Department   >  Science   >  Computer Science

DEPARTMENT OF COMPUTER SCIENCE:
Computers and related technologies are now become an integral part of human life. Computers are been widely used in nearly every sectors, right from banking, shopping, railway reservation to various industries like Automobiles, Medical, Hospitals, Government offices etc. To keep pace with new technologies, KMJ College has established Department of Computer Science. The Department of Computer Science was established in 2001. Department was run on self-finance basis.
Vision
Our vision is to offer up to date and flexible programs which will allow our graduates to be competitive in the job market. To provide a hands-on approach in teaching computer related courses. To increase capacity of our computer laboratories as well as equipping them with the latest in hardware and software. To provides leading programs in computer science whose graduates are globally recognized as innovative and well-prepared computing professionals.
Mission
Our mission is to provide a high quality undergraduate education in computer science that prepares students for productive careers and further study. To create, share, and apply knowledge in Computer Science, including in interdisciplinary areas that extend the scope of Computer Science and benefit humanity. The Department is dedicated to maintaining its current innovative programs and establishing new ones to uphold its status as an important national and regional center for discovering and applying new knowledge and technologies.
Objectives
To explore students with diverse areas of Information Technologies and their usefulness to mankind. To inculcate research among the students for solving real world problems with help of technologies. To motivate the students to start self-employment with web designing, training, software development unit. Promote students to participate in different competitive, technical, research programs to shape them for future challenges. Organizing seminars, workshops and guest lecturers to get them acquainted upcoming concepts and technologies. To arrange educational visits at research centers, national data processing centers and different MNC related to IT.
List of Courses

Sr no.

Name of the Course

Duration

1

B.Sc. Optional Science

3Years (6 semesters)

2

B.Sc(Computer Science)B.Sc

3Years(6 semesters)

3

Bachlor In Computer Application(B.C.A)

3Years(6 semesters)

 

 


Teaching Staff

 

Sr. No.

Name of Faculty

Designation

Qualifications

View CV

1

Pri. Dr. Kathare  R.V.

I/C. Principal, & Professor &  HOD 

M.Sc.(Physics),       Ph.D

View CV

2

Mr. Halkare B.T.

 

Assistant  Professor (CHB)

M.Sc.(Comp. Sci.)

View CV

3

Mr. Kamble A.S.

 

Assistant  Professor (CHB)

M.M.S

 

View CV

 

Courses & Syllabus:

 

 

S.N.

Course

Syllabus

1

FIRST YEAR 

  1. BSc (Computer Science)
  2. BCA
  3. BCS

 

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2

SECOND YEAR 

  1. BSc (Computer Science)
  2. BCA
  3. BCS

 

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3

THIRD YEAR 

  1. BSc (Computer Science)
  2. BCA
  3. BCS

 

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PROGRAMES & OUTCOMES:

