Welcome To B. K. Birla College of Arts, Science & Commerce, Kalyan

B. K. Birla Institutes

Welcome To B. K. Birla College of Arts, Science & Commerce, Kalyan Welcome To B. K. Birla College of Arts, Science & Commerce, Kalyan Welcome To B. K. Birla College of Arts, Science & Commerce, Kalyan Welcome To B. K. Birla College of Arts, Science & Commerce, Kalyan

B.Sc. Information Technology

The Bachelor of Science in Information Technology (B.Sc. IT) is a dynamic and future-oriented degree that equips students with essential technical, analytical, and problem-solving skills required in today’s digital world. The program focuses on key areas such as programming, networking, databases, web development, cybersecurity, data analytics, and emerging technologies like Artificial Intelligence (AI) and the Internet of Things (IoT). Studying B.Sc. IT offers numerous advantages, including high career demand, diverse job opportunities, and a strong foundation for higher studies such as MCA, MSc (IT/Computer Science), or MBA in Information Technology. The curriculum emphasizes practical and industry-relevant learning through hands-on projects and internships, ensuring students are well-prepared for real-world challenges. Moreover, the global nature of IT allows graduates to work across industries and countries, while also providing the skills and knowledge to explore entrepreneurial ventures in the ever-growing tech ecosystem.

Key Information

Curriculum

Semester - I

Sr. No.	Paper	Title of Paper	Course Code	Credits
1	Major Paper I	Database Management System	BUNSITM101	4
2	Major Paper II	Computer Oriented Architecture	BUNSITM102	4
3	DSC Minor	Mathematical foundations of Information Science	BUNSITMR104	4
4	VEC	Introduction to programming (C++)	BUNSITVS106	2
5	SEC	Understanding e-Services	BUNSITSE107	2
6	VEC	Effective Business Communication -I	BUNSITAE109	2
7	IKS	Indian Science and Technology	BUNSITIK108	2
Total				22
*The credits of papers like M2, M3,OE, IKS,SEC, VEC & AEC offered by other Departments will also be added making a total of 20 credits for the student of Combination-II with Political Science Major. Open elective for 2 credits plus add on certificates courses.

Course Outcomes (CO)

