“Ideate. Innovate. Create.”
Department of Information Technology, one of the oldest departments of the school, was established in 2006. We offer undergraduate, integrated, and doctoral programmes. We have qualified and dedicated faculty members. Our Bachelor of Technology (Information Technology) programme is accredited by the National Board of Accreditation (NBA) under the Tier-I category. We are popular among students for our expertise in Computer Networks, Data Ware Housing and Mining, Data Analytics, Machine Learning and Artificial Intelligence, the Internet of Things, Cloud Computing, Cyber security, and Forensics. We hold a good rapport with several people in the industry and follow the changing trends. We are committed to facilitating an engaging learning environment with the use of traditional and innovative pedagogy.
To impart quality education and conduct research relevant to the needs of the national and international community for improving the quality of human life.
To meet the contemporary Information Technology demands in industry and society at large by equipping human resources with technical and management skills by delivering relevant curriculum, using state-of-the-art pedagogical innovations, and inspiring students to undertake relevant research.
Program Outcomes:
Program Specific Outcomes (PSOs) of IT Department
Course Outcomes
| Semester | Course Name | Course Outcomes | |
| III | Discrete Mathematics | CO-1 | Define and relate basic notions of discrete mathematics, |
| CO-2 | Demonstrate the ability to understand mathematical logic, concepts in abstract algebra and mathematical proof techniques, | ||
| CO-3 | Solve problems based on combinatorics, graph theory and abstract algebra, | ||
| CO-4 | Demonstrate understanding of the applications of algebra, combinatorics and graph theory | ||
| Data Structures and Algorithms | CO-1 | 1. Understand the concept of data structures and computational complexity | |
| CO-2 | 2. Identify and implement appropriate linear data structure for the given problem. | ||
| CO-3 | 3. Identify and implement appropriate non-linear data structure for the given problem. | ||
| CO-4 | 4. Differentiate various searching and sorting algorithms. | ||
| Signal and Systems | CO-1 | Classify the continuous time and discrete time signals and systems | |
| CO-2 | Apply various mathematical operations to analyze signals and systems | ||
| CO-3 | Analyze the continuous time signals and systems using various transforms | ||
| CO4 | Determine the frequency spectrum of discrete time signals and systems response | ||
| Digital Logic Design | CO-1 | Explain the concept of digital system and logic simplification | |
| CO-2 | Develop combinational circuits for various applications | ||
| CO-3 | Design sequential circuits for various application | ||
| CO-4 | Implement basic digital logic circuits using EDA tools with the help of HDL | ||
| Database Management Systems | CO-1 | Describe core concepts of database and model a database management system through ER modelling. | |
| CO-2 | Apply knowledge of relational algebra and structured query language to retrieve and manage data from relational database. | ||
| CO-3 | Demonstrate the use of normalization for database design. | ||
| CO-4 | Use modern database techniques such as NoSQL | ||
| Computer Networks | CO-1 | Explain the concepts of computer networks, topologies and data communication. | |
| CO-2 | Analyze the various error detection and correction and medium access techniques. | ||
| CO-3 | Apply network layer addressing and routing techniques to different network topologies. | ||
| CO-4 | Analyze the different protocols of the layered architecture of computer networks | ||
| Web Programming | CO-1 | Explain the fundamentals of web programming | |
| CO-2 | Design front end of a web application | ||
| CO-3 | Establish database connectivity between front-end and back-end | ||
| Technical Communication | CO-1 | Apply the fundamentals of written communication to create written documents that are coherent, error-free and well organized. | |
