.png)
JSPM Narhe Technical Campus, Narhe, Pune
Accredited by NAAC With an 'A' Grade
Institute Code : 6755
S No 12-1-2 and 12-2-2 Narhe, Taluka- Haveli, Near Sanas Crane, Pune-Bangalore Highway, Pune, Maharashtra 411041
Landmark: Navale Bridge, Behind Swami-narayan Temple Narhe
Approved By AICTE & Affiliated To Savitribai Phule Pune University.
.png)
Master of Computer Application
A warm and affectionate welcome from the Department of Master of Computer Applications, The Department of Master of Computer Applications at Narhe campus, offers Master of Computer Applications . The Department is highly qualified, motivated and experienced faculty members. The MCA Programme is started to nurture graduate students with a high level of professional performance and high employability prospects. MCA Department at Narhe campus has produced hundreds of professionals and has established a name for itself in the country and abroad. Our Alumni have consistently excelled in the highly competitive industrial environment, Best Employer/ awards in top-ranking companies. I attribute this success to the winning combination of a dedicated faculty that works hard at imparting quality education in the students.
The department has established its reputation by achieving almost 100% result for the entire pass out batches with many University Ranks. Amazing placements record and 100% placement assurance by providing training in soft skills, personnel development activities and team building. Department has state-of-the art labs supporting the curricula and designed to bring best out of students. The Department has a unique blend of quality conscious staff members with a strong sense of ethical and professional responsibility. The students are prepared to face the challenges of software industry with the help of competent faculties and quality infrastructure of departmental laboratories. Students, Infrastructure and Faculty are the three pillars of our growth. We’ve found that the majority of students continue to stay in touch with their teachers – calling for advice or to share success from all corners of the globe.
The Department offers various add-on training, placement drives and foundation programmes to inculcate a culture of teamwork and leadership qualities for achieving excellence in every walk of life. We always work with the motto "Nothing can be achieved without genuine effort." The core values of the department help the students to develop their overall personality and make them worthy technocrat to compete and work at global level.
I am certain that our students will prove to be a valuable asset to an organization.
Vission
To be the source of bringing out globally competent pioneering computing professionals,researchers,innovators and entrepreneurs and thereby contribute valuable resource for industry and society and remain a source of pride for all Indians.
Mission
Providing a strong theoretical and practical background across the computer science discipline with an emphasis on software development,so that they can take up various challenges in the field of computer applications.
Project Lab
This lab contains Esys Wizard PC Intel DC 3.00GHZ/1GB DDR2 RAM ,500GB Hard Disk , Monitor 18.5” LCD , Cabinet/SMPS,Keyboa ...
Read More
Self Learning Laboratory
This lab contains Esys Wizard PC Intel DC 2.8GHZ/1GB DDR2 RAM ,320GB Hard Disk , Monitor 18.5” LCD , Keyboard , mouse. Op ...
