB 2011
4 AUTOMATIC COMPRESSION TESTING MACHINE 2000kN CAPACITY WITH TOUCH PANEL WITH FLEXURE TEST ATTACHMENT 100kN EQUIPMENT CIVIL ENGINEERING STRUCTURAL ENGINENRING It is used for concrete cube testing for compression and flexure which is very important for R & D and post Graduate students for their research work in the field of concrete technology. It is automatics machine for compression and flexure testing of concrete cubes with capacity of 2000kN.
5 BENTLY ACADEMIC SOFTWARE SOFTWARE CIVIL ENGINEERING CIVIL ENGINEERING Bently bundle package consists of 14 designing software related to differenet field of Civil Engineeirng. We have perpectrual license of the software with 12 users. It consist of Bentley MX Road, Suite V8i, STAAD.Pro V8i, STAAD Foundation Advanced, PTAAD Global Design Code, RAM Concept, Bentley MAP Enterprises, SewerGEMS V8i, WaterGEMS V8i, Storm CAD V8i, Civil Strom V8i, HAMMER V8i, MicroStation V8i, Bentley Power Civil etc.
6 Computerized micro Vickers Testing Machine Equipment M.E Material Science The Vickers hardness test method, also referred to as a microhardness test method, is mostly used for small parts, thin sections, or case depth work.The Microhardness methods are used to test on metals, ceramics, composites - almost any type of material. The MicroVickers testing machine is used to determine the hardness with Test Loads =10, 20, 50, 200, 300, 500 kgf & Scale Least Count (mm) = 0.001
7 Computerized Vicker Hardness Tester Equipment M.E Material Science The Vickers testing machine is used to determine the hardness with Test Loads =5,10,20,30,50 kgf & Scale Least Count (mm) = 0.001
8 Computerized Brinell hardness Tester B 3000 PC Equipment M.E Material Science Brinell hardness test method as used to determine Brinell hardness, is defined in ASTM E10. The Brinell method applies a predetermined test load (F) to a carbide ball of fixed diameter (D) which is held for a predetermined time period and then removed. The resulting impression is measured with a specially designed Brinell microscope or optical system The Brinell testing machine is used to determine the hardness with Test Loads = 5000 to 3000 Kgf in stages of 250 kgf & Scale Least Count (mm) = 0.001
9 Squeeze casting and gravity metal die casting Setup Equipment M.E Manufacturing Science This set up is used by researchers for producing squeeze casting components for analyzing castability of different alloys using squeeze casting or gravity die casting processes by varying different pouring temperatures and die temperatures. Set up is also used for developing metal-matrix composites. The Hydraulic press used for squeezing metal in die. Tech. specifications: Maximum Capacity = 100 Tones, Position = Vertical Type, Base Plate = 50 mm
10 Computerized VCR Engine Equipment M.E I.C Engine These equipments are used by researchers for analyzing performance and combustion parameters of IC engine, testing of fuels and pollution in the field of IC engine. This VCR engine test rig is used to analyze performance characteristics of diesel engine at different compression ratio. It has following specifications: No. of Cylinder= 01, No. of Strokes=04, Fuel= H.S. Diesel, Rated power=3.5 kw @1500 rpm,
11 Surface roughness tester (SJ–201P) Equipment M.E Measurement and Metrology This equipment is used extensively by researchers for analyzing surface finish of various components produced using different manufacturing processes. This surface roughness tester can test the smoothness of sample having length of 0.25, 0.8, 2.5 mm & have Measuring range of -200µm to +150µm
Vishveshwarya Group of Institutions
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification Speciality of Software /Hardware /Equipment
1 BMW Engine Hardware ME BMW engine with configuration Twin Power Turbo In-Line 4-Cylinder Diesel Engine and Eight-Speed Steptronic Automatic Transmission for demonstration / practice / learning for Mechanical Engineering students Twin Power Turbo In-Line 4-Cylinder Diesel Engine and Eight-Speed Steptronic Automatic Transmission
KNIT Sultanpur
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification Speciality of Software /Hardware /Equipment
1 Typhoon HIL 604 Real-Time Simulator Hardware (01 No.) Hardware EE Power System / Power Electronics / Renewable Energy / Electric Drives FPGA 8-Cores and 02 x ARM Processors For extending real-time simulation / ultra-high-fidelity Controller–Hardware-in-the-Loop (C–HIL) simulation facility in the domain areas of power electronics, electric drives, renewable energy, micro-grids and distribution networks.