| CO-2 | Develop the ability to create effective and persuasive business correspondence, such as letters and emails, that follow etiquette and are able to achieve the desired outcomes. | ||
| CO-3 | Create basic reports such as memo, letter and survey-based report, using their understanding of report writing. | ||
| Community Service | CO-1 | develop increased self‐awareness and understanding of one’s personality and emotional intelligence, | |
| CO-2 | improve networking, interpersonal communication, leadership and organizational skills, | ||
| CO-3 | develop an awareness and understanding of one’s multiple roles and responsibilities as a part of the society, | ||
| CO-4 | explore foundational concepts of healthy human relationship like empathy, compassion and cooperation | ||
| CO-5 | improve critical and analytical thinking abilities, oral and written expression. | ||
| IV | Probability and Statistics | CO-1 | Solve problems involving random variables, probability distributions and testing of hypothesis, correlation and regression |
| CO-2 | Identify suitable probability distribution and testing techniques to solve problems | ||
| CO-3 | Apply knowledge of random variables, probability distributions, measures of central tendency, correlation and regression to solve real life problems | ||
| CO-4 | Analyse data samples using statistical methods | ||
| Programming for Analytics | CO-1 | Create data sets suitable for analysis | |
| CO-2 | Generate summary reports | ||
| CO-3 | Access and manipulate data stored in excel or raw data files | ||
| CO-4 | Perform data transformations and iterative data processing | ||
| Object Oriented Programming | CO-1 | Explain and implement the basic concepts in Java such as defining classes, creating objects, invoking methods, handling exceptions etc | |
| CO-2 | Design solutions for a given problem using the concepts of Abstraction, Polymorphism, Encapsulation, Inheritance in OOP paradigm. | ||
| CO-3 | Design Class diagrams for solving a real-world problem. | ||
| Principles of Artificial Intelligence | CO-1 | Explain the history & basic principles of AI in solutions that require problem solving | |
| CO-2 | Discuss knowledge representation and apply learning techniques like Neural networks, Bayesian networks etc. in various AI problems | ||
| CO-3 | Analyze and design a real-world problem for implementation of NLP methods | ||
| Operating Systems | CO-1 | Comprehend the objectives, services and different architectures of the Operating System and their types. | |
| CO-2 | Conduct simulation experiments on process scheduling, inter-process communication, deadlock avoidance of system by using different algorithms, | ||
| CO-3 | Implement and evaluate the various memory management techniques provided by the OS to improve the overall system performance | ||
| CO-4 | Comprehend the techniques to manage files & methods to access different storage devices. | ||
| Data Warehousing and Mining | CO-1 | Understand the fundamentals of Data Warehouse, Data Mining and their importance in providing solutions to real world problems, | |
| CO-2 | Understand ETL, analytical processing and information delivery in data warehouse, | ||
| CO-3 | Select and implement appropriate data mining algorithms for solving practical problems. | ||
| Computer Organisation and Architecture | CO-1 | Discuss the functional blocks of computers and the interconnections | |
| CO-2 | Evaluate the memory system | ||
| CO-3 | Explain the components of the Central Processing Unit | ||
| CO-4 | Describe Input Output and Parallel Organization | ||
| V | Embedded Systems | CO-1 | Explain embedded system architecture and RTOS |
| CO-2 | Identify how microprocessor, memory, peripheral components and buses interact in an embedded system design | ||
| CO-3 | Develop solutions for various real time applications using Embedded programming | ||
| Visual Analytics | CO-1 | Demonstrate a working knowledge of data visualization | |
| CO-2 | Create visualization charts appropriate for the underlying data | ||
| CO-3 | Apply modern statistical learning techniques on data visualizations | ||
| CO-4 | Design and implement interactive links between various objects in a data visualization report | ||