Read MoreProgram Educational Objectives (PEO)
| Department MCA 2020 Pattern | |||
|---|---|---|---|
| Class & Semester | Subject & Code | Cos | Course Outcomes |
| FY SEM I | Java Programming(IT11) | CO1 | Understand Basic Concepts of OOPs, Java, Inheritance, Package. (Understand) |
| CO2 | Understand Exception handling, arrays and Strings and multi-threading in Java (Understand.) | ||
| CO3 | Understand collection framework (Understand) | ||
| CO4 | Develop GUI using Abstract Windows Toolkit (AWT) and event handling (Apply) | ||
| CO5 | Develop Web application using JSP and Servlet, JDBC (Apply) | ||
| Data Structure & Algorithms(IT12) | CO1 | demonstrate linear data structures linked list, stack and queue (apply) | |
| CO2 | implement tree, graph, hash table and heap data structures (apply) | ||
| CO3 | apply brute force and backtracking techniques (apply) | ||
| CO4 | demonstrate greedy and divide-conquer approaches (apply) | ||
| CO5 | implement dynamic programming technique (apply) | ||
| Object Oriented Software Engineering(IT13) | CO1 | Distinguish different process model for a software development. (Understand) | |
| CO2 | Design software requirements specification solution for a given problem definitions of a software system. (Analyze) | ||
| CO3 | Apply software engineering analysis/design knowledge to suggest solutions for simulated problems (Analyze) | ||
| CO4 | Design user interface layout for different types of applications (Apply) | ||
| CO5 | Recognize and describe current trends in software engineering (Understand) | ||
| Operating System Concepts(IT14) | CO1 | Understand structure of OS, process management and synchronization. (Understand) | |
| CO2 | Understand multicore and multiprocessing OS. (Understand) | ||
| CO3 | explain Realtime and embedded OS (Understand) | ||
| CO4 | understand Windows and Linux OS fundamentals and administration. (Understand) | ||
| CO5 | solve shell scripting problems (Apply) | ||
| Network Technologies(IT15) | CO1 | Understand the basic concepts of Computer Network, and principle of layering (Understand) | |
| CO2 | Apply the error detection and correction techniques used in data transmission (Apply) | ||
| CO3 | Apply IP addressing schemes and sub netting (Apply) | ||
| CO4 | Understand the concept of routing protocols, Application layer protocols and Network Security (Understand) | ||
| CO5 | Apply the socket programming basics to create a simple chat application (Apply) | ||
| Practicals(IT11L) | CO1 | Demonstrate Collection framework (Apply) | |
| CO2 | Develop GUI using awt and swing (Apply) | ||
| CO3 | Develop Web application using JSP and Servlet, JDBC (Apply) | ||
| CO4 | Apply Data Structure to solve problems using JavaScript (Apply) | ||
| Mini Project(ITC11) | CO1 | Create working project using tools and techniques learnt in this semester (Create) | |
| FY SEM II | Python Programming(IT21) | CO1 | Understand Demonstrate the concepts of python and modular programming. (Understand) |
| CO2 | Apply the concepts of concurrency control in python (Apply) | ||
| CO3 | Solve the real-life problems using object-oriented concepts and python libraries (Apply) | ||
| CO4 | Demonstrate the concept of IO, Exception Handling, database (Apply) | ||
| CO5 | Analyze the given dataset and apply the data analysis concepts and data visualization. (Analyze) | ||
| Software Project Management(IT22) | CO1 | Understand the process of Software Project Management Framework and Apply estimation techniques. (Apply) | |
| CO2 | Learn the philosophy, principles and lifecycle of an agile project. (Understand) | ||
| CO3 | Demonstrate Agile Teams and Tools and Apply agile project constraints and trade-offs for estimating project size and schedule (Apply) | ||
| CO4 | Explain Project Tracking and Interpretation of Progress Report (Understand) | ||
| CO5 | Analyze Problem statement and evaluate User Stories (Analyze) | ||
| Optimazation Techniques(MT21) | CO1 | Understand the role and principles of optimization techniques in business world (Understand) | |
| CO2 | Demonstrate specific optimization technique for effective decision making (Apply) | ||
| CO3 | Apply the optimization techniques in business environments (Apply) | ||
| CO4 | Illustrate and infer for the business scenario (Analyze) | ||
| CO5 | Analyze the optimization techniques in strategic planning for optimal gain. (Analyze) | ||
| Advanced Internet Technologies(IT23) | CO1 | Outline the basic concepts of Advance Internet Technologies (Understand) | |
| CO2 | Design appropriate user interfaces and implements webpage based on given problem Statement (Apply) | ||