2 Typhoon HIL 402 Real-Time Simulator Hardware (01 No.) Hardware EE Power System / Power Electronics / Electric Drives FPGA 4-Cores and 02 x ARM Processors
3 Typhoon HIL Modeling Software with Real-Time Interface (Unlimited Users) Software EE Power System / Power Electronics / Electric Drives Unlimited Users, Permanent License, Lifelong Free Upgrades)
4 DSP Controller Interface (02 No.) Hardware EE Power System / Power Electronics / Renewable Energy / Electric Drives Plug-and-play, pin-to-pin compatible for a family of DIMM100 TI DSP controller cards For interfacing the Typhoon HIL simulator hardware with DIMM100 TI DSP controller cards.
5 Texas Instruments TMS320F28335 DSP Controller Cards (02 No.) Hardware EE Power System / Power Electronics / Renewable Energy / Electric Drives DIMM100 TI DSP (Floating Point) For flashing the Control Code during HIL Testing
6 Pre-flashed Texas Instruments TMS320F2808 DSP Controller Cards (01 No.) Hardware EE Power System / Power Electronics / Renewable Energy / Electric Drives DIMM100 TI DSP (Fixed Point)
7 Breakout Board (01 No.) Hardware EE Power System / Power Electronics / Renewable Energy / Electric Drives HIL Connectors (DIN 41612 Female) and DIN 41612 Male Connectors For easy access to all the interface signals: firing pulses, control feedback signals and other analog / digital I/O signals
8 Mixed Signal Oscilloscope (02 No.) Hardware EE Power System / Power Electronics / Renewable Energy / Electric Drives 4 - Channels For tracing the real-time waveforms
NIET Greater Noida
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software/Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification Speciality of Software /Hardware /Equipment
1 PTC CREO Parametric 6.0 Software, Work Stations ("CPU: Intel (R) Core(TM)i7-6700 CPU @3.40 GHz Memory: 8.0 GB Disk: 932 GB GPU: 2.0 GB Dedicated memory, 4.0 GB Shared memory") Software, Hardware & Equipment ME, CE, ECE, EEE Design Product Design & Development Lab: Training on PTC CREO for Design Engineers, Creo for Industrial, Creo for Production Engineer, Creo for Analyst, Specialization program in Automotive Design, Specialization program in Tool & Die Design, Specialization program in Machine Design It can be used for 2D & 3D Modelling, Part, Assembly, Drawing etc.
2 JASP-Product Animations, Total integrated automation software, Computer, Cut Section/Wall Posters, Magnetic Symbols. Software, Hardware & Equipment ME, CE, ECE, EEE Automation Automation Lab: Industrial Automation (Pneumatics, Electro-Pneumatics& PLC for improving the higher production, Mechatronics) Industrial Automation with hands-on application
3 Delta, KukaSimpro 3.0 software with Robotic arm KR-10, PLC Software, Hardware & Equipment ME, CE, ECE, EEE Robotics Robotics Lab: Robotics (Realistic simulations to be performed using hands on real robot programs and that help in today’s industrial needs.) Robotic programming for all
4 Markforged Onyx Pro 3D Printer with Accessories, Formlabs Form 2 3D Printer with Accessories, Delta WASP 2040 Turbo 2 3D Printer with Clay Extrusion LDM Kit, Workstation with PTC Licence & Software for 3D Printing work Software, Hardware & Equipment ME, CE, ECE, EEE, BT Additive Manufacturing Rapid Prototyping Lab: 3-D Printing (Additive Manufacuturing, Fabrication of different components) All 3 D printer application except metal printing.
