Artificial Intelligence (AI) Lab | The Artificial Intelligence Lab provides cutting-edge resources for students and researchers exploring the frontiers of AI and Machine Learning. Equipped with high-performance computing systems and GPU-accelerated workstations, it supports complex data processing and algorithm development. Access to specialized software platforms ensures hands-on experience with industry-relevant tools. | - High-performance Computing Systems
- Specialized Ai/ml Software Platforms (E.g., Tensorflow, Pytorch)
- Gpu-accelerated Workstations
- Internet Connectivity For Research
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Operating Systems (OS) Lab | The Operating Systems Lab is designed to provide students with practical experience in understanding and managing various operating systems. It is equipped with modern computer systems and software necessary for experimenting with OS functionalities, system calls, process management, and memory allocation. This lab is crucial for developing core computer science skills. | - Modern Computer Systems
- Multiple Operating Systems (Windows, Linux Variants)
- System Programming Tools
- Network Connectivity
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Database Lab | The Database Lab offers a comprehensive environment for students to learn and practice database design, implementation, and management. It features various industry-standard database management systems and supports practical work on data modeling, SQL querying, and database administration. This lab is vital for developing proficiency in data-driven applications. | - Database Management Systems (E.g., Oracle, Mysql, Sql Server)
- Client-server Architecture Setup
- Data Modeling Tools
- High-end Workstations
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Project Lab (Computer Science) | The Computer Science Project Lab serves as a dedicated space for students to work on their academic and research projects. It provides individual workstations equipped with a broad spectrum of development tools and integrated development environments, fostering an environment conducive to innovation and problem-solving. This lab is crucial for bringing theoretical knowledge to practical application. | - Dedicated Workstations For Project Development
- Access To A Wide Range Of Development Tools And Ides
- Collaborative Workspaces
- Internet Access
- Technical Support
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Networking Lab | The Networking Lab provides a hands-on environment for students to understand network protocols, design, and implementation. It is equipped with various networking hardware, including routers and switches, along with industry-standard network simulators. Students gain practical experience in configuring networks, troubleshooting connectivity issues, and exploring network security. | - Network Simulators (E.g., Cisco Packet Tracer)
- Routers, Switches, And Other Networking Hardware
- Network Monitoring Tools
- Cabling And Connectivity Setups
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Programming Lab | The Programming Lab is a fundamental facility where students develop and refine their coding skills across various programming languages. It provides a robust environment with computers pre-installed with compilers and IDEs for languages like C, C++, Java, and Python. This lab supports practical coding assignments, competitive programming, and fundamental software development. | - Computers With Multiple Programming Language Compilers (C, C++, Java, Python)
- Integrated Development Environments (Ides)
- Debugging Tools
- Internet Access
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Digital Electronics Lab | The Digital Electronics Lab offers practical exposure to the fundamentals of digital circuits and logic design. Students work with digital IC trainers, logic gates, and various testing equipment to build and analyze digital systems. This lab is crucial for understanding the core components of modern electronic devices and systems. | - Digital Ic Trainers
- Logic Gates And Circuits Kits
- Oscilloscopes
- Function Generators
- Power Supplies
- Breadboards
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Analog Circuits Lab | In the Analog Circuits Lab, students explore the behavior and application of analog electronic components and circuits. It is furnished with analog circuit trainers, CROs, signal generators, and various discrete components, allowing for comprehensive experimentation with amplifier designs, filter circuits, and more. This lab forms the bedrock of analog electronics understanding. | - Analog Circuit Trainers
- Cros (Cathode Ray Oscilloscopes)
- Signal Generators
- Multimeters
- Transistors, Diodes, Operational Amplifiers
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VLSI Lab | The VLSI Lab provides specialized infrastructure for designing, simulating, and testing Very Large Scale Integration circuits. Equipped with industry-standard VLSI design software and FPGA development boards, students gain practical experience in front-end and back-end ASIC design flows. This lab is essential for those pursuing careers in chip design and embedded systems. | - Vlsi Design Software (E.g., Cadence, Synopsys, Mentor Graphics Tools)
- Fpga Development Boards
- High-performance Workstations
- Simulation And Synthesis Tools
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Communication Lab | The Communication Lab offers comprehensive facilities for students to experiment with various aspects of analog and digital communication systems. It includes trainer kits for different modulation techniques, antenna systems, and spectrum analyzers, enabling practical understanding of signal transmission and reception. This lab is vital for mastering telecommunications principles. | - Analog And Digital Communication Trainer Kits
- Antenna Training Systems
- Spectrum Analyzers
- Modulation/demodulation Circuits
- Optical Fiber Communication Setups