| CO3 | Implement concepts and methods of NodeJS (Apply) | ||
| CO4 | Implement concepts and methods of Angular (Apply) | ||
| CO5 | Build Dynamic web pages using server-side PHP programming with Database Connectivity (Apply) | ||
| Advanced DBMS(IT24) | CO1 | Describe the core concepts of DBMS and various databases used in real applications (Understand) | |
| CO2 | Design relational database using E-R model and normalization (Apply) | ||
| CO3 | : Demonstrate XML database and nonprocedural structural query languages for data access (Apply) | ||
| CO4 | Explain concepts of Parallel, Distributed and Object-Oriented Databases and their applications (Understand) | ||
| CO5 | Apply transaction management, recovery management, backup and security – privacy concepts for database applications (Apply) | ||
| Practicals(IT21L) | CO1 | implement python programming concepts for solving real life problems. (Apply) | |
| CO2 | Implement Advanced Internet Technologies (Apply) | ||
| Mini Project(ITC21) | CO1 | Create working project using tools and techniques learnt in this semester (Create) | |
| SY SEM I | Mobile Application Development(IT31) | CO1 | Understand Various Mobile Application Architectures. (Understand) |
| CO2 | Apply different types of widgets and Layouts. (Apply) | ||
| CO3 | Describe Web Services and Web Views in mobile applications. (Understand) | ||
| CO4 | Implement data storing and retrieval methods in android. (Apply) | ||
| CO5 | Demonstrate Hybrid Mobile App Framework. (Apply) | ||
| Data Warehousing & Data Mining(IT32) | CO1 | Understand Data warehouse concepts, architecture and models (Understand) | |
| CO2 | Learn and understand techniques of preprocessing on various kinds of data (Understand) | ||
| CO3 | Apply association Mining and Classification Techniques on Data Sets (Apply) | ||
| CO4 | Apply Clustering Techniques and Web Mining on Data Sets (Apply) | ||
| CO5 | Understand other approaches of Data mining (Understand) | ||
| Software Testing & Quality Assurance(IT33) | CO1 | Understand the role of software quality assurance in contributing to the efficient delivery of software solutions. (Understand) | |
| CO2 | Demonstrate specific software tests with well-defined objectives and targets. (Apply) | ||
| CO3 | Apply the software testing techniques in commercial environments. (Apply) | ||
| CO4 | Construct test strategies and plans for software testing. (Analyze) | ||
| CO5 | Demonstrate the usage of software testing tools for test effectiveness, efficiency and coverage (Apply) | ||
| Knowledge Representation & Artificial Intelligence:ML,DL(IT34) | CO1 | Understand basic building block of Artificial Intelligence and Knowledge Representation. (Understand) | |
| CO2 | Apply Propositional Logic for knowledge representation. (Apply) | ||
| CO3 | Design various models based on Machine Learning methodology (Apply) | ||
| CO4 | Design various models based on Deep Learning methodology (Apply) | ||
| CO5 | Understand various hardware and software aspect used for AI and its application. (Understand) | ||
| Cloud Computing(IT35) | CO1 | Describe the concepts of Cloud Computing and its Service Models& Deployment Models. | |
| CO2 | Classify the types of Virtualization. (Understand) | ||
| CO3 | Describe the Cloud Management and relate Cloud to SOA. (Understand) | ||
| CO4 | Interpret Architecture and Pharrell Programing of Cloud Computing. (Apply) | ||
| CO5 | Demonstrate practical implementation of Cloud computing. (Apply) | ||
| Practicals(IT31L) | CO1 | Develop mobile application. (Apply) | |
| CO2 | Develop ML, DL models using Python (Apply) | ||
| Mini Project(ITC31) | CO1 | Create working project using tools and techniques learnt in this semester (Create) | |
| SY SEM II | DevOpsIIT41) | CO1 | describe the evolution of technology & timeline (Understand) |
| CO2 | explain Introduction to various Devops platforms (Remember) | ||
| CO3 | demonstrate the building components / blocks of Devops and gain an insight of the Devops Architecture. (Understand) | ||
| CO4 | apply the knowledge gain about Devops approach across various domains (Apply) | ||
| CO5 | build DevOps application (Apply) | ||
| PPM&OB(BM41) | CO1 | Describe and analyze the interactions between multiple aspects of management. (Understand) | |
| CO2 | Analyze the role of planning and decision making in Organization (Analyze) | ||
| CO3 | Justify the role of leadership qualities, Motivation and Team Building. (Analyze) | ||
| CO4 | Analyze stress management and conflict management (Analyze) | ||