5 RE Software, Shining 3D White Light Einscan Pro 3D Scanner with Rotary Table Software, Hardware & Equipment ME, CE, ECE, EEE, CSE, IT, BT Reverse Engineeing Reverse Engineering Lab: 3- D Scanning (Scanning of different componenents) 3D Scanner for reverse engineering
6 PTC CREO Simulate 6.0 Software, Work Stations ("CPU: Intel (R) Core(TM)i7-6700 CPU @3.40 GHz Memory: 8.0 GB Disk: 932 GB GPU: 2.0 GB Dedicated memory, 4.0 GB Shared memory") Software, Hardware & Equipment ME, CE, ECE, EEE Simulation and Validation Validation Lab: PTC Simulate (Structural Analysis, Thermal Analysis, Live Simalation etc) To simulate and validate the model with the help of software
7 PTC Thingworx Software, Arduno Uno, computers and software, GPS modules, sensors and Ics Software, Hardware & Equipment ME, CE, ECE, EEE, CSE, IT, BT IOT Internet of Things (IOT) LAB: IOT-ThingWorx (OT Architecture, Hardware, Arduino, Real-time Projects) To connect physical devices with IOT.
8 Vuforia software, PTC CREO Illustrate 6.0 Software, Work Stations ("CPU: Intel (R) Core(TM)i7-6700 CPU @3.40 GHz Memory: 8.0 GB Disk: 932 GB GPU: 2.0 GB Dedicated memory, 4.0 GB Shared memory"), Zspace AR Laptop Software, Hardware & Equipment ME, CE, ECE, EEE, CSE, IT, BT AR/VR Augmented Reality (AR)/ Virtual Reality (VR) LAB: Vuforia, HTC Vive, Oculus Rift, Zspace (Live Demonatration and Visualization of objects, products and Servicrs) To create and experience the AR/VR capabilities.
9 Windchill 11.1 Software, Workstation ("CPU: Intel (R) Xeon (R) CPU E3-1226 v3@3.30GHz Memory: 30.3 GB") Software, Hardware & Equipment ME, CE, ECE, EEE, CSE, IT, BT PLM PLM (Product Lifecycle Management) Lab: Windchill (Product and Project management, Bussiness and System management using PLM) To connect and explore the PLM software for any organization and design centre.
10 Bataliboi CNC Production Lathe machine, Jyoti VMC PX-20 NUV, HYTEC CNC Trainer (Lathe, Milling, Drilling) Software, Hardware & Equipment ME, CE, ECE, EEE Smart Manufacturing Smart Manufacturing Lab: CNC, VMC (CNC-VMC Programing, G & M Coding, Exercises) To use the CNC and VMC with advanced programming modules.
I.T.S College of Pharmacy
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification Speciality of Software /Hardware /Equipment
1 FTIR Equipment Pharmacy Pharm. Analysis For the interpretation of functional groups Accurate & Less tedious
2 HPLC Equipment Pharmacy Pharm. Analysis, analytical chemistry, biochemistry Used to split a mixture of compounds for identifying, quantifying and purifying the individual components of the mixture. High resolution
3 UV- Visible Spectrophotometer Equipment Pharmacy and Biology Analytical Chemistry, Biochemistry, Pharmaceutics Used in the quantitative determination of concentrations of the any componenet in the solution of transition metal ions and highly conjugated organic compounds. Double beam
4 High Speed Homonogenizer Equipment Pharmacy Pharmaceutics, Nanotechnology Reduction in particle size of formulation. to use in nanosuspension, nanoemulsion and nanoparticles . Rapid
5 Rotary Evaporator Equipment Pharmacy Pharmaceutical Chemistry, Pharmaceutics, Nnaotechnology Concentration of herbal extract at lower temperature using vacuum Very efficient evaporator
6 Microscope Equipment Pharmacy Pharmacognosy, Pharmaceutics, Botany Nano formulation analysis for quantitative observation of particle size and histopathology evaluation Quantitative analysis
7 Lyophilizer Equipment Pharmacy Pharmaceutics, Industry, Nanotechnology A lyophilizer executes a water removal process typically used to preserve perishable materials, to extend shelf life or make the material more convenient for transport Freeze drying
8 Rheometer Equipment Pharmacy Pharmaceutics, Industry Device used to measure the way in which a liquid, suspension or slurry flows in response to applied forces for measuring viscosity and flow of commercial and industrial materials Viscosity
GL Bajaj Institute of Technology and Management
S.No. Software/Hardware/Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification Speciality of Software /Hardware /Equipment
1 Computer Integrated Manufacturing (MTAB) Hardware ME CNC machines(Flexturn) and Flexmill, ASRS and Automated Guided Vehicle (AGV) This laboratory will give an opportunity to the students and researchers for hands-on training and research on FMS, CIM, including operation, control and programming of various computer controlled machines such as CNC machine tools. Automated Storage/Retrieval (ASRS) systems, Automated Guided Vehicle (AGV) systems as well as issues relating to computer-aided production planning, scheduling and control, system modeling, simulation and performance analysis of FMS and CIM systems.
