| Civil Engineering CAD Lab | The Civil Engineering CAD Lab provides students with hands-on experience in computer-aided design and drafting, essential skills for modern civil engineering. Equipped with high-performance computers and industry-standard CAD software, the lab enables students to create complex structural designs and simulations. This facility supports practical application of theoretical knowledge, preparing students for professional roles. | - Computers With Cad Software
- Design And Drafting Tools
- Industry-standard Applications
|
| Civil Engineering Concrete Lab | The Concrete Lab for Civil Engineering is where students learn about the properties, mixing, and testing of concrete and its constituents. It houses equipment for mixing concrete, curing samples, and conducting crucial tests like compression strength. This lab is vital for understanding material science in construction and ensuring structural integrity. | - Concrete Mixing Equipment
- Curing Tanks
- Compression Testing Machines
- Aggregate Testing Apparatus
|
| Civil Engineering Survey Lab | The Civil Engineering Survey Lab trains students in land surveying techniques, crucial for construction and infrastructure development. Students gain practical skills using modern surveying instruments like theodolites, total stations, and GPS devices. This lab is fundamental for precise measurements, mapping, and site layout planning. | - Theodolites
- Total Stations
- Levels
- Surveying Instruments
- Gps Devices
|
| Civil Engineering Geotechnical Lab | The Geotechnical Lab focuses on the mechanical properties of soil and rock, critical for foundation design and earthworks in civil engineering. Students conduct various soil tests using specialized equipment to understand shear strength, compaction, and permeability. This lab provides essential knowledge for designing stable and safe civil structures. | - Soil Testing Equipment
- Shear Strength Apparatus
- Compaction Testing Tools
- Permeability Testing Kits
|
| Civil Engineering Structural Analysis Lab | The Structural Analysis Lab allows civil engineering students to experimentally verify theoretical concepts of structural behavior under various loads. Equipped with load testing frames and precise measurement tools, students analyze stress, strain, and deflection in different structural elements. This lab enhances their understanding of structural mechanics and design principles. | - Load Testing Frames
- Strain Gauges
- Deflection Measurement Devices
- Structural Models
|
| Civil Engineering Fluid Mechanics Lab | The Fluid Mechanics Lab in Civil Engineering offers practical insights into fluid behavior, crucial for water resource management and hydraulic structures. Students perform experiments on flow measurement, fluid properties, and the performance of pumps and turbines using hydraulic benches and various gauges. This lab supports the study of fluid dynamics and its applications. | - Hydraulic Benches
- Flow Measurement Devices
- Pump And Turbine Setups
- Pressure Gauges
|
| Civil Engineering Transportation Lab | The Transportation Lab focuses on the design, construction, and maintenance of transportation infrastructure, including roads and pavements. Students conduct tests on pavement materials like bitumen and aggregates, and analyze traffic patterns using specialized equipment. This lab provides practical training in highway engineering and transportation planning. | - Pavement Testing Equipment
- Bitumen Testing Apparatus
- Traffic Survey Instruments
- Aggregate Property Testing
|
| Civil Engineering Environmental Lab | The Environmental Lab is dedicated to studying environmental engineering principles, including water and wastewater treatment, and pollution control. Students analyze water quality, assess air pollution, and characterize solid waste using a variety of testing kits and analytical instruments. This lab is crucial for developing sustainable environmental solutions. | - Water Quality Testing Kits
- Air Pollution Monitoring Equipment
- Waste Analysis Instruments
- Spectrophotometers
|
| Computer Science Programming Lab | The Programming Lab is a core facility for Computer Science students, offering a robust environment for learning and practicing various programming languages. Equipped with high-performance computers and a comprehensive suite of Integrated Development Environments and compilers, it supports coding in multiple languages. This lab is essential for developing foundational programming skills and problem-solving abilities. | - High-performance Computers
- Programming Ides
- Compilers For Multiple Languages (C, C++, Java, Python)
- Debugging Tools
|
| Computer Science Data Structure Lab | The Data Structure Lab focuses on the implementation and analysis of fundamental data structures and algorithms. Students use specialized software tools to visualize complex data structures and efficiently implement various algorithms. This lab is critical for understanding efficient data organization and computational problem-solving techniques. | - Specialized Software For Data Structure Visualization