Course Code	Title of Course	Course Outcome
BUNSITM101	Database Management System	CO 1 Identify the need for Database Management System. CO 2 Design conceptual model and relational model for real life applications. CO 3 Apply the concept of normalization to relational database design. CO 4 Formulate query using SQL commands. CO 5 Demonstrate the concept of transaction, concurrency and recovery.
BUNSITM102	Computer Oriented Architecture	CO 1 To learn different number systems and basic structure of computer system CO 2 To demonstrate the arithmetic algorithms. CO 3 To understand the basic concepts of digital components and processor organization. CO 4 To understand the generation of control signals of computer CO 5 To understand Multiprogramming. CO 6 To demonstrate the memory organization
BUNSITMRP105	Mathematical foundations of Information Science	CO 1 Ability to apply mathematical logic to solve problems. CO 2 Understand sets, relations, functions, and discrete structures. CO 3 Able to use logical notation to define and reason fundamental mathematical concepts such as sets, relations, and functions. CO 4 Able to formulate problems and solve recurrence relations. CO 5 Able to model and solve real-world problems using graphs and trees
BUNSITVS106	Introduction to C++	CO 1 To provide exposure to algorithm design and problem-solving using programming techniques. CO 2 Develop the ability to create programs by using datatypes, variables, expressions, and operators. CO 3 To decompose programming solutions into smaller units using functions. CO 4 To create different types of data-structure using structure, arrays, and pointers CO 5 To apply file handling techniques, to insert and retrieve data from files.
BUNSITSE107	Understanding E-Services	CO 1 Understand the concept and significance of e-services CO 2 Analyze e-service architectural frameworks CO 3 Identify challenges and implications of e-services in the Developing World CO 4 Demonstrate proficiency in using email, instant messaging, and collaboration tools CO 5 Understand web security and cyber threats CO 6 Explore e-governance services and financial literacy
BUNSITAE109	Effective Business Communication-I	CO 1 Listen, Comprehend and Correspond with others at various contexts CO 2 Speak legibly and fluently under various life-time situations by applying proper communication modules. CO 3 Read and understand a variety of writings and technical text by analyzing the meaning and language. CO 4 Apply clear and legible writing skills in error free style in coherent manner CO 5 Remember and use various communicative skills in precise and efficient way on technological contexts CO 6 Form situational conversations and technical writing styles for interpersonal and effective communication
BUNSITVE110	Environmental Technology	CO 1 To recall and comprehend the basic concepts of environmental challenges,sustainability, and the role of technology in addressing these issues. CO 2 To explain the principles of energy efficiency in IT infrastructure and data centers, and strategies for reducing power consumption. CO 3 To apply the concepts of eco-efficiency, life cycle assessment, and green computing to analyze and evaluate the environmental impact of various technologies and practices. CO 4 To analyze the environmental impact of electronic waste (e-waste) and evaluate e-waste recycling and disposal methods. CO 5 To synthesize knowledge of the IT supply chain to propose strategies for reducing environmental impact throughout the lifecycle of IT products and services. CO 6 To plan and conduct environmental auditing and performance evaluation to ensure sustainable IT operations.
BUNSITIK108	Indian Science and Technology	CO 1 To describe the major scientific advancements in ancient India. CO 2 To explain the significance of ancient Indian scientific knowledge and its impact on various fields CO 3 To comprehend and interpret the principles and practices of traditional Indian knowledge systems CO 4 To apply their understanding of traditional knowledge systems to analyze their relevance and applicability in addressing contemporary challenges in healthcare, education, and sustainable development. CO 5 To synthesize and generate insights into recent developments in Indian science and technology CO 6 To evaluate and justify the significance and potential impact of Indian contributions in contemporary scientific fields, considering both national and global contexts.

Semester - II

Sr. No.	Paper	Title of Paper	Course Code	Credits
1	Major Paper I	Computer Network	BUNSITM201	4
2	Major Paper II	Operating System	BUNSITM202	4
3	Minor	Numerical Analysis with C++	BUNSITMRP205	4
4	VSC	Python Programming	BUNSITVS206	2
5	SEC	Embedded System	BUNSITSE207	2
6	AEC	Effective Business Communication-II	BUNSITAE209	2
7	VEC	Environmental Science - II	BUNSITVE210	2
8	CC	Yoga & Positive Psychology for managing career & Life (SWAYAM)	BUNCC2H	2
*The credits of papers like M2, M3,OE, IKS,SEC, VEC & AEC offered by other Departments will also be added making a total of 22 credits for the student of Combination-II with Political Science Major. Open elective for 2 credits plus add on certificates courses.

Course Outcomes (CO)