2 ABB Centre for Robotic Welding Hardware ME IRB 1520 arc welding robot. ABB Centre for Robotic Welding was setup in partnership with ABB by GLBITM, in order to provide a world class exposure to the changing production scenario in industries. Its Payload capacity= 4 kg and Reach= 1.5 m The center is brought so that the students and rserachers can learn how to apply the knowledge about Basics of Robotics and manufacturing processes for adjusting in the modern day manufacturing methods used by industries, which inherently involve the use of Robots for manufacturing. ABB’s IRB 1520 robot is a dedicated arc welding robot available in one version. It has a compact process upper arm designed for integrated dressing packages for arc welding. The IRB 1520ID-4/1.5 is a part of the ArcPack Lean concept.
3 ABB Centre for Robotic Milling Hardware ME IRB 6700 milling robot The IRB 6700 series is ABB Robotics 7:th generation of high payload, high performance industrial robots. Based on the famous IRB 6640 series, with large working range, the very high wrist torque, the service friendly modular built up and the availability, significant for ABB’s robots, the IRB 6700 robot family goes even further. With focus on high production capacity, compact design and low weight, simple service and low maintenance cost. The IRB 6700 is ideal for process applications, regardless of industry. Typical areas are for example Spot Welding, Material Handling and Machine Tending.
4 Centre For Additive Manufacturing Hardware ME 3D Printing Centre for additive manufacturing is setup in partnership with 3D Fusion by G. L. Bajaj Institute of Technology and Management, in order to provide students exposure to the world of additive manufacturing by use of 3D Printers. The centre offer training and development of students in the field of additive manufacturing with focus on providing students the ability to use the tools of modern of manufacturing like 3D Printing.
5 JANATIC Centre for Advance Pneumatic Automation Hardware ME Pneumation automation, Electro-Pneumatic Automation,Electro-Pneumatic Automation with PLC The department of Mechanical Enigneering at G.L. Bajaj Institute of Technology and Management has setup a dedicated facility where the students can learn the basics of automation. The facility currently is capable of getting students ready to study and design pneumatic systems and merge it with elements of electrical automation such as PLCs, Sensors, Timers, Counter and Relays. 1. TIA Portal, 2. PLC SIM, 3. JASP (educational programme)
6 SEIMENS Centre for Mechatronics and Industry 4.0 Hardware ME Factory Automation Laboratory Taking the initiative of providing the students a skill in the field of automation, Department of Mechanical Engineering has setup an I4.0 centre by Siemens. Where the students will learn how to create, read and change the standard documentation of any mechatronic system along with learning how to troubleshoot any errors in the setup and reprogram a complete setup as per need. 1. TIA Portal, 2. PLC SIM, 3. Mind Sphere
7 Design Innovation centre Software & Hardware ME Basics of 2D Designing, 3D Modeling and Simulation, Rendering of Object Tool Designing, CFD, Thermal Analysis. The aim of this centre is to increase designing skill of students, institution has signed an MOU with TATA Technologies Limited (INDIA) and Dassault Systems (France) with the trust of providing a quality of training to students. 1. Heat Transfer Simulation(ABACUS) 2. Load Analysis Simulation(ABACUS) 3. Fluid Flow Simulation(ABACUS) 4. Material Characteristic(ABACUS) 5. Virtual Environment simulation tools, Delmia(V6 Platform)