| CO5 | Describe Personality and Individual Behavior (Understand) | ||
| Project(ITC41) | CO1 | Create working project using tools and techniques learnt in the programme (Create) | |
| Department MCA 2024 Pattern | |||
| Class & Semester | Subject & Code | Cos | Course Outcomes |
| Semester I | IT11: Python Programming | CO1 | To learn and apply basic constructs of python such as data, operations, conditions, loops, data types |
| CO2 | To understand advanced concepts of python and apply it for solving complex problems. | ||
| CO3 | To develop Python programs that incorporate OOPS concept, regular expressions and multithreading for complex problem-solving and performance enhancement. | ||
| CO4 | To implement various types of database operations in MongoDB. | ||
| CO5 | To develop comprehensive web applications using Django Framework. | ||
| IT12: Data Structure and Algorithms | CO1 | Implement linear data structures and its various real time applications | |
| CO2 | Demonstrate linked list data structure and its types | ||
| CO3 | Demonstrate dynamic linear data structures like stack, queue and analyze their various applications. | ||
| CO4 | Implement techniques of Non-Linear data structures like Tree and Graph | ||
| CO5 | Demonstrate and compare various approaches of Searching, Sorting, Hashing and Heaps | ||
| IT13: Advanced DBMS | CO1 | Demonstrating the concept of fundamentals of relational database systems include: data models, database & DDBS architectures, and ER features. | |
| CO2 | Understand the concepts of transaction concurrency control, Query Processing and Security aspects | ||
| CO3 | Apply SQL & NoSQL development tools on different types of Schemas. | ||
| CO4 | Demonstrate database design and Computation techniques for parallel and distributed database Technology | ||
| CO5 | Implement Real Time applications using Database tools. | ||
| MT14: Business Statistics | CO1 | Understand the role and importance of statistics in business decision-making. | |
| CO2 | Apply measures of central tendency and dispersion to summarize data | ||
| CO3 | Understand basic probability concepts and rules. | ||
| CO4 | Apply correlation and regression techniques to analyze relationships between variables | ||
| CO5 | Apply time series analysis techniques to forecast business trends. | ||
| IT 14 : Software Engineering and Project Management | CO1 | Apply concepts, principles of software engineering to develop comprehensive Software Requirement Specification | |
| CO2 | Use software engineering analysis and design modelling technique to represent systems. | ||
| CO3 | Illustrate Software Project Management models for effective plan, manage and enhance projects. | ||
| CO4 | Implement Agile methodologies to enhance project adaptability and responsiveness to changing requirements | ||
| CO5 | Employ Agile tools effectively to manage, navigate and facilitate collaboration and streamline project workflows in software development. | ||
| EC11 -1: Fundamentals of Cloud Computing | CO1 | Describe the concepts of Cloud Computing, Dockers and Container. | |
| CO2 | Explore the various Cloud Service Models and Deployment Models. | ||
| CO3 | Implement concepts, hypervisors, virtual machines, VMware, Microsoft Hyper-V, and Open-Source Virtualization Manager | ||
| CO4 | Describe the Cloud Architecture and relate Cloud to SOA along with SLA management, cloud bursting strategies. | ||
| CO5 | Compare different Cloud Platforms – AWS, GCP, IBM Cloud. | ||
| EC11-2: Web Development | CO1 | Design appropriate user interfaces by implementing new features of HTML5 | |
| CO2 | Design user interfaces and implement CSS3 features | ||
| CO3 | Demonstrate the concept of responsive web design and its importance | ||
| CO4 | Build Dynamic web pages using server-side PHP programming | ||
| CO5 | Develop and deploy web application | ||
| EC11-3: Fundamental of Data Science | CO1 | Understand the core concepts, techniques and methodologies used in data science | |
| CO2 | Apply Computational Mathematics concepts to solve datarelated problems effectively. | ||
| CO3 | Apply the principles of data collection, cleaning, and preprocessing. | ||
| CO4 | Perform exploratory data analysis using Numpy and Pandas to derive insights from datasets. | ||
| CO5 | Apply the strategies for visualizing the data. | ||
| EC11-4: Introduction to Cyber Security | CO1 | Understanding the knowledge of cybercrimes, cyber security and cyber-attacks, vulnerabilities, techniques | |
