| Computer Programming Labs | The Computer Programming Labs are equipped with modern computers and essential software, providing students with a robust environment for hands-on programming experience. These labs support various programming languages and operating systems, facilitating practical application of theoretical concepts. | - Modern Computers With Latest Specifications
- Linux And Windows Operating Systems
- Programming Ides (C, C++, Java, Python)
- High-speed Internet Access
- Networked Environment
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| Data Structures & Algorithms Lab | Dedicated to the study of data structures and algorithms, this lab provides students with specialized software and computing resources. It enables practical implementation and analysis of complex data structures and efficient algorithms, crucial for advanced computer science studies. | - High-performance Workstations
- Compilers And Debuggers For Various Languages
- Software For Algorithm Visualization
- Tools For Data Structure Implementation
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| DBMS Lab | The DBMS Lab provides hands-on experience with various database management systems, including SQL Server, MySQL, and Oracle. Students gain practical skills in database design, implementation, and query optimization, essential for managing large datasets. | - Sql Server
- Mysql
- Oracle Databases
- Database Management Tools
- Er Diagramming Software
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| Computer Networks Lab | In the Computer Networks Lab, students engage with network simulators and actual networking hardware to understand network protocols and configurations. This lab provides practical insights into network design, security, and troubleshooting, preparing students for real-world networking challenges. | - Network Simulators (E.g., Cisco Packet Tracer)
- Networking Hardware (Routers, Switches)
- Protocol Analyzers
- Configurable Network Topologies
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| Operating Systems Lab | The Operating Systems Lab allows students to explore the core functionalities and principles of operating systems. With access to both Linux and Windows environments and virtualization tools, students perform experiments related to process management, memory management, and file systems. | - Linux And Windows Environments
- Virtualization Software
- System Programming Tools
- Debugging Utilities For Os Kernels
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| Artificial Intelligence & Machine Learning Lab | The AI & ML Lab is a cutting-edge facility equipped with high-performance computing resources and industry-standard AI/ML frameworks. It provides students with the environment to develop and test machine learning models, fostering innovation in artificial intelligence and data-driven solutions. | - High-performance Computing Workstations (Gpus)
- Ai/ml Frameworks (Tensorflow, Pytorch, Scikit-learn)
- Data Visualization Tools
- Cloud Computing Access For Ai Development
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| Data Science Lab | The Data Science Lab is dedicated to teaching students the principles and applications of data analysis, statistical modeling, and big data technologies. It provides access to a range of statistical software and visualization tools, preparing students for careers in data-driven fields. | - Statistical Software (R, Python With Libraries Like Pandas, Numpy)
- Big Data Tools (Hadoop, Spark - If Applicable Based On Curriculum)
- Data Warehousing And Mining Tools
- Visualization Software (Tableau, Power Bi)
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| Digital Signal Processing Lab | The Digital Signal Processing Lab offers hands-on experience with DSP processors and industry-standard software like MATLAB/Simulink. Students learn to implement and analyze digital filters, signal transformations, and various DSP algorithms essential for modern communication and audio processing. | - Dsp Processors And Kits
- Matlab And Simulink Software
- Spectrum Analyzers
- Digital Oscilloscopes
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| VLSI Design Lab | The VLSI Design Lab provides students with access to industry-standard Electronic Design Automation (EDA) tools and FPGA development boards. Students gain practical skills in designing, simulating, and testing Very Large Scale Integration circuits, critical for semiconductor and electronics industries. | - Vlsi Design Software (E.g., Cadence, Synopsys, Xilinx Ise)
- Fpga Development Boards
- Eda Tools
- High-end Workstations
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| Microprocessor & Microcontroller Lab | This lab focuses on the practical application of microprocessors and microcontrollers, fundamental components in embedded systems. Students work with various kits and interfacing modules to develop, test, and debug assembly language programs and real-world embedded applications. | - 8085, 8086 Microprocessor Kits
- 8051 Microcontroller Kits
- Interfacing Modules (Adc, Dac, Stepper Motor)
- Assemblers And Debuggers
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| Communication Lab | The Communication Lab offers practical exposure to both analog and digital communication techniques. Students conduct experiments with various trainer kits, analyzing modulation schemes, transmission channels, and antenna characteristics, which are vital for understanding modern communication systems. | - Analog And Digital Communication Trainer Kits
- Antenna And Microwave Experiment Setups
- Modulation/demodulation Circuits
- Oscilloscopes And Function Generators
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| Electrical Machines Lab | The Electrical Machines Lab provides practical experience with various types of DC and AC electrical machines. Students conduct experiments to understand the operating principles, characteristics, and control of motors, generators, and transformers, crucial for power engineering applications. | - Dc Machines (Motors, Generators)