Course Code	Title of Course	Course Outcome
BUNSITM201	Computer Networks	CO 1 Understand the concepts of Data Communication. CO 2 Study the functions of OSI Layers. CO 3 Familiarize with Transmission Media, Flow Control and Error Detection & Correction. CO 4 Understand fundamental concepts in Routing, Addressing & working of Transport Protocols. CO 5 Gain familiarity with common networking & Application Protocols.
BUNSITM202	Operating system	CO 1 To learn basic concepts and structure of operating systems CO 2 To learn about process and synchronization in operating system level CO 3 To learn CPU scheduling algorithms CO 4 To learn Memory and File system management
BUNSITMR204	Numerical Analysis with C++	CO 1 Understand and explain the basic concepts of numerical analysis. CO 2 Implement numerical methods like root finding, interpolation, and numerical integration using C++. CO 3 Analyze and solve problems using different numerical methods and techniques. CO 4 Evaluate the accuracy and efficiency of different numerical methods. CO 5 Design and implement complex numerical algorithms and methods for solving realworld problems.
BUNSITVS206	Python Programming	CO 1 To understand why Python is a useful scripting language for developers. CO 2 To learn how to use lists, tuples, and dictionaries in Python programs. CO 3 To learn how to identify Python object types. CO 4 To learn how to use indexing and slicing to access data in Python programs. CO 5 To define the structure and components of a Python program. CO 6 To learn how to write loops and decision statements in Python
BUNSITSE207	Embedded System	CO 1 Demonstrate a comprehensive understanding of the historical progression and classification of embedded systems. CO 2 Explain the distinctions between microprocessors and controllers, with a focus on their respective functionalities. CO 3 Identify and describe various communication interfaces employed in embedded systems. CO 4 Illustrate the operational principles of communication devices commonly utilized in embedded systems CO 5 Analyze and contrast the software programming methodologies for general-purpose computers and embedded systems, including processor-component communication protocols and memory, I/O, and interrupt mapping techniques
BUNSITAE209	Effective Business Communication-II	CO 1 The ability to communicate is an essential skill. This course introduces the fundamental principles of business communication and provides the opportunity to distinguish between business communication and personal/social communication. CO 2 It prepares students to communicate effectively in a trans-national, globalized business environment. It introduces students to the basic formats and principles of business communication as well as strategies and abilities to adapt to different circumstances in business situations. CO 3 It covers communication structures briefly and introduces students to the ever more important area of cross-cultural communication. CO 4 The course is designed to impart a basic understanding of written business communication, including letters, reports, presentations and email and valuable insights into listening and non -verbal communication. CO 5 Every skill gained from this course will aid the learners in developing complete confidence to communicate professionally with different audiences.

Semester - III

Sr. No.	Paper	Title of Paper	Course Code	Credits
1.	Major 1	OOPs with Java	BUNSITM301	4
2.	Major 2	Data Structure & Algorithm	BUNSITM302	4
3.	Minor	Numerical Analysis with C++	BUNSITMR305	4
4.	VSC	Advanced DBMS	BUNSITVS306	2
5.	AEC	Hindi/Marathi	BUNAAE408A /BUNAAE308B	2
6.	CC	Foriegn Language	BUNCC309I	2
7.	OJT/FP	Internship/ Mini Project	BUNOJT307	2
Total Credits offered by the Dept. of Information Technology				22
*The credits of papers like AEC, OE, CC offered by other Departments will also be added making a total of 22 credits for the student of Political Science Major. Open elective for 2 credits plus add on certificates courses.

Course Outcomes (CO)

Course Code	Title of Course	Course Outcome
BUNSITM301	OOPs with Java	CO 1 Develop programs using Object Oriented methodology in Java. CO 2 Apply concept of inheritance for code reusability. CO 3 Develop programs using multithreading CO 4 Implement Exception Handling and Develop programs using graphics and applets. CO 5 Develop programs for handling I/O and file streams.
BUNSITM302	Data Structure & Algorithm	CO 1 Understand basic data structures such as arrays, strings, and linked lists. CO 2 Study linear data structures such as stacks and queues and understand their differences. CO 3 Describe the hash function and concepts of collision and its resolution methods. CO 4 Understand the concept of memory management. CO 5 Study trees, heap and graphs along with their basic operations. CO 6 Study different techniques for solving problems like sorting and searching
BUNSITMR305	Numerical Analysis with C++	CO 1 Understand and explain the basic concepts of numerical analysis. CO 2 Implement numerical methods like root finding, interpolation, and numerical integration using C++. CO 3 Analyze and solve problems using different numerical methods and techniques. CO 4 Evaluate the accuracy and efficiency of different numerical methods. CO 5 Design and implement complex numerical algorithms and methods for solving realworld problems.
BUNSITVS306	Advanced DBMS	CO1:Explain advanced database concepts such as data warehousing, data mining, distributed databases, and NoSQL systems. CO2:Design and develop complex database schemas using normalization, indexing, and query optimization techniques. CO3:Apply advanced SQL and PL/SQL features (triggers, stored procedures, functions, cursors) to implement robust database applications. CO4:Analyze and implement distributed and parallel database architectures to ensure performance, scalability, and data consistency. CO5:Evaluate modern database technologies (NoSQL, Big Data systems, NewSQL) and choose appropriate solutions for real-world applications.
BUNAAE308B	Hindi
BUNAAE308A	Marathi

