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Admission hotline : +91 9061063801 / 0485 2837801
college code MBI
Admission hotline : +91 9061063801 / 485 2837801
college code MBI
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Computer Science and Engineering

lab facilities

COMPUTER CENTRE

The Computer Centre offers a wide range of facilities aimed at supporting student learning and research. Students have access to a feedback system where they can provide input on their educational experience, ensuring continuous improvement. The centre also provides browsing and printing facilities, enabling students to conduct research and prepare coursework efficiently.

In addition, the Language Lab is equipped with resources and support for enhancing language learning and communication skills. It serves as a valuable resource for students aiming to improve their proficiency in various languages.

Moreover, the Common Computing Facility provides students with access to essential software and tools necessary for academic and research purposes. This facility ensures that students across different disciplines have the resources they need to excel in their studies and projects.

Overall, these facilities are designed to enrich the learning experience, foster academic growth, and support students in achieving their educational goals across diverse fields of study.

Computer Centre Details

  1. Total number of computers: 72
  2. Total number of machines utilized: 72
  3. Operating Systems: Ubuntu 16.04, windows 10

COMPUTER LAB 1

(DS,CAD,Compiler,Networking Lab,Web programming,Programming)

The Data Structures Lab enables students to solve problems using various data structures such as arrays, stacks, queues, and trees in the C programming language. In the Compiler Programming Lab, students gain practical experience in coding and debugging software programs. The Networking Lab offers hands-on experience in network programming using Linux system calls and monitoring tools, covering protocol implementation, service configuration, and network simulation. The Web Programming Lab equips students with a comprehensive understanding of web programming concepts, covering essential frontend and backend technologies needed for developing web applications, including HTML, CSS, JavaScript, PHP, MySQL integration, and JSON. This provides students with the opportunity to acquire vital web development skills. The Programming Lab serves as an introductory course in programming, enhancing logical abilities and problem-solving skills through Python, and also teaches students how to test and debug Python code.

Computer Lab 1 Details

  1. Total number of computers: 40
  2. Total number of machines utilized: 40
  3. Operating Systems: Ubuntu 16.04, Windows 7

COMPUTER LAB 2

(DBMS, OOPS Lab)

The DBMS Lab equips students with the skills and knowledge necessary to create, manage, and administer databases effectively. Students gain hands-on experience with various database management tools and technologies, enabling them to design and develop robust databases. Additionally, the lab introduces students to cutting-edge methodologies for handling Big Data, preparing them to address the challenges of managing and analyzing large datasets in real-world applications. Key activities include database creation and management, administrative tasks such as backup and recovery, performance tuning, security management, and the development of custom tools to enhance database functionality. Exposure to emerging Big Data technologies, including distributed databases, data warehousing, and data mining, is also a significant aspect of the learning experience.

The OOPS Lab provides a practical environment for students to explore and apply object-oriented programming (OOP) principles. Through hands-on coding exercises and projects, students deepen their understanding of OOP concepts such as encapsulation, inheritance, polymorphism, and abstraction. The lab emphasizes practical experience, allowing students to develop real-world applications and solve complex programming problems. Activities include fundamental OOP concept exploration, hands-on coding exercises to reinforce theoretical knowledge, project development to design and implement applications using OOP techniques, and advanced topics such as design patterns and software engineering practices, preparing students for professional software development roles.

Computer Lab 2 Details

  1. Total number of computers: 40
  2. Total number of machines utilized: 40
  3. Operating Systems: Ubuntu 16.04, Windows 7

COMPUTER LAB 3

(Project lab)

The Project Lab is dedicated to facilitating student projects and research development. This lab offers a conducive environment equipped with the necessary space and resources for students to work on their academic and innovative projects. It supports a wide range of activities, from initial concept development to the final implementation and testing phases. Students have access to various tools, software, and hardware resources essential for their project needs. Additionally, the lab fosters a collaborative atmosphere, encouraging teamwork and the exchange of ideas among peers. Faculty and technical staff are available to provide guidance and support, ensuring that students can successfully navigate any challenges they encounter. Ultimately, the Project Lab plays a crucial role in helping students bring their theoretical knowledge into practical application, preparing them for real-world engineering and research tasks.