| CO2 | Illustrate the security aspects of social media, network platforms and ethical aspects associated with use of social media | ||
| CO3 | Articulate the importance of personal data theft, financial frauds and identify data privacy and security | ||
| CO4 | Apply existing legal framework and laws on cyber security. | ||
| CO5 | Understand the need of information security, standards and polices | ||
| CO1 | Demonstrate Basics of Python and OOPs concepts. | ||
| CO2 | Demonstrate CRUD Operation using MongoDB | ||
| IT11L: Practical | CO3 | Design and Develop web application using DJango | |
| CO4 | Implement Linear data structure like stack, queue and Linked list and demonstrate various searching and sorting techniques |
||
| CO5 | Implement various operation of non-Linear data structure like Tree and Graph | ||
| ITC11 - Mini Project | CO1 | Apply knowledge of software engineering principles and methodologies in designing and implementing the project | |
| CO2 | Demonstrate the ability to develop a functioning software application or solution that meets specified requirements and objectives | ||
| CO3 | Design comprehensive documentation that includes project requirements, design specifications, implementation details, testing strategies, and user manuals | ||
Program Specific Objectives (PSO)
PSO1
An ability to apply design and development principles in the construction of software systems.
PSO2
Demonstrate professional excellence in industry, public service or academia with strong skills in problem analysis, solution design and application development with a commitment to lifelong learning.
PSO3
Be Committed to work in teams with different cultures and disciplines and evolve as leaders in their roles.
Program Outcomes (PO)
PO1: Computing Knowledge
Apply knowledge of computing fundamentals, computing specialization, mathematics, and domain knowledge appropriate for the computing specialization to the abstraction and conceptualization of computing models from defined problems and requirements.
PO2: Problem Analysis
Identify, formulate, research literature, and solve complex Computing problems reaching substantiated conclusions using fundamental principles of Mathematics, Computing sciences, and relevant domain disciplines.
PO3: Design & Development
Design and evaluate solutions for complex computing problems, and design and evaluate systems, components, or processes that meet specified needs with appropriate consideration for public health and safety, cultural, societal, and environmental considerations.
PO4: Research & Development
Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of information to provide valid conclusions.
PO5: Prompt Tool Usage
Create, select, adapt and apply appropriate techniques, resources, and modern computing tools to complex computing activities, with an understanding of the limitations.
PO6: Ethical Practices
Understand and commit to professional ethics and cyber regulations, responsibilities, and norms of professional computing practice.
PO7: Lifelong Learning
Recognize the need, and have the ability, to engage in independent learning for continual development as a Computing professional.
PO8: Professional Skills
Demonstrate knowledge and understanding of computing and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments
PO9: Communication Skills
Communicate effectively with the computing community, and with society at large, about complex computing activities by being able to comprehend and write effective reports, design documentation, make effective presentations, and give and understand clear instructions.
PO10: Societal Contribution
Understand and assess societal, environmental, health, safety, legal, and cultural issues within local and global contexts, and the consequential responsibilities relevant to professional computing practice.
PO11: Teamwork & Leadership
Function effectively as an individual and as a member or leader in diverse teams and in multidisciplinary environments.
PO12: Innovation & Sustainability
Identify a timely opportunity and using innovation to pursue that opportunity to create value and wealth for the betterment of the individual and society at large.
Dr. Sanjay Sahebrao Solanki
DeanMCA, Ph.D.
sanjay.solanki123@gmail.com
Prof. Deepika Abhay Sarwate
Assistant ProfessorMCA
deepikajspmntc@gmail.com
Prof. Ashwini Milind Tekale
Assistant ProfessorMCA
ashwinikulkarni411@gmail.com
Prof. Ravindra Shaligram Ingle
Assistant ProfessorMCA
ravindra13jan@gmail.com
Prof. Dhanashri Rajendra Abhang
Assistant ProfessorMCA
abhangdh@gmail.com
Prof. Anuradha Nivruti Hajare
Assistant ProfessorMCA
anuradhaghawade@gmail.com