- Algorithm Implementation Tools
- Performance Analysis Utilities
|
| Computer Science DBMS Lab | The DBMS Lab provides practical exposure to database management systems, covering design, implementation, and administration. Students work with popular database software like MySQL, Oracle, and SQL Server, learning to design efficient databases and optimize SQL queries. This lab is indispensable for careers involving data management and application development. | - Database Management Systems (Mysql, Oracle, Sql Server)
- Database Design Tools
- Sql Query Optimization Tools
|
| Computer Science Computer Graphics Lab | The Computer Graphics Lab offers a dedicated environment for exploring the principles and applications of computer graphics. Equipped with high-end graphics workstations and specialized software, students engage in graphics programming, image processing, and animation. This lab is ideal for those interested in visual computing, game development, and multimedia applications. | - High-end Graphics Workstations
- Graphics Programming Libraries (Opengl)
- Image Processing Software
- Animation Tools
|
| Computer Science Operating System Lab | The Operating System Lab provides a platform for students to understand the internal workings and principles of operating systems. Through hands-on experiments, students learn about process management, memory management, and file systems, often using virtualization software for safe experimentation. This lab is fundamental for those pursuing system-level programming and software development. | - Virtualization Software
- Operating System Kernels For Experimentation
- System Programming Tools
- Network Simulation Tools
|
| Computer Science Networking Lab | The Networking Lab offers a practical environment for students to grasp the concepts of computer networks, protocols, and network administration. Equipped with real networking hardware like routers and switches, along with simulation software, students gain hands-on experience in network configuration and troubleshooting. This lab is crucial for developing skills in network design, security, and management. | - Routers
- Switches
- Network Cables
- Network Simulation Software (Packet Tracer)
- Protocol Analyzers
|
| Computer Science Web Technology Lab | The Web Technology Lab provides the necessary tools and environment for students to learn and practice modern web development. Students gain proficiency in front-end and back-end web technologies using various frameworks, web servers, and database integration tools. This lab is fundamental for aspiring web developers and full-stack engineers. | - Web Development Frameworks (Html, Css, Javascript, Php, Asp.net)
- Web Servers (Apache, Nginx)
- Database Integration Tools
|
| Computer Science Project Lab | The Computer Science Project Lab serves as a dedicated space for students to work on their academic projects and research initiatives. It offers specialized workstations and the flexibility to access various software and hardware resources as required by individual projects. This lab fosters innovation and provides a collaborative environment with faculty mentoring support. | - Dedicated Workstations
- Access To Specialized Software/hardware As Needed
- Collaboration Space
- Mentoring Support
|
| Electronics & Communication Analog & Digital Electronics Lab | This lab is fundamental for Electronics & Communication Engineering students, providing hands-on experience with both analog and digital electronic circuits. Students use equipment like oscilloscopes, function generators, and digital trainer kits to design, build, and test various electronic components and systems. It is crucial for understanding the core principles of electronics. | - Breadboards
- Function Generators
- Oscilloscopes
- Digital Trainers
- Logic Gates Kits
|
| Electronics & Communication Communication Systems Lab | The Communication Systems Lab provides practical exposure to various communication techniques and systems. Students experiment with modulation and demodulation, signal transmission, and reception using specialized kits and spectrum analyzers. This lab is essential for understanding the principles behind modern communication technologies, from analog to digital systems. | - Modulation/demodulation Kits
- Antenna Trainers
- Spectrum Analyzers
- Communication Link Setups
|
| Electronics & Communication Microprocessor & Microcontroller Lab | This lab focuses on the architecture and programming of microprocessors and microcontrollers, core components in embedded systems and digital control. Students work with various development kits, learning to interface with peripherals and program these devices for specific applications. It is crucial for students interested in hardware-software integration and embedded systems design. | - Microprocessor/microcontroller Kits (8085, 8086, Arduino, Raspberry Pi)
- Interfacing Modules
- Programming Software
|
