Laboratory Details
| Sr. No | Name of Lab | Photo |
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| 1 | Electronic Design & Digital Electronics Lab These laboratories are dedicated to enhancing students’ practical understanding of electronic circuit design, digital systems, and embedded development. |
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| 2 | Power Electronics Lab This laboratory is dedicated to strengthening students’ practical understanding of power semiconductor devices, converters, inverters, and motor control techniques. It offers hands-on experience in designing and testing various power electronic circuits, enabling students to bridge the gap between theoretical concepts and practical applications. |
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| 3 | Electronics & Communication Lab Communication Engineering Lab is a practical learning environment where students explore and experiment with concepts in communication systems—an essential area of electrical and electronics engineering. Which includes students hands-on experience with communication systems, reinforcement of theoretical concepts from communication engineering, develop skills in using industry-standard tools and equipment, prepare students for careers in telecommunications, signal processing, and wireless systems. |
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| 4 | Computer Centre Lab This laboratory is dedicated to strengthening students’ practical understanding of programming, embedded systems, and control engineering. It offers hands-on experience in java development, microcontroller-based embedded applications, and control system simulations – effectively bridging the gap between theoretical concepts and real-world implementation. |
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| 5 | Electronic Measurement Lab This lab is a crucial part of Electronics & Telecommunication Engineering education, providing hands-on experience with various measurement techniques and instrumentation. Whether it is in industries or to develop a theory, measurement of various electrical and electronic parameters plays an important role to get an accurate solution. |
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| 6 | VLSI Lab The lab is utilized for design and simulation of analog and digital systems. FPGA kits (Spartan 3) are available for designing the systems. The software tools utilized are Tanner tool, Silvaco, µ-wind, Model-Sim, and Xilinx ISE, Xilinx Embedded Development Kit. |
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