Semester - IV

Sr. No.	Paper	Title of Paper	Course Code	Credits
1.	Major 1	Advanced Java	BUNSITM401	4
2.	Major 2	Software Project Management and Testing	BUNSITM402	4
3.	Minor	Design & Analysis of Algorithm	BUNSITMRP405	4
4.	VSC	Computer Graphics and Animation	BUNSITVS406	2
5.	AEC	Hindi/Marathi	BUNAAE408A /BUNAAE408B	2
6.	CEP	Community Engagement Services	BUNCEP407	2
Total Credits offered by Dept. of Information Technology				20
*The credits of papers like AEC,CC offered by other Departments will also be added making a total of 20 credits for the student of Political Science Major. Open elective for 2 credits plus add on certificates courses.

Course Outcomes (CO)

Course Code	Title of Course	Course Outcome
BUNSITM401	Advanced Java	CO 1 Learn Advanced Java Programming Skills. CO 2Learn popular Java frameworks like Spring, Hibernate, and JavaFX for building scalable applications CO 3 Learn to design, develop, and deploy complex Java applications with a focus on performance and security. CO 4 Understand Database Integration and Web Services CO 5 Real-World Application Development.
BUNSITM402	Software Project Management and Testing	CO 1 Understand and practice the process of project management and its application in delivering successful IT projects CO 2 Evaluate a project to develop the scope of work, provide accurate cost estimates and to plan the various activities CO 3 Identify the resources required for a project and to produce a work plan and resource schedule; CO 4 Understand diff. types of testing and how it is conducted
BUNSITMRP405	Design & Analysis of Algorithm	CO 1 Create new algorithms for solving complex computational problems CO 2 Design efficient algorithms by combining multiple algorithm design paradigms CO 3 Formulate new methods for optimizing algorithm performance CO 4 Devise new approaches for analyzing algorithmic efficiency and complexity CO 5 Construct algorithms tailored to specific problem constraints and requirements CO 6 Synthesize solutions by comparing and integrating multiple algorithmic strategies
BUNSITVS406	Computer Graphics and Animation	CO 1 Understanding of computer graphics, including rendering, transformations, and geometric modeling techniques CO 2 Proficiency in Animation Techniques CO 3 Mastery of Graphics Software CO 4 Understanding of Visual Effects CO 5 Application of Graphics in Real-World Projects
BUNAAE408B	Hindi
BUNAAE408A	Marathi
BUNCEP407	CEP Community Engagement Services	CO 1 Understanding Community Needs CO 2 Building Relationships and Partnerships CO 3 Program Planning and Execution CO 4 Cultural Sensitivity and Inclusivity CO 5 Leadership and Advocacy

Semester - V

Sr. No.	Title of Paper	Course Code	Credits
1.	Software Quality Assurance	BUSIT51	5
2.	Internet of Things	BUSIT52	5
3.	ASP. Net with C#	BUSIT53	5
4.	Next Generation Technologies	BUSIT55	5
5.	Project Dissertation	BUSIT5P1	5
Total Credits offered by the Dept. of Information Technology			25

Course Outcomes (CO)