8 BMW Skill Next Automotive Learning Centre Hardware ME Automative tarining and maintenace This centre has a fairly equipped automobile workshop with wide range of cut sections of various parts of an automobile, a BMW engine and working models of car parts. BMW's 2.0-liter, TwinPower Turbo Diesel Engine, BMW Eight- Speed Steptronic Automatic transmission, Cylinder Head,Gear Box,MPFI,Tata Diesel Engine
9 Center of Industrial Automation and Control Hardware EE Automation & Control The objective of this centre of excellence established by Dept. of EEE is to enhance the knowledge and skill of students in the domain of electrical and industrial automation technology. This Centre of Excellence is designed to provide the students hands on training on advanced equipment and instruments like PLC, inducive sensors, proximity sensors, PID controllers as well as factory instrumentation during their curriculum as a part of their Technical training and project and research work and also giving them access to WINDLDR software for learning and implementing the ladder logic simulation 1. Two Idec PLC (Programmable Logic Controller ), 2. Human Machine Interface(HMI), 3.PID Controller , 4.Variable Frequecy Drive(VFD) , 5. Factory Instrumentation Panel 6. Windldr Software for Ladder logic Simulation
10 Mastercam Software ME PC-based CAM software provides solutions for 2 axis, 3 axis, simultaneous 4 axis & 5 axis milling, multi axis lathe, live tooling, Wire EDM and routers. Used for Robotic milling operation programming. Mastercam is a suite of Computer-Aided Manufacturing and CAD/CAM software applications.Mastercam supports many types of machines, each with a choice of levels of functionality, as well as offers optional add-ins for 4-axis and 5-axis machining. Design—3D wireframe geometry creation, surface And solid modeling, dimensioning, importing and exporting of non-Mastercam CAD files
11 RobotStudio Software ME Simulation and offline robot programming software. RobotStudio is ABB's simulation and offline programming software, , allows robot programming to be done on a PC in the office without shutting down production. RobotStudio is built on the ABB VirtualController, an exact copy of the real software that runs robots in production. This allows very realistic simulations to be performed, using real robot programs and configuration files identical to those used on the shop floor.
12 Big Data analytics Software and hardware CC Tools and techniques have been developed recently to handle various aspects of Big Data Analysis such as data aggregate tools, scalable storage, efficient retrieval, and faster analysis. In this centre each terminal is configured with CORE i7 - 6700 CPU @ 3.40GHz, 32 GB RAM and 2TB HDD. The lab generate an ability in our students to work faster – and stay agile – gives them a competitive edge they didn’t have before.
13 IoS Software and hardware CS Development of IOS projects and Training for Placements iMAC 21.5 inch Core I5 1.6 Ghz, 8 GB RAM, 1 TB HDD. 30 High end configuration apple systems for ios app development and training for coding skills
14 Cisco Lab Hardware ECE It was developed to facilitate students and faculty members with practical knowledge of networking in communication Engineering. Cisco 2900 series Intigrated Service Router are designed to meet the requirement of todays for cloud based service WAN connectivity of high data speed of 75 Mbps and ready to be upgraded with 4000 series.