| Human Computer Interaction | CO-1 | Discuss the importance of good interface design for human computer interaction | |
| CO-2 | Apply design principles, models and evaluation techniques to user interface design | ||
| CO-3 | Identify various aspects of user experience and design thinking in HCI | ||
| CO-4 | Design user interface application using HCI concept | ||
| Software Engineering | CO-1 | Explain the characteristics of various process models used in the development of a Software project | |
| CO-2 | Demonstrate an understanding of various Analysis and Design models that provide a basis for the software development | ||
| CO-3 | Apply UML concepts for modelling software functionality for a given scenario | ||
| CO-4 | Create test cases for validating the working of the software developed | ||
| Management Information Systems (Elective) | CO-1 | Explain the role of Information System in business environment | |
| CO-2 | Analyze existing business applications in use and design a business application for a given scenario | ||
| CO-3 | Describe the implications of social media on organizations | ||
| CO-4 | Identify the challenges in the management of global information systems and assess the security and ethical concerns | ||
| Adv. Data Structures (Elective) | CO-1 | Choose appropriate data structures and algorithms, understand the ADT/libraries, and use it to design algorithms for a specific problem. | |
| CO-2 | Design and Implement solution for a given real time problem using hashing techniques. | ||
| CO-3 | Use and Implement red-black trees, B-trees and Splay trees. | ||
| CO-4 | Implement pattern matching algorithms for various text processing applications. | ||
| Service Oriented Architecture (Elective) | CO-1 | Design and implement web services for creating enterprise web applications | |
| CO-2 | Explore semantic web to create ontologies and to query RDFs | ||
| CO-3 | Execute web service integration, deployment and Security of micro services | ||
| AI and Robotics (Elective) | CO-1 | Describe basic principles of AI toward problem solving, inference, perception, knowledge representation, and learning. | |
| CO-2 | Explain and implement advance AI learning techniques | ||
| CO-3 | Apply knowledge of robotics, robot Kinematics, robotic programming and robot vision in developing solutions to real time problems | ||
| Advanced Computer Networks (Elective) | CO-1 | Describe medium access layer protocols | |
| CO-2 | Design IP addressing scheme, analyze packet forwarding, and compare different routing protocols | ||
| CO-3 | Compare and analyze transport protocols and other key protocols essential for networking | ||
| CO-4 | Explain various multimedia protocols, internet security concepts and future networks | ||
| Machine Learning Algorithms | CO-1 | Use machine learning algorithms to solve problems | |
| CO-2 | Assess the performance of machine learning algorithms | ||
| CO-3 | Recommend a suitable algorithm for a given problem | ||
| Mobile Application Development | CO-1 | Design user interfaces using Android Studio and Flutter | |
| CO-2 | Implement file handling using text and images | ||
| CO-3 | Implement database connectivity and location tracking | ||
| CO-4 | Develop a full-fledged Android/IOS application | ||
| Software Project Management | CO-1 | Understand the process of project planning and design of a software project. | |
| CO-2 | Analyze a project to provide project schedule and cost estimates | ||
| CO-3 | Apply risk analysis techniques to develop risk management and mitigation plan | ||
| CO-4 | Understand project monitoring and controlling software deliverables | ||
| System Administration | CO-1 | Demonstrate various System admin tasks. | |
| CO-2 | Configure various application servers. | ||
| CO-3 | Secure Linux system. | ||
| Software Quality Assurance (DE III) | CO-1 | Classify the various software quality factors | |
| CO-2 | Describe and comprehend SQA architecture and its components | ||
| CO-3 | Identify the different software defects and techniques used for defects removal | ||
| CO-4 | Evaluate on the basis of Software quality metrics and the standards | ||