| Electronics & Communication VLSI Lab | The VLSI Lab provides an advanced environment for designing, simulating, and testing Very Large Scale Integration circuits. Students utilize industry-standard VLSI design software and FPGA boards to develop integrated circuits and understand the complexities of chip design. This lab is vital for those aiming for careers in semiconductor design and embedded systems. | - Vlsi Design Software (Cadence, Xilinx, Tanner Tools)
- Fpga Boards
- Asic Design Flows
|
| Electronics & Communication Embedded Systems Lab | The Embedded Systems Lab focuses on the design and implementation of dedicated computer systems within larger devices. Students work with various embedded development boards, sensors, and actuators to build and program real-time applications. This lab provides practical experience in integrating hardware and software for specialized functionalities. | - Embedded Development Boards
- Sensors And Actuators
- Real-time Operating Systems (Rtos)
- Cross-compilers
|
| Electronics & Communication Project Lab | The Electronics & Communication Project Lab offers a dedicated workspace for students to conceptualize, design, and implement their final year and other academic projects. It provides necessary workstations, testing equipment, and prototyping components. This lab encourages innovation and practical application of learned concepts, with faculty guidance available. | - Workstations With Design Software
- Testing Equipment (Oscilloscopes, Multimeters)
- Components For Prototyping
- Mentorship Support
|
| Electrical Engineering Electrical Machines Lab | The Electrical Machines Lab provides hands-on experience with various types of electrical machines, fundamental to power generation, transmission, and utilization. Students conduct experiments on DC and AC motors, generators, and transformers, analyzing their characteristics and performance under different loads. This lab is essential for understanding the principles of electromechanical energy conversion. | - Dc Machines
- Ac Machines (Induction Motors, Synchronous Motors)
- Transformers
- Load Banks
- Measurement Devices
|
| Electrical Engineering Power Electronics Lab | The Power Electronics Lab focuses on the application of solid-state electronics for the control and conversion of electrical power. Students work with various power semiconductor devices and converter circuits to design and test power control systems. This lab is vital for understanding energy efficiency and modern power management applications. | - Power Semiconductor Devices (Scr, Mosfet, Igbt)
- Converter Circuits (Ac-dc, Dc-dc, Dc-ac)
- Digital Signal Processors (Dsps) For Control
|
| Electrical Engineering Power Systems Lab | The Power Systems Lab provides a practical understanding of the generation, transmission, and distribution of electrical power. Students perform experiments on transmission line characteristics, protection schemes, and fault analysis. This lab utilizes specialized software and hardware to simulate and analyze complex power system scenarios, preparing students for roles in the energy sector. | - Transmission Line Models
- Protection Relays
- Load Flow Analysis Software
- Fault Analysis Setups
|
| Electrical Engineering Control Systems Lab | The Control Systems Lab allows students to explore the principles of automatic control and system dynamics. Through experiments with PID controllers, servo mechanisms, and process control trainers, students design and analyze control systems for various industrial applications. The lab also utilizes simulation software like MATLAB/Simulink for complex system modeling. | - Pid Controllers
- Servo Mechanisms
- Process Control Trainers
- Matlab/simulink Software
|
| Electrical Engineering Measurement & Instrumentation Lab | The Measurement & Instrumentation Lab provides practical training in the principles and techniques of electrical measurement and instrumentation. Students learn to use various measuring instruments like multimeters, oscilloscopes, and transducers to analyze electrical parameters. This lab is essential for developing skills in accurate data acquisition and sensor applications. | - Digital Multimeters
- Function Generators
- Oscilloscopes
- Transducers
- Data Acquisition Systems
|
| Electrical Engineering Project Lab | The Electrical Engineering Project Lab serves as a hub for students to undertake their project work, fostering innovation and practical problem-solving. It offers dedicated workstations and access to a wide array of electrical components, testing equipment, and simulation software. This lab provides a supportive environment for students to transform theoretical knowledge into functional prototypes and systems. | - Dedicated Workstations
- Access To Various Electrical Components
- Testing And Prototyping Tools
- Software For Circuit Simulation
|
| Mechanical Engineering Workshop | The Mechanical Engineering Workshop provides fundamental practical training in manufacturing processes and material handling. Students gain hands-on experience with various machining tools, welding equipment, and carpentry tools, learning essential fabrication and assembly skills. This facility is crucial for understanding industrial production techniques and developing basic engineering craftsmanship. | - Machining Tools (Lathes, Milling Machines)