15 SAP Software CS Overview about SAP products and solutions, Navigation, Basic concepts Business processes in the SAP ERP (Enterprise Resource Planning). Aim of this lab is to provide training and guidance in different SAP ERP functional modules. This is to to take a step toward making them industry ready. Our training modules are designed with a view to expose our students to industry business process. SAP Materials Management (MM), SAP Production Planning (PP), SAP Sales and Distribution (SD)
16 CV LAV Software and hardware CS Training for AI and Deep Learning Core i7, 3.4 Ghz, 32 GB RAM, 2 TB HDD, 4 GB GPU 5 High End Systems with GPU cards for For Deep Learning and Artificial Intelligence Computing
ITS Engineering College,Noida
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification Speciality of Software /Hardware /Equipment
1 Xcode/Mac OS Software CSE iOS Apps Dvelopment I.T.S Engineering College is an institute in Greater Noida pioneered “Centre of Excellence” for Apple iOS App Development to the aspiring iOS application developers. I.T.S has a tie-up with “iOS University Developer Program” to train 200 students per year. The iOS training provided by I.T.S is designed to offer industry relevant iOS application development program for the learners. Our training program provides hand on experience to the students from which they can learn the ropes of the industry. This is one of the main factors which distinguish us from the other iOS training institutes in NCR region. With an all-new design that looks great on macOS Big Sur, Xcode 12 has customizable font sizes for the navigator, streamlined code completion, and new document tabs. Xcode 12 builds Universal apps by default to support Mac with Apple Silicon, often without changing a single line of code.
2 Mac Mini Hardware CSE Mac OS Lab Consist of 10 Mac Mini equipped with i5, 2.5 GHz, 4 GB RAM and 1TB HDD macOS Big Sur elevates the most advanced desktop operating system in the world to a new level of power and beauty. Experience Mac to the fullest with a refined new design. Enjoy the biggest Safari update ever. Discover new features for Maps and Messages. And get even more transparency around your privacy.
3 Android Studio Software CSE Innovation Development Centre in Mobility (R-System) CoE Computer Science and Engineering Department of ITS Engineering College jointly with R-Systems International Private Limited has set up “Innovation Development Center” CoE under the roof of “Excellencia” in the area of Mobility. The Innovation Development Centre provides all facilities to design and develop high quality mobile apps as a solution of real time problems. The Innovation Development Centre is set up to produce highly skilled technical manpower in the field of Mobility. The trained students will help the IT Industry to adopt latest technologies to improve quality and work conditions with efficiency and high productivity. It also helps the society by providing simple and effective solutions for real time problems. This CoE provides high quality Mobile app development environment to explore, think and build the quiality solution for real world problem.
The R-System Lab is equipped with 20 highly confured System having i3, 3.7 GHz processor, 4GB and 8 GB RAM and 500GB storage.
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification Speciality of Software /Hardware /Equipment
1 FireBird V 2560 ROBOT + Accessories Hardware ECE Embedded Systems & Robotics 1. Atmel ATMEGA2560 as Master microcontroller 2. Atmel ATMEGA8 as Slave microcontroller 3. Sevral Onboard sensors for experimentation As a Robotic Research Platform, the Fire Bird V provides an excellent environment for experimentation, algorithm development and testing. Its modular architecture allows you to control it using multiple processors such as 8051, AVR and ARM7 etc. Modular sensor pods can be mounted on the platform as dictated by intended applications. Precision position encoders makes it possible to have accurate position control. Platform can be upgraded to tank drive, Hexapod or any other desired form very easily. It is powered by high performance rechargeable NiMH batteries. 1. Ideal for doing research in the areas of robotics, embedded systems, artificial intelligence and sensor networks etc. 2.Modular Design: Unique layered design gives versatility in design