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Microprocessor Lab | The Microprocessor Lab provides hands-on experience with microprocessor and microcontroller architectures and programming. Students utilize various trainer kits and interfacing modules to design and implement embedded systems, program in assembly language, and debug hardware. This lab is foundational for understanding the control systems and embedded computing essential in modern electronics. | - Microprocessor And Microcontroller Trainer Kits (8085, 8086, Arm)
- Interfacing Modules (Adc, Dac, Stepper Motor)
- Assembly Language Programming Environment
- Hardware Debugging Tools
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CAD/CAM Lab | The CAD/CAM Lab is a state-of-the-art facility for mechanical engineering students, providing hands-on experience with Computer-Aided Design and Manufacturing. It is equipped with high-end workstations running industry-standard software like SolidWorks and ANSYS, along with 3D printers and CNC machine simulators. This lab is crucial for developing skills in product design, analysis, and automated manufacturing processes. | - High-end Workstations With Professional Cad/cam Software (E.g., Solidworks, Autocad, Catia, Ansys)
- Cnc Machines (Simulators And Possibly Small-scale Physical Units)
- 3d Printers
- Digitizers
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Heat Engines Lab | The Heat Engines Lab offers practical insights into the working principles and performance analysis of various thermal power generation systems. It houses IC engine test rigs, steam turbine setups, and compressors, enabling students to conduct experiments on engine performance, fuel efficiency, and energy conversion. This lab is fundamental for understanding thermal engineering applications. | - Internal Combustion (Ic) Engine Test Rigs (Petrol And Diesel)
- Steam Turbines And Boilers Setups
- Compressors
- Dynamometers
- Temperature And Pressure Measurement Devices
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Fluid Mechanics Lab | The Fluid Mechanics Lab provides experimental facilities to study the behavior of fluids at rest and in motion. It includes hydraulic benches, various flow measurement devices, and experimental setups for pumps and turbines, allowing students to verify theoretical concepts through practical measurements. This lab is essential for mechanical and civil engineering students to understand fluid dynamics applications. | - Hydraulic Benches
- Flow Measurement Devices (Venturimeter, Orifice Meter)
- Pumps And Turbines Experimental Setups
- Manometers And Pressure Gauges
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Manufacturing Process Lab | The Manufacturing Process Lab provides hands-on experience with fundamental manufacturing techniques and machinery. Students learn about various machining operations on lathes, milling, and drilling machines, alongside practical skills in welding, foundry, and sheet metal working. This lab is crucial for developing a practical understanding of material shaping and fabrication processes. | - Lathe Machines
- Milling Machines
- Drilling Machines
- Welding Equipment (Arc, Gas)
- Foundry Equipment
- Sheet Metal Working Tools
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Material Testing Lab | The Material Testing Lab is equipped to evaluate the mechanical properties of various engineering materials. It houses a Universal Testing Machine (UTM), impact testing machines, and various hardness testers, enabling students to perform destructive and non-destructive tests. This lab is vital for understanding material behavior under different loading conditions and for material selection in design. | - Universal Testing Machine (Utm)
- Impact Testing Machine
- Hardness Testers (Brinell, Rockwell, Vickers)
- Metallurgical Microscopes
- Specimen Preparation Equipment
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Geotechnical Engineering Lab | The Geotechnical Engineering Lab provides facilities for the detailed analysis of soil properties and behavior. Students conduct experiments using equipment for Atterberg limits, sieve analysis, direct shear, and triaxial compression tests, gaining practical insights into soil mechanics and foundation engineering. This lab is essential for civil engineering applications in construction. | - Soil Testing Equipment (E.g., Atterberg Limits, Sieve Analysis, Direct Shear, Triaxial Compression)
- Permeability Apparatus
- Compaction Test Equipment
- Consolidation Apparatus
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Environmental Engineering Lab | The Environmental Engineering Lab is dedicated to analyzing and monitoring environmental parameters related to water, wastewater, and air quality. It features advanced instruments for testing pH, turbidity, dissolved oxygen, and includes equipment for BOD/COD analysis. This lab is crucial for understanding pollution control, water treatment processes, and sustainable environmental practices. | - Water Quality Testing Kits (Ph Meter, Turbidity Meter, Do Meter)
- Spectrophotometers
- Bod/cod Incubators
- Air Quality Monitoring Instruments
- Waste Analysis Equipment
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Transportation Engineering Lab | The Transportation Engineering Lab focuses on the design and evaluation of materials used in road construction and traffic analysis. It includes equipment for testing bitumen and aggregates, along with Marshall stability apparatus for pavement mix design. This lab provides practical insights into road construction quality control and traffic management studies. | - Bitumen Testing Equipment (Penetrometer, Ductility, Softening Point)
- Aggregate Testing Apparatus (Crushing Value, Abrasion, Impact)
- Marshall Stability Apparatus
- Traffic Survey Equipment
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Structural Analysis Lab | The Structural Analysis Lab is designed to provide practical validation of theoretical concepts in structural mechanics. Students utilize loading frames, strain gauges, and deflection measurement devices to analyze the behavior of various structural elements under load. This lab is essential for understanding stress, strain, and deformation in civil engineering structures. | - Loading Frames
- Strain Gauges And Data Acquisition Systems
- Deflection Measurement Devices
- Models Of Structural Elements (Beams, Trusses, Frames)