| Game Design (Open Elective) | CO-1 | Interpret the term “game”, incorporating different concepts and multiple perspectives. | |
| CO-2 | Analyse the mechanics of paper and digital games, considering how these mechanics affect gameplay and player experiences. | ||
| CO-3 | Design, develop, and test games using an iterative design process and considering user feedback. | ||
| CO-4 | Create Design Documents using design template to communicate design ideas. | ||
| Cyber Forensics (DE III) | CO-1 | Understand Windows and Linux File systems | |
| CO-2 | Perform various forensics operations on a given media | ||
| CO-3 | Understand various professional, ethical and legal issues related to cyber forensics | ||
| Introduction to Cryptography (DE II) | CO-1 | Explain and implement various symmetric key cryptographic algorithms | |
| CO-2 | Explain and implement various asymmetric key cryptographic algorithms | ||
| CO-3 | Describe various attacks on cryptosystems | ||
| Database Administration (DE II) | CO-1 | Describe the fundamentals of Database Administration | |
| CO-2 | Analyze the Network Architecture and implement Database security | ||
| CO-3 | Design Database backup and recovery procedures, apply performance tuning operations | ||
| Advanced Web Programming (DE III) | CO-1 | Develop a project using ASP.Net with basic C# and Object-Oriented C# | |
| CO-2 | Create dynamic web applications using ASP.NET | ||
| CO-3 | Implement backend database with controls using ADO.Net technology | ||
| Internet of Things (IoT)(DE III) | CO-1 | Describe the fundamentals of IoT | |
| CO-2 | Demonstrate appropriate use of protocols and cloud services for a given application | ||
| CO-3 | Distinguish the IoT data using various data analytics methods | ||
| CO-4 | Construct IoT based project using suitable hardware boards | ||
| Computer Graphics (DE II) | CO-1 | Describe different computer graphics hardware and its functionality. | |
| CO-2 | Apply Basic Raster graphics algorithm for drawing 2-D primitives. | ||
| CO-3 | Apply different 2-D and 3-D geometric transformation, viewing and clipping technique. | ||
| CO-4 | Demonstrate hidden surface elimination, curve and light shading techniques. | ||
| Blockchain Technology (DE III) | CO-1 | Explain the concepts of Blockchain Technology | |
| CO-2 | Identify various types of Blockchains and Consensus Mechanisms, smart contracts and use cases | ||
| CO-3 | Use blockchain platform for building solutions to real time applications | ||
| VII | Information Systems Security | CO-1 | Analyse various security threats and countermeasures |
| CO-2 | Explain various security technologies and mechanisms | ||
| CO-3 | Describe various ethical and legal issues related to cybersecurity | ||
| Cloud Computing | CO-1 | Classify the layers of cloud reference model based on their significance | |
| CO-2 | Address security concerns and orchestration in cloud environment | ||
| Software Testing (DE V) | CO-1 | Design and implement test cases for different levels and types of testing | |
| CO-2 | Select appropriate manual and automatic testing for different modules of software | ||
| CO-3 | Apply test-driven development to improve testing and delivery in software development | ||
| Deep Learning (DE V) | CO-1 | Explain the fundamentals of deep learning. | |
| CO-2 | Apply optimization and regularization for tuning the parameters of deep neural networks. | ||
| CO-3 | Build convolutional neural networks architectures for various applications. | ||
| CO-4 | Apply recurrent neural networks architectures for various applications. | ||
| Ethical Hacking (DE V) | CO-1 | Demonstrate hacking in a lab environment. | |
| CO-2 | Describe various countermeasures. | ||
| CO-3 | Describe various professional, ethical and legal issues related to ethical hacking. | ||
| Network design (DE V) | CO-1 | Identify customer’s needs and goals | |
| CO-2 | Create a logical network design | ||
| CO-3 | Create a physical network design | ||
| CO-4 | Test, optimize and document network design | ||
| Advanced Machine Learning (DE IV) | CO-1 | Explain advanced concepts in machine learning | |
