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Laboratory Facilities |
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The Faculty of Engineering and Applied Sciences has a complete range of specialized laboratories with up-to-date equipment for teaching and research. These labs provide the students an opportunity to transform the class room knowledge into practical use. They are especially designed to provide the prospective engineers sufficient hands on experience and design expertise so that they can suggest and implement a viable and economical solution of an industrial problem. The area wise classification of these labs is summarized below |
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Main Computer Lab
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In today's competitive world, every nation needs to embrace the growing technologies. Accordingly, a central lab, with all the facilities that are essential in any modern computer lab, has been installed for general use by all the students of the university.
The university has recently upgraded its computational infrastructure and has established multiple thin clients based labs. The main computer lab contains 110 thin clients; HP t5540 with 18.5” Compaq LCD. These thin clients are supported by a set of seven powerful servers. Six of them are HP DL380 G7 servers each equipped with dual Xeon 2.93GHz VT core 6 processors, 72 GB RAM and 14 hard disks each of 146GB with two SAS RAID controllers. Seventh server is HP G6 server which is used as controller. Main computer lab is also providing the scanning, laser printing, DVD\CD writing and high speed Internet facilities to the staff and students. All software required for the academic and research activities have been installed on servers that provide a very efficient working environment. |
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Instructional Lab |
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Practical application of software tools/ technologies, in order to facilitate the course work of the students, is as important as imparting them with the theoretical knowledge. Implementation and execution of these techniques are carried out in the Instruction Labs, under watchful supervision of the course instructor who is assisted by a junior lecturer and student assistants. The instructional labs are classroom style where students can see the demonstration given by the instructor and at the same time they can work on their workstations. University has three instructional labs each with 40 terminals. Two of them are equipped with thin clients whose description has been given in the previous paragraph. The third lab contains 40 PCs with Pentium IV workstations having Intel m/boards. Each lab is also equipped with high resolution multimedia projector for class presentations and demonstration |
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Digital Electronics Lab |
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This lab is designed to train the students in the field of digital logic design computer architecture and microprocessor interfacing. It contains high-end oscilloscopes, digital trainers, DMM, function generators and support accessories. The lab provides an insight to microprocessor architecture and microprocessor based systems. |
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Analog Electronics Lab
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The primary focus of the lab is to train the students in the field of electronic devices and its applications. It gives sufficient practical knowledge in the area like circuit analysis, electronics circuits and systems, solid state electronics and power devices. The lab is equipped with good quality analog trainers, oscilloscope, function generators, DMM and other necessary support equipment. |
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Communications Lab |
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This lab is designed to train the student in the field of telecommunication by providing them basic and advanced concepts covering both the analogue and digital communication. It is divided into two parts: in the first part the students are learning the communication and its related concept through different software tools; whereas in the second parts the established concepts are then implemented by using the equipment which include: Oscillator, Modulator, Demodulator, Frequency Synthesizer, D/A Converter, FSK, PSK, QPSK and CVSD Techniques. |
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Signal Processing Lab
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The aim of the lab is to provide the students necessary training in the field of signal and image processing. This lab has 50 networked high speed PC. The software tools available in this lab include: Matlab; Pspice, Microwave Office and Lab View. Matlab is used for running exercises in the courses of Digital Signal Processing, Signals & Systems, and Digital Communication Systems. Pspice and Lab View are used to design, simulate and analyze the electric devices and circuits. Microwave Office a new and sophisticated simulation tool is employed for conducting research in the area of communications and MMICs design. |
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ASIC Design Lab |
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This laboratory is equipped with the latest design software such as MAX+PLUS II/Quartus II version 2.2 Design Software, VHDL/Verilog HDL Synthesis & Simulation Tools, SOPC version 2.7 Builder System Development Tools, FPGA programming SW/HW. The laboratory has also Xilinx Foundation 5.1 series Design SW, MentorGraphics Leonardo Spectrum version 2002e Synthesis tools and Model Technology’s ModelSim 5.6a installed on number of latest PCs. Moreover, it is equipped with number of Alter’s UP-2 Development boards with ByteBlasterMV download cables plus Sparten-IIe based and XCV-1000 based ASIC Development boards.
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Digital Signal Processing Lab |
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The objective of this lab is to enable the student to implement signal processing algorithms on state of the art embedded systems to solve real world problems. For this purpose the lab houses cutting edge digital signal processing platforms. These include eight TI DSK 6713 kits, three TI 320C30 kits, eighteen Xilinx Spartan 3e FPGA kits, one Vertex 2 and one Vertex 4 FPGA kit. There are fourteen workstations having fast PCs to use the above-mentioned hardware. Students are given ample opportunity to get hand on experience on these embedded systems to apply real time filtering, spectral analysis and signal synthesis |
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Electrical Machines Lab |
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This lab provides the student with ample knowledge about single phase, 3 phase Power Supplies, Transformers, Motors and Generators. The Electrical Machines Lab is equipped with five YL-195 Motor, Electric Traction and Electrical Control Trainers. The students do experiments here to get firm grip on the concepts of active, reactive and apparent power encountered in electric machines like generators and motors. |
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Control Lab |
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This lab gives the student a realistic and practical exposure of the application of sophisticated control algorithms to modern day engineering challenges. The equipment of the lab is geared to fulfil this purpose. The training hardware includes Inverted Pendulum, Ball and Beam Apparatus, two DC Motor Control kits, five Mitsubushi Programmable Logic Controllers (PLCs), Model RC Aircraft, two Robotic Arms, Heating Chamber, five Mindstorm Robotic kits. These control specialized hardware are used by the students for learning control concepts like controller design (like PID and Phase lead/lag controllers) and control analysis like bode plots and time/frequency domain specifications. Students also use these kits for their final year projects. |
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Multimedia Lab
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It is a high-end Graphic and Multimedia Lab consisting of specialized multimedia equipment including a sound room and sound mixers. The Multimedia Lab assists the students in research, development and practical application of multimedia activities. |
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Undergraduate Project Lab
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A dedicated lab has been established for the students working on their final projects. Computers are allocated to students who get software/hardware installed as per the requirements of their specific projects. The environment in this lab is very helpful for the students, since all of them are senior students and working on their final projects, they help each other on technological and other issues. |
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Research Labs:
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- Distributed and semantic computing
- Software dependability
- Microelectronics and FPGAs
- Enterprise computing
- Controls and signal processing
- Bioinformatics
- Vision and pattern recognition systems
- Netwroks and telecom
- Wireless communications
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