- Software For Structural Analysis
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Power Electronics Lab | The Power Electronics Lab offers hands-on experience with the design and control of power electronic circuits used in various applications like motor drives and renewable energy systems. It is equipped with different converter kits and a range of power semiconductor devices, allowing students to experiment with rectification, inversion, and chopper circuits. This lab is crucial for understanding efficient power conversion. | - Power Electronic Converter Kits (Ac-dc, Dc-dc, Dc-ac)
- Scrs, Igbts, Mosfets And Other Power Devices
- Oscilloscopes
- Digital Multimeters
- Inductors And Capacitors
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Electrical Machines Lab | The Electrical Machines Lab provides practical exposure to the construction, operation, and control of various electrical machines. It houses a comprehensive range of DC and AC machines, transformers, and load banks, enabling students to conduct experiments on performance characteristics and efficiency. This lab is fundamental for understanding electromechanical energy conversion. | - Dc Machines (Motors, Generators)
- Ac Machines (Induction Motors, Synchronous Motors/generators)
- Transformers
- Load Banks
- Speed And Torque Measurement Devices
- Motor Control Panels
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Control Systems Lab | The Control Systems Lab focuses on the principles of feedback control and automation. It features control system trainer kits, servo motor control setups, and PLC trainers, allowing students to design, implement, and analyze control strategies. Integration with software like MATLAB/Simulink provides a powerful platform for simulation and real-time control applications. | - Control System Trainer Kits (Pid, Lead-lag Compensators)
- Servo Motor Control Setups
- Plc (Programmable Logic Controller) Trainers
- Matlab/simulink Software
- Sensors And Actuators
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Engineering Mechanics Lab | The Engineering Mechanics Lab provides foundational experimental setups to understand basic principles of forces, equilibrium, and motion. Students conduct experiments using apparatus for force polygons, Lami's theorem, and friction, gaining a practical grasp of concepts fundamental to all engineering disciplines. This lab is essential for validating theoretical mechanics principles. | - Force Polygon Apparatus
- Lami's Theorem Apparatus
- Friction Apparatus
- Moment Of Inertia Apparatus
- Worm And Worm Wheel Arrangements
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Strength of Materials Lab | The Strength of Materials Lab is equipped to evaluate the mechanical behavior of materials under various loading conditions, including tension, compression, torsion, and bending. Students utilize a torsion testing machine, hardness testers, and beam deflection apparatus to understand stress-strain relationships and material failure modes. This lab is crucial for civil and mechanical engineering applications. | - Torsion Testing Machine
- Hardness Testing Machines (Various Types)
- Impact Testing Machine
- Fatigue Testing Machine
- Deflection Of Beam Apparatus
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Theory of Machines Lab | The Theory of Machines Lab offers practical demonstration and analysis of various machine elements and mechanisms. Students work with governors, gyroscopes, cam-follower mechanisms, and gear train models to understand kinematic and dynamic aspects of machinery. This lab is vital for mechanical engineers to design and analyze machine performance and stability. | - Governors Apparatus
- Gyroscope Apparatus
- Cam And Follower Mechanisms
- Gear Train Models
- Vibration Analysis Setups
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Basic Physics Lab | The Basic Physics Lab provides fundamental experimental setups for first-year engineering students to explore core physics principles. It is equipped with apparatus for experiments in optics, electricity, mechanics, and wave phenomena, helping students to develop practical skills in measurement and observation. This lab forms a crucial scientific foundation for all engineering disciplines. | - Optics Benches
- Electrical Circuit Boards
- Oscilloscopes
- Spectrometers
- Micrometers And Vernier Calipers
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Advanced Physics Lab | The Advanced Physics Lab facilitates in-depth experimentation in modern physics and material science, complementing undergraduate and postgraduate research. It features sophisticated instruments like X-ray diffraction units, Hall effect apparatus, and semiconductor characterization systems, enabling advanced studies. This lab provides critical tools for cutting-edge scientific inquiry. | - X-ray Diffraction Unit (Xrd)
- Hall Effect Apparatus
- Photoelectric Effect Kit
- Semiconductor Characterization Systems
- Advanced Optics Setups
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Basic Chemistry Lab | The Basic Chemistry Lab is equipped for foundational experiments in engineering chemistry, providing a safe and organized environment for students. It features fume hoods for ventilation, comprehensive glassware, and a wide array of chemical reagents, allowing for practical studies in volumetric analysis, organic synthesis, and basic inorganic reactions. This lab is essential for practical understanding of chemical principles. | - Fume Hoods
- Glassware Sets
- Chemical Reagents
- Ph Meters
- Heating Mantles And Stirrers
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Instrumental Analysis Lab | The Instrumental Analysis Lab introduces students to advanced analytical techniques using sophisticated scientific instruments. It features UV-Vis Spectrophotometers, Flame Photometers, and conductivity meters, enabling precise quantitative and qualitative analysis of samples. This lab is vital for applications in environmental monitoring, material characterization, and quality control. | - Uv-vis Spectrophotometer
- Flame Photometer
- Conductivity Meter
- Potentiometer
- Chromatography Systems (Basic)
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