| CO-2 | Map real world problems to a machine learning problem definition and select appropriate machine learning algorithm | ||
| CO-3 | Design applications using machine learning techniques | ||
| CO-4 | Evaluate the performance of the applications | ||
| UI and UX Design (DE IV) | CO-1 | Explain the fundamentals of UI UX Design | |
| CO-2 | Design and evaluate a prototype | ||
| CO-3 | Explain design thinking methodology | ||
| CO-4 | Create an UX design portfolio | ||
| Natural Language Processing (DE IV) | CO-1 | Describe the fundamental concepts and techniques of natural language processing | |
| CO-2 | Apply text pre-processing, word level analysis and syntax level analysis techniques on textual data | ||
| CO-3 | Implement approaches for semantic level analysis and pragmatic level analysis | ||
| CO-4 | Illustrate various real-world applications of NLP | ||
| Advanced Database Management Systems (DE IV) | CO-1 | Analyze different database modelling and management techniques. | |
| CO-2 | Evaluate measures of query cost, processing, and optimization techniques | ||
| CO-3 | Create programs to execute on XML and relational database systems | ||
| CO-4 | Understand advance database application and database administration | ||
| E-Commerce (DE IV) | CO-1 | Classify and Compare different Electronic Commerce Software and Online Payment’s methods. |
|
| CO-2 | Explain various E-Commerce Legal, ethical, social issues and Security issues. | ||
| CO-3 | Use modern engineering tool for developing effective model of E-Commerce web applications. |
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| VIII | Project | CO-1 | Select an appropriate problem statement after reviewing the literature and identifying the research gaps. |
| CO-2 | Formulate a feasible design model. | ||
| CO-3 | Implement the prototype/proof of concept, test and validate the results. | ||
| CO-4 | Work efficiently in a team environment. | ||
| CO-5 | Summarize the findings into a technical report. | ||
CO-PO mapping
| Semester | Course | CO No. | PO-1 | PO-2 | PO-3 | PO-4 | PO-5 | PO-6 | PO-7 | PO-8 | PO-9 | PO-10 | PO-11 | PO-12 | PSO-1 | PSO-2 |
| III | Discrete Mathematics | CO-1 | H | H | ||||||||||||
| CO-2 | H | H | M | |||||||||||||
| CO-3 | H | H | M | |||||||||||||
| CO-4 | H | H | L | M | ||||||||||||
| Data Structures and Algorithms | CO-1 | M | M | M | ||||||||||||
| CO-2 | M | L | M | M | H | H | L | M | H | L | ||||||
| CO-3 | M | L | M | M | H | H | L | M | H | L | ||||||
| CO-4 | M | L | H | H | ||||||||||||
| Signal and Systems | CO-1 | H | L | H | ||||||||||||
| CO-2 | H | M | L | M | H | M | ||||||||||
| CO-3 | H | M | L | M | H | M | ||||||||||
| CO4 | H | M | L | M | H | M | ||||||||||
| Digital Logic Design | CO-1 | H | M | |||||||||||||
| CO-2 | M | H | M | M | ||||||||||||
| CO-3 | M | H | H | M | ||||||||||||
| CO-4 | M | |||||||||||||||
| Database Management Systems | CO-1 | M | H | L | L | |||||||||||
| CO-2 | M | H | M | M | M | |||||||||||
| CO-3 | M | |||||||||||||||
| CO-4 | 3 | M | ||||||||||||||
| Computer Networks | CO-1 | H | H | L | ||||||||||||
| CO-2 | L | M | H | L | ||||||||||||
| CO-3 | M | H | H | L | L | M | ||||||||||
| CO-4 | M | H | M | H | L | L | M | |||||||||
| Web Programming | CO-1 | M | ||||||||||||||
| CO-2 | H | L | H | H | ||||||||||||
| CO-3 | M | H | L | M | M | M | ||||||||||
| Technical Communication | CO-1 | L | H | |||||||||||||
| CO-2 | H | M | ||||||||||||||
| CO-3 | H | M | ||||||||||||||
| CO-4 | ||||||||||||||||
| Community Service | CO-1 | L | H | L | ||||||||||||
| CO-2 | H | H | M | |||||||||||||
| CO-3 | H | M | M | L | ||||||||||||
| CO-4 | L | M | M | L | ||||||||||||
| CO-5 | L | L | H | L | ||||||||||||
| IV | Probability and Statistics | CO-1 | H | M | ||||||||||||
| CO-2 | M | H | ||||||||||||||
| CO-3 | H | M | ||||||||||||||
| CO-4 | M | H | ||||||||||||||
| Programming for Analytics | CO-1 | H | H | H | M | H | ||||||||||
| CO-2 | M | M | H | M | M | M | H | |||||||||
| CO-3 | H | H | L | H | H | H | ||||||||||
| CO-4 | H | H | H | H | M | H | H | |||||||||
| Object Oriented Programming | CO-1 | L | M | L | M | |||||||||||
| CO-2 | H | M | M | H | L | L | M | M | ||||||||
| CO-3 | H | M | M | L | M | |||||||||||