Programme Outcomes B.Sc. (Computer Science)
PO1: To understand and apply the theory of computer science and software development fundamentals to produce computing-based solutions (BL3)..
PO2: To provide a strong foundation in computer science and the ability to creatively apply computer and related technologies (BL6)..
PO3: To formulate and analyze complex scientific problems (BL4)..
PO4: A deep understanding and applying the principles of professional, ethical, legal, security, and social issues and responsibilities (BL3)..
PO5: To enable learners for a career in an information technology oriented business or industry (BL6)..
PO6: To comprehend the employment skills (BL3)..
PO7: Understand modern notions in data analysis-oriented computing (BL2)..
Programme Outcomes – BCA (Science)
. PO01: Technical applications: The programme facilitates graduates to use and apply current technical concepts and practices in the core computer applications (BL3)..
PO02: Problem solving approach: Learners can identify computer application related problems, analyze them and design systems or provide solutions for problems related with legal, ethical and societal issues (BL3)..
PO03: Empowerment: The programme empowers graduates for competitive examinations and higher studies (BL3)..
PO04: Communication and managerial skills: Students can work and communicate effectively in interdisciplinary environment as independently or in team, and demonstrate scientific leadership in academic and industry (BL3)..
PO05: Professional skills: Learners recognize need and ability to engage in continuing professional development (BL4)..
PO06: Skilled human resource for industry and entrepreneurship: The programme assists to produce skill oriented human resource (BL6)..
PO07: Practical approach: The programme imparts practical skills (BL6)..
COURSE OUTCOMES:
COs: Computer Science
1. Computer Fundamental Course code: CSO1
CO1: To make the students familiar with computer environment.
CO2: To familiarize with the basics of Operating System and business communication tools CO3: To identify parts of a computer system.
CO4: To explain adequately the functioning of computer components.
CO5: To understand problem solving using computers.
CO6: To design an algorithmic solution for a given problem.
Digital Electronics: Course code: CSO2
CO1: To familiarize with basic concepts of digital electronics.
CO2: To learn number systems and their representation.
CO3: To understand the basic logic gates, Boolean algebra and K-maps.
CO4: To study arithmetic circuits, combinational circuits and sequential circuits.
CO5: Study comparative aspects of logic families. 121
2. Operating System (CSO4)
CO1: To understand structures, functions and history of operating systems.
CO2: To understand designs and issues associated with operating systems.
CO3: To understand process management concepts including scheduling, synchronization, and deadlocks.
CO4: To familiarize learners with multi-threading.
CO5: To study master concepts of memory management including virtual memory.
CO6: To understand master system resources sharing among the users.
CO7: To understand issues related with system interface, implementation, disk management.
CO8: To familiarize with protection and security mechanisms.
3. Programming in C (CSO5):
CO1: To understand a programming language.
CO2: To apply problem solving techniques.
CO3: To enable learners to write programs in C-programming and to solve problems.
CO4: To read, understand and trace the execution of programs written in C language.
CO5: to write the C code for a given algorithm.
CO6: To implement programs with arrays and functions.
4. Course code: CS07: Advance C-Programming. After completing the course, learning will be able
CO1: To create user defined functions for specific task in C language.
CO2: To understand the functions, types and working in C programming.
CO3: To understand use of user defined data types such as structures & unions.
CO4: Students will be able to deal with memory using pointers.
CO5: To understand library functions and storage classes in C language. 122
CO6: To learn pre-processor directives and operators in C language.
CO7: To study files stored on computer memory using file handling.
5. Course code: CS08 - Data Structure:
CO1: Student will be able to choose appropriate data structure as applied to specified problem definition.
CO2: Student will be able to handle operations like searching, insertion, deletion and traversing mechanism on various data structures.
CO3: Students will be able to apply concepts learned in various domains like DBMS, compiler construction etc.
CO4: Students will be able to use linear and non-linear data structures like stacks, queues, linked list etc.
6. Course Code: CS011 - Programming in CPP:
CO1: To understand basic object oriented concepts & issues involved in effective class design.
CO2: To write C++ programs involving the use object oriented concepts such as information hiding, constructors, destructors, inheritance etc.
7. Course Code: CS012 - DBMS Using SQL:
CO1: Understanding the database system basic concepts, architecture, features, purpose, and advantage of DBMS.
CO2: Learning about the component of a DBMS: Users, facilities & structure.
CO3: Learning about data modeling & design.
CO4: Learning about entity-relationship and data model.
CO5: Understanding the basics of relational model, normalization, relational algebra.
CO6: Introduction to oracle.
CO7: Student will able to deal with database system using SQL to manipulate data.
CO8: Understanding of physical storage of data. 123
CO9: Learning architecture of database system.
CO10: Learning about transaction processing and concurrency control.
8. CSO15- Software Engineering:
CO1: To manage selection and initiation of individual projects and of portfolios of projects in enterprise.
CO2: To conduct project planning activities that accurately forecast project costs, timelines, and quality.
CO3: To implement processes for successful resource, communication, risk and change management.
CO4: To demonstrate effective project execution and control techniques that result in successful projects.
CO5: To conduct project closure activities and obtain formal project acceptance.
CO6: To demonstrate a strong working knowledge of ethics and professional responsibility.
CO7: To demonstrate effective organizational leadership and change skills for managing projects, project teams, and stakeholders.
9. CSO16-VB .Net:
CO1: To understand the structure and model of programming language VB .Net
CO2: To use the programming language VB.Net for programming technologies.
CO3: To develop software in VB .Net.
CO4: To evaluate user requirements for software functionality required to decide whether the programming language VB .Net can meet user requirements.
CO5: To solve the given problem by applying technologies using implementation of VB.Net programming language.
CO6: To choose an engineering approach for solving problems, starting from acquired knowledge of programming and operating systems. 124
10. CSO19 -Data Communication and Networking: Students will be able to…..
CO1: Understand types of networks, technologies and application of networks..
CO2: Understand types of addresses and data communication..
CO3: Understand the concept of networking models, protocols and functionality of each layer..
CO4: Learn basic networking hardware and tools..
CO5: Understand wired and wireless networks, its types, functionality of layer.
11. CSO20- Ethics and Cyber Law:
CO1: To describe laws governing cyberspace and analyze the role of internet governance in framing policies for internet security.
CO2: To discuss different types of cybercrimes and analyze legal frameworks of different countries to deal with these cybercrimes.
CO3: To explain the importance of jurisdictional boundaries and identify the measures to overcome cross jurisdictional cyber-crimes.
CO4: To illustrate the importance of ethics in legal profession and determine the appropriate ethical and legal behavior according to legal frameworks.
CO5: To identify intellectual property right issues in cyberspace and design strategies to protect intellectual property.
CO6: To assess legal issues with online trading, analyze applicable e-contracting and taxation regulations.
CO7: To create security policy to comply with laws governing privacy and develop policies to ensure secure communication. 125

Research

Activities

  1. Seminar
  2. Group Discussion
  3. Unit Test
  4. Internal Evaluation



Alumni

Alumni 

 

 

 

Sr. No.

Name Of Alumni

Post

1

Smt.  Gadekar     S.  S.

Jr. Lecturer KMJM Washi

2

Mr. Nirpal A. V.

Postdoctoral Researcher (USA)

2

Ku. Undre P. D.

Assist. Professor DPM COLLEGE KALLAMB

3

Mr. Kawade V. V.

Tallathi Bhoom 

4

Mr. Gaikwad  R. S. 

Jr. Lecturer KMJM Washi

5

Mr. Gholap S.     A.

Advocate Osmanabad

6

Ku. Mahadik A.     A.

Jr. Lecturer KMJM Washi 

7

Mr. Ghule R.  T.

Agri Service Center 

8

Mr. Shinde D. T.

Asam Rifal

9

Ku. Mohite P. T.

Teacher Ajinkya Vidhyalaya, Washi

10

Ku. Rasal S.  B.

C2IBIZ IT  Pune 

11

Smt. Barate S. B.

Asst. Prof. SP College Bhoom 

 


Future Plan

  1. Establishing a research laboratory where teachers will work for their research projects and guide students for dissertation.
  2. To strengthen the alumni association of the department
  3. To inculcate research culture among the students
  4. To start TY B Sc. at under graduation level for Mathematics