2 Spark V Robot with adaptor Hardware ECE Embedded Systems & Robotics It is based on ATMEGA16A microcontroller. Robot comes with rechargeable 7.2V 600mA NiMH Battery and onboard intelligent battery charger. It has 3 analog white line sensors, 3 analog IR Proximity sensors, 3 directional light intensity sensors, battery voltage sensing, TSOP1738 IR receiver for TV remote control and Position encoders. Robot has support for 3 MaxBotix EZ series ultrasonic range sensors. It also has support for the servo mounted sensor pod which can be used to make 180 degrees scan for the map making. Robot is powered by 6 cell 7.2V 600mA rechargeable NiMH batteries which gives about 30 minutes battery operation. Consists of different on board sensors for easy experimentation along with option to mount additional sensors
3 Fire Bird V P89V51RD2 adapter card Hardware ECE Embedded Systems & Robotics Plug and Play accessory for Firebird V with 8051 architecture Can be easily integrated with Fire Bird V for experimentation on 8051 microncontroller along with interfacing with different sensors
4 Fire Bird V LPC2148 adapter card Hardware ECE Embedded Systems & Robotics Plug and Play accessory for Firebird V with ARM architecture Can be easily integrated with Fire Bird V for experimentation on LPC2148 microncontroller along with interfacing with different sensors
5 Zigbee Modules 100m range Hardware ECE Embedded Systems & Robotics This is long range high speed serial wireless communication module which can give range of 30 meters indoor or 100 meters outdoor. This module is ideal for robot to robots or robots to PC communication. This ZigBee wireless device can be directly connected to the serial port (at 3.3V level) of your microcontroller. By using a logic level translator it can also be interfaced to 5V logic (TTL) devices having serial interface. This module supports data rates of up to 115kbps. It has indoor range of 30 meters and outdoor RF line-of-sight range of up to 100 meters. Zigbee/Xbee modules are advanced RF transceivers operating in the license free 2.4GHz frequency band. Zigbee transceivers are used where a good robust RF communication with high noise immunity and guaranteed packet delivery is required. The most common application of Zigbee modules is the Sensor networks.
6 L3G4200 3 axis digital gyroscope Hardware ECE Embedded Systems & Robotics Onboard 3.3V Low Drop voltage regulator with input range of 3.6V to 6V. Dimensions: 0.9”(L) X 0.5”(W) 2 x Mounting holes I2C/SPI digital output interface Three selectable full scales (250/500/2000dps) Sensitivity: 250 dps : 8.75 mdps/digit 500 dps : 17.50 mdps/digit 2000 dps : 70 mdps/digit 16 bit data output Embedded temperature sensor with 8-bit temperature data output Integrated low- and high-pass filters with user selectable bandwidth Embedded power-down and sleep mode Extended operating temperature range (-40 °C to +85 °C)
7 LSM303 3 axis digital accelerometer and 3 axis magnetometer Hardware ECE Embedded Systems & Robotics Onboard 3.3V Low Drop voltage regulator with input range of 3.6V to 6V. Logic supply voltage range of 1.8 to 3.3V. Logic supply pin is accessible through 9 pin header Dimensions: 0.9”(L) X 0.5”(W) 2 x Mounting holes 3 magnetic field axis and 3 acceleration axis Full scale range of ± 1.3 to ±8.1 gauss magnetic field ±2g/±4g/±8g/±16g user selectable full-scale acceleration ranges 16 bit data output I2C serial interface Power-down mode/ low-power mode 2 independent programmable interrupt generators for free-fall and motion detection Embedded temperature sensor 6DOF orientation detection
8 Gyroscope, accelerometer and GPS interfacing module for the robot Hardware ECE Embedded Systems & Robotics Gyroscope, accelerometer and GPS interfacing module
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification Speciality of Software /Hardware /Equipment