| Principles of Artificial Intelligence | CO-1 | L | ||||||||||||||
| CO-2 | M | M | ||||||||||||||
| CO-3 | M | M | ||||||||||||||
| Operating Systems | CO-1 | H | H | M | M | M | ||||||||||
| CO-2 | H | M | L | M | ||||||||||||
| CO-3 | H | H | M | |||||||||||||
| CO-4 | H | H | L | |||||||||||||
| Data Warehousing and Mining | CO-1 | L | M | H | L | L | M | |||||||||
| CO-2 | M | L | M | M | M | L | L | |||||||||
| CO-3 | H | M | H | H | M | H | H | |||||||||
| Computer Organisation and Architecture | CO-1 | L | M | L | ||||||||||||
| CO-2 | L | M | L | |||||||||||||
| CO-3 | M | M | H | L | L | |||||||||||
| CO-4 | M | H | M | M | L | L | ||||||||||
| V | Embedded Systems | CO-1 | L | M | L | |||||||||||
| CO-2 | L | H | H | M | M | |||||||||||
| CO-3 | H | H | M | M | ||||||||||||
| Visual Analytics | CO-1 | H | M | M | M | L | M | M | ||||||||
| CO-2 | H | H | H | M | L | H | M | |||||||||
| CO-3 | H | H | M | L | M | M | ||||||||||
| CO-4 | H | H | M | L | M | M | ||||||||||
| Human Computer Interaction | CO-1 | L | L | H | ||||||||||||
| CO-2 | M | H | H | M | H | H | ||||||||||
| CO-3 | H | H | H | |||||||||||||
| CO-4 | M | H | H | M | H | |||||||||||
| Software Engineering | CO-1 | L | H | H | L | |||||||||||
| CO-2 | H | H | H | |||||||||||||
| CO-3 | M | H | H | H | ||||||||||||
| CO-4 | H | H | M | |||||||||||||
| Management Information Systems (Elective) | CO-1 | M | M | L | M | M | H | |||||||||
| CO-2 | M | M | L | H | H | |||||||||||
| CO-3 | M | M | L | H | H | H | ||||||||||
| CO-4 | M | M | M | M | H | H | H | M | M | |||||||
| Adv. Data Structures (Elective) | CO-1 | M | M | H | L | H | L | H | H | M | ||||||
| CO-2 | M | M | M | |||||||||||||
| CO-3 | L | M | M | H | ||||||||||||
| CO-4 | M | M | H | H | ||||||||||||
| Service Oriented Architecture (Elective) | CO-1 | H | H | M | H | |||||||||||
| CO-2 | L | L | H | |||||||||||||
| CO-3 | M | M | M | |||||||||||||
| AI and Robotics (Elective) | CO-1 | M | M | H | H | H | H | |||||||||
| CO-2 | L | M | H | H | H | H | ||||||||||
| CO-3 | M | L | H | H | H | H | ||||||||||
| Advanced Computer Networks (Elective) | CO-1 | M | ||||||||||||||
| CO-2 | M | H | M | M | H | |||||||||||
| CO-3 | H | M | M | |||||||||||||
| CO-4 | L | L | M | |||||||||||||
| Machine Learning Algorithms | CO-1 | M | L | |||||||||||||
| CO-2 | H | M | H | M | H | M | M | L | ||||||||
| CO-3 | H | H | H | H | M | |||||||||||
| Mobile Application Development | CO-1 | H | ||||||||||||||
| CO-2 | H | |||||||||||||||
| CO-3 | H | |||||||||||||||
| CO-4 | H | |||||||||||||||
| Software Project Management | CO-1 | L | H | M | M | |||||||||||
| CO-2 | M | M | M | |||||||||||||
| CO-3 | L | L | L | L | M | L | ||||||||||
| CO-4 | M | L | L | |||||||||||||
| System Administration | CO-1 | L | ||||||||||||||
| CO-2 | H | H | ||||||||||||||
| CO-3 | H | |||||||||||||||
| Software Quality Assurance (DE III) | CO-1 | L | ||||||||||||||
| CO-2 | L | H | ||||||||||||||
| CO-3 | H | |||||||||||||||
| CO-4 | H | M | H | |||||||||||||
| Game Design (Open Elective) | CO-1 | L | ||||||||||||||
| CO-2 | M | M | ||||||||||||||
| CO-3 | H | |||||||||||||||
| CO-4 | H | M | ||||||||||||||
| Cyber Forensics (DE III) | CO-1 | M | L | M | H | H | ||||||||||
| CO-2 | M | L | M | M | M | H | H | |||||||||
| CO-3 | H | M | M | M | ||||||||||||
| Introduction to Cryptography (DE II) | CO-1 | L | M | H | ||||||||||||
| CO-2 | L | M | H | |||||||||||||
| CO-3 | L | M | H | |||||||||||||
| Database Administration (DE II) | CO-1 | H | H | M | ||||||||||||
| CO-2 | H | L | H | |||||||||||||
| CO-3 | H | H | ||||||||||||||
| CO-4 | ||||||||||||||||
| Advanced Web Programming (DE III) | CO-1 | L | M | |||||||||||||
| CO-2 | H | L | H | H | ||||||||||||
| CO-3 | M | H | M | M | M | M | ||||||||||
| Internet of Things (IoT) (DE III) | CO-1 | L | L | L | ||||||||||||
| CO-2 | M | L | L | |||||||||||||
| CO-3 | M | M | M | |||||||||||||
| CO-4 | H | H | H | H | ||||||||||||
| Computer Graphics (DE II) | CO-1 | L | ||||||||||||||
| CO-2 | H | H | M | |||||||||||||
| CO-3 | H | H | M | |||||||||||||
| CO-4 | L | M | H | |||||||||||||
| Blockchain Technology (DE III) | CO-1 | M | ||||||||||||||