- Welding Equipment
- Carpentry Tools
- Fitting Tools
- Sheet Metal Tools
|
| Mechanical Engineering Machine Shop | The Machine Shop is an advanced facility within Mechanical Engineering, focusing on precision machining and manufacturing. It houses advanced CNC machines and a variety of conventional machines, enabling students to create complex mechanical components with high accuracy. This lab is essential for developing skills in advanced manufacturing processes and quality control. | - Advanced Cnc Machines
- Precision Measuring Instruments
- Grinding Machines
- Drilling Machines
- Tool Sets
|
| Mechanical Engineering Fluid Mechanics Lab | The Mechanical Engineering Fluid Mechanics Lab offers practical study of fluid behavior, essential for designing hydraulic machinery and fluid systems. Students conduct experiments on fluid properties, flow patterns, and the performance of pumps and turbines using specialized equipment. This lab provides critical insights into fluid dynamics applications in mechanical systems. | - Hydraulic Pumps
- Turbines
- Flow Meters
- Reynolds Apparatus
- Manometers
|
| Mechanical Engineering Thermodynamics Lab | The Thermodynamics Lab is dedicated to the experimental study of energy conversion, heat engines, and refrigeration cycles. Students work with engine test rigs, refrigeration setups, and calorimeters to analyze thermal efficiency and energy transfer. This lab is crucial for understanding fundamental thermodynamic principles and their application in thermal systems. | - Engine Test Rigs (Ic Engines)
- Refrigeration And Ac Test Rigs
- Calorimeters
- Pressure And Temperature Sensors
|
| Mechanical Engineering Heat & Mass Transfer Lab | The Heat & Mass Transfer Lab provides practical experience in the mechanisms of heat and mass transfer, vital for thermal system design. Students perform experiments on different types of heat exchangers and analyze conduction, convection, and radiation phenomena. This lab is essential for understanding energy efficiency and process optimization in various engineering applications. | - Heat Exchangers (Various Types)
- Convection And Conduction Apparatus
- Radiation Measurement Setups
- Mass Diffusion Cells
|
| Mechanical Engineering Theory of Machines Lab | The Theory of Machines Lab allows students to study the kinematics and dynamics of mechanical systems. Students experiment with various mechanisms, gear trains, and balancing machines to understand motion, forces, and vibrations in machinery. This lab is fundamental for designing and analyzing mechanical components and ensuring their smooth operation. | - Kinematic Link Mechanisms
- Dynamic Balancing Machines
- Gear Train Models
- Vibration Analysis Setups
- Governor Mechanisms
|
| Mechanical Engineering CAD/CAM Lab | The Mechanical Engineering CAD/CAM Lab integrates computer-aided design and manufacturing, essential for modern product development. Students use high-performance workstations with advanced CAD and CAM software to design components and generate programs for CNC machines. This lab also features 3D printing capabilities, providing comprehensive experience in digital design and rapid prototyping. | - High-performance Workstations
- Cad Software (Solidworks, Autocad, Catia)
- Cam Software
- Cnc Programming Tools
- 3d Printing Capabilities
|
| Mechanical Engineering Metrology Lab | The Metrology Lab provides specialized equipment for precise measurement and quality control in mechanical engineering. Students learn to use various precision instruments, including micrometers, calipers, and surface roughness testers, along with optical comparators. This lab is vital for ensuring dimensional accuracy and quality standards in manufactured parts. | - Precision Measuring Instruments (Micrometers, Calipers, Gauges)
- Surface Roughness Testers
- Optical Comparators
- Coordinate Measuring Machines (Cmm)
|
| Mechanical Engineering Automobile Lab | The Automobile Lab offers practical insights into automotive engineering, covering vehicle systems, components, and diagnostics. Students work with engine cut sections, various vehicle systems like transmission and suspension, and modern diagnostic tools. This lab is invaluable for understanding the design, operation, and maintenance of automobiles. | - Engine Cut Sections
- Vehicle Systems (Transmission, Suspension)
- Diagnostic Tools
- Automotive Components
|
| Mechanical Engineering Project Lab | The Mechanical Engineering Project Lab serves as a collaborative space where students can conceptualize, design, and execute their innovative projects. It provides dedicated workstations, access to essential machining and fabrication equipment, and support for simulation software. This lab fosters creativity and problem-solving skills, allowing students to bring their engineering ideas to fruition with expert guidance. | - Dedicated Workspace
- Access To Machining Tools
- Fabrication Equipment
- Simulation Software Support
- Mentorship From Faculty
|