- Ac Machines (Transformers, Induction Motors, Synchronous Machines)
- Loading Arrangements
- Digital And Analog Meters
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| Power Electronics Lab | In the Power Electronics Lab, students explore the design and operation of power electronic converters and devices. The lab features various trainer kits for SCRs, IGBTs, choppers, and inverters, allowing for practical investigation of power conversion and control techniques. | - Scr, Triac, Diac Trainer Kits
- Igbt Modules
- Choppers, Inverters, Converters Setups
- Power Supplies And Measurement Equipment
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| Fluid Mechanics & Machines Lab | This lab focuses on the principles of fluid mechanics and the operation of hydraulic machines. Students conduct experiments on fluid flow, pressure measurement, and the performance characteristics of various pumps and turbines, providing a practical understanding of hydrodynamics. | - Hydraulic Turbines (Pelton, Francis, Kaplan)
- Centrifugal And Reciprocating Pumps
- Flow Measurement Devices (Venturimeter, Orificemeter)
- Pipe Friction Apparatus
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| Heat & Mass Transfer Lab | The Heat & Mass Transfer Lab facilitates experiments on various modes of heat transfer (conduction, convection, radiation) and mass diffusion. It features different heat exchanger setups and precise measurement equipment, offering a practical understanding of thermal engineering principles. | - Conduction, Convection, Radiation Heat Transfer Setups
- Heat Exchangers (Plate, Shell And Tube)
- Mass Diffusion Apparatus
- Temperature Sensors And Data Acquisition Systems
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| CAD/CAM Lab | The CAD/CAM Lab is equipped with powerful workstations and industry-standard software for Computer-Aided Design and Manufacturing. Students gain hands-on experience in 2D/3D design, assembly modeling, and generating CNC programs for automated manufacturing, bridging design with production. | - High-end Workstations With Graphics Cards
- Cad Software (E.g., Autocad, Solidworks, Catia, Creo)
- Cam Software For Cnc Programming
- Simulation Tools For Manufacturing Processes
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| Surveying Lab | The Surveying Lab provides civil engineering students with practical training in land surveying techniques. It is equipped with modern instruments like total stations and GPS receivers, alongside traditional tools, allowing students to conduct field measurements and map analysis. | - Total Stations
- Theodolites
- Levels (Dumpy, Auto)
- Gps Receivers
- Plane Tables And Chains
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| Geotechnical Engineering Lab | The Geotechnical Engineering Lab is crucial for understanding soil mechanics and foundation engineering. Students perform various tests on soil samples to determine their properties, strength, and settlement characteristics, which are fundamental for civil infrastructure design. | - Direct Shear Test Apparatus
- Triaxial Compression Test Apparatus
- Consolidation Test Apparatus
- Permeability Apparatus
- Soil Classification Equipment
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| Environmental Engineering Lab | The Environmental Engineering Lab focuses on water and wastewater analysis, and pollution control. Students conduct experiments to assess water quality parameters, perform BOD/COD analysis, and learn about various treatment processes, preparing them for environmental sustainability challenges. | - Water Quality Testing Equipment (Ph Meter, Turbidity Meter, Do Meter)
- Spectrophotometers
- Incubators For Bod/cod Analysis
- Air Quality Monitoring Sensors (If Applicable)
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| Concrete Lab | The Concrete Lab provides practical insights into the properties and behavior of concrete and its constituent materials. Students perform tests on cement, aggregates, and concrete mixes to understand strength, durability, and workability, critical for construction material selection and quality control. | - Compression Testing Machine (Ctm)
- Flexural Testing Machine
- Vicat Apparatus For Cement Tests
- Sieve Analysis Equipment
- Concrete Mixer
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| Physics Lab | The Physics Lab offers foundational experiments to demonstrate core physical principles. Students engage in practical sessions covering optics, mechanics, and basic electronics, reinforcing theoretical knowledge through hands-on experimentation and observation. | - Optics Benches And Lasers
- Electronic Circuits And Components
- Mechanics Experimental Setups
- Measurement Instruments
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| Chemistry Lab | The Chemistry Lab is well-equipped for fundamental chemical experiments and analysis. Students perform qualitative and quantitative analyses, gaining practical experience in various chemical reactions, titrations, and instrumental techniques, essential for engineering applications. | - Fume Hoods
- Glassware And Chemical Reagents
- Analytical Instruments (Ph Meters, Conductivity Meters)
- Titration Setups
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| Engineering Workshops | The Engineering Workshops provide hands-on training in basic manufacturing processes and engineering practices. Students gain practical skills in various trades such as fitting, carpentry, welding, and machining, essential for understanding the fabrication and assembly of mechanical components. | - Fitting Shop
- Carpentry Shop
- Welding Shop
- Foundry Shop
- Sheet Metal Shop
- Machine Shop (Lathe, Drilling Machines)
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