| CO-2 | L | H | ||||||||||||||
| CO-3 | M | |||||||||||||||
| VII | Information Systems Security | CO-1 | H | L | L | |||||||||||
| CO-2 | M | M | L | M | M | M | ||||||||||
| CO-3 | M | M | L | |||||||||||||
| Cloud Computing | CO-1 | L | M | M | M | |||||||||||
| CO-2 | L | H | M | M | ||||||||||||
| Software Testing (DE V) | CO-1 | M | L | |||||||||||||
| CO-2 | H | M | H | |||||||||||||
| CO-3 | H | H | H | H | ||||||||||||
| Deep Learning (DE V) | CO-1 | M | H | M | ||||||||||||
| CO-2 | M | M | H | L | M | |||||||||||
| CO-3 | M | L | H | M | M | |||||||||||
| CO-4 | M | M | H | M | M | |||||||||||
| Ethical Hacking (DE V) | CO-1 | H | M | M | M | |||||||||||
| CO-2 | H | M | M | M | M | |||||||||||
| CO-3 | H | L | ||||||||||||||
| Network design (DE V) | CO-1 | H | M | |||||||||||||
| CO-2 | H | |||||||||||||||
| CO-3 | H | |||||||||||||||
| CO-4 | M | L | ||||||||||||||
| Advanced Machine Learning (DE IV) | CO-1 | H | ||||||||||||||
| CO-2 | H | H | H | L | ||||||||||||
| CO-3 | H | H | H | H | L | M | L | |||||||||
| CO-4 | H | H | H | L | ||||||||||||
| UI and UX Design (DE IV) | CO-1 | M | M | H | M | |||||||||||
| CO-2 | M | H | H | M | H | H | ||||||||||
| CO-3 | H | H | H | |||||||||||||
| CO-4 | H | |||||||||||||||
| Natural Language Processing (DE IV) | CO-1 | M | L | |||||||||||||
| CO-2 | H | M | H | M | M | H | H | |||||||||
| CO-3 | H | M | H | L | M | M | M | |||||||||
| CO-4 | L | L | L | |||||||||||||
| Advanced Database Management Systems (DE IV) | CO-1 | H | H | H | ||||||||||||
| CO-2 | M | M | M | |||||||||||||
| CO-3 | M | H | H | H | H | |||||||||||
| CO-4 | H | H | H | H | ||||||||||||
| E-Commerce (DE IV) | CO-1 | H | ||||||||||||||
| CO-2 | H | L | M | H | L | |||||||||||
| CO-3 | L | M | H | |||||||||||||
| VIII | Project | CO-1 | H | H | L | M | M | M | L | L | H | H | ||||
| CO-2 | M | H | H | M | M | L | M | M | M | L | M | L | H | H | ||
| CO-3 | M | H | H | H | H | L | M | L | M | M | M | H | H | |||
| CO-4 | L | L | L | H | L | H | H | H | ||||||||
| CO-5 | H | L | H | H | H | H |
The department offers various undergraduate, integrated, and doctoral programmes.
The department has qualified and dedicated faculty members.
The research is an integral part of the Department of Information Technology. The department has strength in research domains like Networking, Internet of Things (IoT), Data warehousing and mining, Machine Learning and Artificial Intelligence, Wireless Sensor Networks, Human Computer Interaction (HCI), Sentiment Analysis, Cybersecurity, and Education Technology.
| Sr.No | Name | Title /Domain | Status |
|---|---|---|---|
| 1. | Mr.SudhirBagade | Wormhole Attack Detection in presence of Variable Delay in Mobile Ad hoc Network | PhD. Completed |
| 2. | Ms.Varsha Bhosale | Energy efficient TDMA based MAC Protocol for wireless sensor networks | Ph.D. Completed |
| 3. | Mr. Avinash More | Energy Efficient Routing Protocols in Wireless Sensor Networks | Ph.D. Completed |
| 4. | Mr. ShitalkumarJain | An Improvement in TCP Congestion Control for both wireless and wired N/W. | Ph.D. Completed |
| 5. | Ms. Seema Ladhe | A Resource Efficient Common Protection Path Approach for MPLS-based Recovery | Ph.D. Completed |
| 6 | Ms.Sneha Deshmukh | Handling congestion control for Internet of Things applications | Ph.D. In progress |
| 7 | Ms.Pankti Doshi | Program analysis | Ph.D. In progress |
| 8 | Ms.Chetashri Bhadane | Data Mining of Human Mobility Profile | Ph.D. In progress |
| 9 | Ms.Shubha Puthran | Intrusion detection using data mining | Ph.D. In progress |
| 10 | Ms. Vinaya Sawant | Distributed Association Rule Mining | Ph.D. In progress |
| 11 | Ms.Ashwini Rao | Feature Based Opinion Summarization | Ph.D. Completed |
| 12 | Ms.KrantiGhag | Sentiment Analysis for Text Reviews | Ph.D. Completed |
The Department of Information Technology has six well-equipped laboratories to meet the academic and research requirements of the students and faculty members. High-speed Internet connectivity is provided to all networked machines. The Department is moving its labs to the Microsoft Intelligent Cloud to provide anytime anywhere access to students and faculty members.