1 NI LabVIEW Academic site license Software ECE, EE, IN, Control & instrumentaion, BME, ME, ETNT, Applied Electronics, Instrumentaion Data Acqusition Image Processing Signal processing IOT FPGA Automation Proptyping Communication The ASL LabVIEW option includes LabVIEW Professional Development System and a large set of LabVIEW modules and toolkits. Other select NI software packages are also included for extended development, such as NI LabWindows/CVI. Laboratory Virtual Instrument Engineering Workbench is a system-design platform and development environment for a visual programming language from National Instruments. The graphical language is named "G"; not to be confused with G-code. 1. Graphical Prograaming 2. Very easy To learn 3. Very easy for hardware interfacing 4. Connectivity and instrument control 5. Rapid development with express technology 6. Object–oriented design 7.Reduces cost and preserves investment 8. Drag-and-drop built-in functions
2 NI circuit design suite MULTISIM Software ECE, EE, IN, Control & instrumentaion, BME, ME, ETNT, Applied Electronics, Electronics Circuit Design Analog Eelctronics Digital Electronics 8051 Microcontroller Multisim simulation and circuit design software gives engineers the advanced analysis and design capabilities to optimize performance, reduce design errors, and shorten time to prototype. Intuitive NI tools result in saved printed circuit board (PCB) iterations and significant cost savings 1. Using MULTISIM we can perform more then 10 labs of ECE, EEE, BME & IN Department. 2. Connect with DAQ sysytem and sensor 3. Real time processing
3 NI myDaq Hardware ECE, EE, IN, Control & instrumentaion, BME, ME, ETNT, Applied Electronics, Instrumentaion Data Acqusition Sound processing Signal processing IOT FPGA Automation Proptyping Communication myDAQ introduces students to engineering problem-solving with portable and programmable measurements designed for engaging, hands-on experimentation in or outside the lab. Two differential analog input channels (200 kS/s, 16 bits, ±10V) Two analog output channels (200 kS/s, 16 bits, ±10 V) Eight digital input and digital output lines (3.3 V TTL) Power supplies: +5 V, +15 V, and -15 V (up to 500 mW). Digital Multimeter (DMM) Oscilloscope Function Generator Bode Analyzer Arbitrary Waveform Generator Dynamic Signal Analyzer (fast Fourier transform) Digital Input Digital Output
4 NI myRIO-1900 Hardware ECE, EE, IN, Control & instrumentaion, BME, ME, ETNT, Applied Electronics, Instrumentaion Data Acqusition Sound processing Signal processing IOT FPGA Automation Proptyping Communication Xilinx Z-7010 processor 667 MHz (ARM Cortex A9 x2 cores 28 nm process NEON SIMD, VFPv3 Vector Float) Memory: NV: 256 MB, DDR3 512MB, 533 MHz, 16 bits FPGA type same as processor Wireless: IEEE 802.11 b,g,n ISM 2.4 GHz 20 MHz. USB 2.0 Hi-Speed Breakout Board support 2 ports of 16 Digital I/O lines 3 axis accelerometer Max power consumption : 14 W Typical idle : 2.6 W LED's The FPGA of NI myRIO is shipped with predefined functionality. This includes the interpretation of digital input/output (DIO) lines as PWMs, universal asynchronous receivers/transmitters (UARTs), encoder inputs, I2C, and SPI. You do not need to customize the FPGA to program the processor of NI myRIO; however, if you need to customize your project, you can use the LabVIEW FPGA Module to make changes to the default personality or to create an entirely new personality.
5 NI ELVIS NI ELVIS II Series Specifications. Analog Input. Settling Time for Multichannel Measurements. Overvoltage Protection (AI±, AISENSE) Analog Triggers. ™ Range. 10 LSB for. full scale. 1 LSB for. full scale. 10 V, 5 V, 2 V, 1 V, 0.5 V. 1 µs. 2 µs. 0.2 V, 0.1 V. 2 µs. 8 µs. Arbitrary Waveform Generator/Analog. Output. https://www.ni.com/pdf/manuals/372590b.pdf We can connect ELVIS prototype board with various multifuncation adon baord 1. Quanser Mechatronic Sensors Boar 2.NI Automated Measurements Board 3.Quanser Mechatronic Actuators Board 4.Quanser Mechatronic Systems Board 5.emona Fotex for optical Communication
Rajkiya Engineering College, Ambedkar Nagar
S.No. Software /Hardware /Equipment Name Mention whether it is software, Hardware or Equipment Software /Hardware /Equipment related to which branch (Ex. ME, CE, CS/IT etc.) Related Sub domain Brief & Vital Description /Specification
1 Solar Energy module with Grid synchronization Hardware EE, ECE, EEE, EI renewable energy Three phase IGBT based inverter , Boost converter, solar panel of 2500W, WaveCT-FPGA based controller
2 DFIG based wind energy Emulator module with Grid synchronization Hardware EE, ECE, EEE, EI renewable energy DFIG, Three phase IGBT based inverter ,WaveCT-FPGA based controller