Computer Lab 3 Details

  1. Total number of computers: 40
  2. Total number of machines utilized: 40
  3. Operating Systems: Windows 10

COMPUTER LAB 4

(Logic system design lab, Control System lab, MP&MC lab, Analog circuit lab, Analog circuit and simulation lab, Digital lab,Power Electronics Lab,Power System lab)

In the Logic System Design Lab, students explore the fundamentals of digital logic circuits, gaining knowledge about logic gates, flip-flops, and sequential logic design through tools like VHDL and Verilog. The Microcontroller and Microprocessor Lab provides hands-on experience with various microcontroller architectures, including Arduino, PIC, and ARM, where students program these devices to perform tasks ranging from simple control operations to complex embedded systems.

Analog Circuit Labs offer practical experience in designing and analyzing circuits involving passive and active components such as amplifiers, filters, and oscillators. Complementing this, the Analog Circuit and Simulation Labs integrate software tools like SPICE to simulate and analyze circuit behavior. The Digital Lab focuses on digital electronics, encompassing combinational and sequential logic design, digital signal processing, and FPGA programming, providing a comprehensive exploration of both analog and digital aspects in electrical engineering.

The Control System Laboratory imparts knowledge in linear control theory, transfer function representation, time response analysis, frequency response analysis, stability analysis, and compensation design. Students use MATLAB software to analyze both open-loop and closed-loop systems. The Power System Laboratory conducts experiments on protection, simulation, high voltage, and machines. It features relay testing capabilities, including overcurrent, undervoltage, directional, differential, and distance relays, as well as numerical relay testing.

The Power Electronics Laboratory emphasizes high voltage and current processing for various applications such as energy conservation, alternative energy systems, zero-energy buildings, and locomotion. It focuses on the measurement, simulation, and analysis of power electronic circuits, semiconductor devices, gating methods, and power quality, equipping students with the skills to manage and innovate within the field of power electronics.

Computer Lab 4 Details

  1. Total number of computers: 40
  2. Total number of machines utilized: 40
  3. Operating Systems: Ubuntu 16.04, Windows7, Windows 10

COMPUTER LAB 5

(Database Lab, Data Structure Lab, Mini Project, OS Lab, Networking Lab, Planning Drafting Lab, Machine Drawing Lab, DSP Lab)

The Database Management Systems course aims to teach students the fundamental concepts of database management, enabling them to design and implement database applications. It provides practical exposure to database creation, SQL query formulation, transaction processing, and operations based on NoSQL and MongoDB. The Data Structures Lab focuses on solving problems using data structures such as arrays, stacks, queues, and trees in the C programming language. The Networking Lab offers practical exposure to network programming using Linux system calls and monitoring tools, covering protocol implementation, service configuration, and network simulation.

Operating System concepts are studied using the Linux operating system, where students implement and modify various OS concepts such as Round Robin (RR), Shortest Job First (SJF), First-Come-First-Serve (FCFS), and Priority scheduling algorithms. Additionally, the Data Structures Lab facilitates the practical exploration and implementation of advanced data structure concepts through hands-on exercises and coding projects. This comprehensive approach ensures that students gain both theoretical knowledge and practical skills in essential areas of computer science and engineering.

Computer Lab 5 Details

  1. Total number of computers: 40
  2. Total number of machines utilized: 40
  3. Operating Systems: Ubuntu 16.04, windows 10

COMPUTER LAB 6

(Electro Magnetic, AIC Lab, C Programming Lab, System Software and Microprocessor Lab, Data Structure Lab, Microcontroller Lab, Communication Lab)

The Data Structure Lab provides students with a hands-on environment to explore and implement advanced data structure concepts using the C programming language. Through practical exercises and coding projects, students gain proficiency in using data structures such as arrays, stacks, queues, trees, and hash tables to solve a variety of problems. The lab emphasizes both theoretical understanding and practical application, enabling students to develop efficient algorithms and data handling techniques essential for software development.

Similarly, the System Software and Microprocessor Lab focuses on practical experimentation and implementation of concepts related to system software and microprocessor applications. Students engage in hands-on activities to understand and apply system software principles, including operating system components, compilers, assemblers, and device drivers. Additionally, the lab covers microprocessor architecture and programming, where students learn to write assembly language programs and interface with microcontroller systems like Arduino, PIC, or ARM. This lab ensures students gain practical skills in software and hardware interaction, preparing them for roles in embedded systems, system programming, and software development.

Computer Lab 6 Details

  1. Total number of computers: 40
  2. Total number of machines utilized: 40
  3. Operating Systems: Ubuntu 16.04, windows 10

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