All the classrooms are air-conditioned and equipped with Smartboard, PA System, and WiFi.
CR-31 (Seating Capacity – 60)
CR-32 (Seating Capacity – 30)
CR-33 (Seating Capacity – 60)
CR-34 (Seating Capacity – 30)
| No. | Name of the Laboratory | Courses conducted in the Laboratory |
|---|---|---|
| 1 | RESEARCH LAB 1 | 1. Software Engineering (SE), 2. Object Oriented Analysis & Design (OOAD) 3. System & security (SS), E-commerce (ECOM) 4. Microprocessor-microcontroller (MPMC) 5. Computer simulation and modelling (CSM) 6. Web Programming (WP) 7. Data structure analysis (DSA) 8. Programming for problem solving(PPS) 9. Service Oriented Architecture (SOA) |
| 2 | RESEARCH LAB 2 | 1. Programming in Analytics (PA) 2. Business Visualization (BV) 3. Database management system (DBMS) 4. Object Oriented Analysis & Design (OOAD) 5. System & security (SS) 6. E-commerce (ECOM) 7. Microprocessor-microcontroller (MPMC) 8. Web Programming (WP) 9. Data structure analysis (DSA) 10. Programming for problem solving(PPS) 11. Service Oriented Architecture (SOA) |
| 3 | DATA STRUCTURES & DBMS LAB | 1. Implementation of Technology (IOT) 2. Distributed computing (DC) 3. Human computer Interface (HCI) 4. E-Commerce (ECOM) 5. Mobile application Development (MAD) 6. Programing for problem solving (PPS) 7. Data structure and algorithm (DSA) 8. Programming workshop (PW) 9. Software Project Management (SPM) |
| 4 | COMPUTER ARCHITECTURE &NETWORK (CISCO) LAB | 1. Computer Network (CN) 2. Advance computer Network (ACN) 3. Microprocessor-microcontroller (MPMC) 4. Parallel computing (PC) 5. Information security (IS) 6. Research Methodology (RM) |
| 5 | OPERATING SYSTEM AND PROGRAMMING LAB | 1. Operating System(OS), 2. Implementation of Technology (IOT) 3. Wireless Network(WN) 4. Parallel Computing(PC) 5. Microprocessor-Microcontroller (MPMC) 6. Business Visualization (BV) |
| 6 | PROJECT LAB | 1. E-commerce (ECOM), 2. Principle of Communication (PCOM) 3. Programming for problem solving(PPS) 4. Advanced Database management system (ADBMS) |
The library is the heart of knowledge and information. It is an essential and integral component of the institute. The library supports the teaching, learning, and research activities of the institute. It has a rich collection of print and non-print resources on Engineering, Technology, Management, and allied subjects. The well-furnished, air-conditioned, and Wi-Fi-enabled library is located on the ground floor of the institute. It is spacious and comfortable and it is managed by trained library professionals who assist the library users effectively and promptly. The main library has an area of 231.68 Sq. Mts., with a seating capacity of 110. The library’s working hours on all working days are 8.00 am to 8.00 pm. The library consists of two parts: 1. Stacking with a reading area and 2. Administrative area with circulation section. The development and growth of the library are planned under the leadership of the Library Advisory Committee.
Professor & Associate Dean (Accreditation)
Head of the Department, Information Technology
Assistant Professor
Assistant Professor(Program Coordinator MBATECH IT)
Assistant Professor
Assistant Professor
Assistant Professor
Assistant Professor
Assistant Professor
Lab Asst.
Lab Asst.
Lab Asst.
Lab Asst.
Assistant (Academic-Admin)