Course Code	Title of Course	Course Outcome
BUSIT51	Software Quality Assurance	CO 1 Design and implement Test Plans and Procedures. CO 2 Apply a wide variety of testing techniques at various testing levels. CO 3 Use test tools to effectively test software. CO 4 Compute and use various testing metrics. CO 5 Students can compute test coverage and yield, according to a variety of criteria.
BUSIT52	Internet of Things	CO 1 Understand the application areas of IoT, build IoT applications. CO 2 Understand the concept of IoT. CO 3 Thinking and analyze Prototyping; Able to realize the revolution of Internet in Sensor Networks. CO 4 Understand the Communications done through internet. CO 5 Design and program IoT devices.
BUSIT53	ASP.Net with C#	CO 1 Understanding .Net framework, design dynamic web applications using C#. CO 2 Define the structure and fundamental concept of Asp.net. CO 3 Design forms using IDE and Code. CO 4 Design, create, build, and debug Asp.net. CO 5 Apply data base connectivity and access the fields of the database
BUSIT55	Next Generation Technologies	CO 1 To study the basic technologies that forms the foundations of Big Data CO 2 Get an understanding of NoSQL databases, design goals, requirement of NoSQL database/ MongoDB CO 3 Understanding of the basics of how MongoDB stores data. CO 4 MongoDB® architecture CO 5 Introduction to JSON and BSON CO 6 Programming using JQuery and its plugins
BUSIT5P1	Project Dissertation	CO1 To guide students in conducting independent research on an IT-related problem. CO2 To help students apply analytical and technical skills to develop a research-based solution. CO3 To train students in preparing a structured dissertation with proper methodology and documentation. CO4 To develop skills in presenting and defending research findings effectively. To promote critical thinking, academic ethics, and professional research practices.

Semester - VI

Sr. No.	Title of Paper	Course Code	Credits
1.	Security in Computing	BUSIT62	5
2.	Business Intelligence	BUSIT63	5
3.	Linux System Administration	BUSIT64	5
4.	Principles of Geographic Information Systems	BUSIT65	5
5.	Project Implementation	BUSIT6P1	5
Total Credits offered by Dept. of Information Technology			5

Course Outcomes (CO)

Course Code	Title of Course	Course Outcome
BUSIT62	Security in Computing	CO1 Understanding cryptography, various security policies and protocols. CO2 Analyze and evaluate the cyber security needs of an organization. CO3 Determine and analyze software vulnerabilities and security solutions to reduce the risk of exploitation. CO4 To learn about how to maintain the Confidentiality, Integrity and Availability of data. CO5 To understand various protocols for network security to protect against the threats in the networks.
BUSIT63	Business Intelligence	CO 1 Understanding the framework of computerized decision support systems, data analytics. CO 2 Introduces the need for computerized support for managerial decision making. CO 3 Define the role of data warehouse in decision support and role of methodologies in BPM. CO4 Emphasizes the concept of the process of carrying out a text mining. CO 5 Introduce the needs for connecting BI system with other information systems.
BUSIT64	Linux System Administration	CO 1 Make appropriate decisions during the configuration process to create a properly functioning Linux environment. CO 2 Use programs and utilities to administer a Linux machine. CO 3 Explain how a Linux server can be integrated within a multi-platform environment. CO 4 Understand the basic set of commands and editors in Linux Operating System. CO 5 Discuss shell programming in Linux operating system CO 6 Demonstrate the role and responsibilities of a Linux system administrator.
BUSIT65	Principles of Geographic Information Systems	CO 1 Explore mapped data. CO 2 Relate GIS with remote sensing technologies. CO 3 Analyze spatial data, using GIS analysis tools CO 4 Develop and manage geodatabase CO 5 Functions of geographic information systems.
BUSIT6P1	Project Implementation	CO1 To help students plan projects by identifying problems and defining requirements. CO2 To enable students to design system architecture and technical specifications. CO3 To develop skills in implementing solutions using suitable technologies and tools. CO4 To train students in software testing, validation, and quality assurance. CO5 To enhance documentation, presentation, teamwork, and project management skills.