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Technology is developing at an unsettling rate. Students interested in a career as a software engineer are highly valued by the IT sector and academic institutions. Numerous universities and institutions offer a 3-year undergraduate degree program called the Bachelor of Science in Information Technology or BSc IT in short. The program covers a wide range of information technology topics. It provides training in software development as well as other related fields including network and web design. A student may choose to enroll in the BSc IT degree if they are interested in this course.
BSc IT is a three-year undergraduate science program with six semesters. It covers software, databases, and networking with the aim of disseminating both theoretical and practical knowledge on securely storing, processing, and managing information. BSc IT Syllabus includes Foundation of IT, Advanced IT, Data Engineering, Software Engineering, Network, and Security. Algorithm and analysis, microprocessor, and embedded system.
The BSc IT syllabus is always changing as new concepts and technologies are introduced in the IT industry. Artificial intelligence, machine learning, and automation have just been added. After completing their studies, students who pursue BSc IT have access to a variety of employment prospects. Even development and building projects are open to them. Students who seek a Bachelor of Information Technology degree have the chance to work in the following areas: government departments, public sector institutions, research and development organizations, banks and finance, non-profit organizations, and private sectors.
The primary objective of a BSc IT syllabus, like those of all other undergraduate information technology programs, is to impart knowledge regarding storing, processing, securing, and managing information. The main focus of the BSc IT course is to impart knowledge on BSc IT subjects such as networking, databases, and software.
The goal of the BSc IT is to teach students how to handle a company's huge data, assess the performance of computer systems and network servers, and avoid needless data transfer challenges. A B.Sc. degree in IT is awarded after finishing a program of study in software development, software design, software engineering, website development, databases, programming, computer networking, and computer systems.
The BSc IT syllabus differs from university to university. Below is a synopsis of the BSc IT syllabus in detail:
The BSc IT Syllabus for first year is tabulated below-
BSc IT Syllabus Semester I | BSc IT Syllabus Semester II |
Introduction to Information Theory & Applications Solving Methodologies | Data Structure using C Language |
Computer Fundamentals | Web Programming |
Introduction to Programming Networking, Internet Environment Problem | Mathematical and Statistical Understanding of Computer Science |
Digital Computer Fundamentals | TeleCommunication Systems Mathematics |
Introduction to Digital Electronics | Design and Analysis of Algorithms |
Mathematics I | Computer Organisation |
Emerging Technologies | Computer Graphics and Architecture |
Technical Communication Skills | Professional Skill Development |
C Programming | Practical-I |
Practical-I | Practical-II |
Practical-II | - |
The following table lists the second year Bachelor of Science in Information Technology syllabus
BSc IT Syllabus Semester III | BSc IT Syllabus Semester IV |
Content Management and Data Analysis | Database Concepts |
Systems Programming | |
Programming Languages, C++ Oracle, and RDBMS | Systems Operating System Concepts Programming |
Discrete Mathematical Structures | SW Engineering Programming with JAVA Network |
Computational Mathematics SAD | Administration and Technology |
Software Quality Assurance and Testing | Practical 1- Programming C |
Object-Oriented Programming | Practical 2 - Administration and Technology |
Practical 1- Programming Languages | - |
Practical 2 -Data Structure and Analysis | - |
Below are the subject titles for the Bachelor of Science in Information Technology Syllabus for third year:
BSc IT Syllabus Semester V | BSc IT Syllabus Semester VI |
Programming with C++ | Advance Data Structure Electronics |
Software Testing | Computer Organization & Architecture |
Advanced JAVA Programming | Object-Oriented Programming |
Internet Security | TeleCommunication Systems |
SQL 2 Visual Basic 6 | Foundation of Information Technology |
Project Management | Digital Computer Fundamentals |
Practical 1 | Computer Graphics Logic |
Practical 2 - Project Development | Discrete Mathematical Structures |
- | Operating Systems |
- | Programming DBMS Systems |
- | Computational Mathematics Dissertation |
BSc IT subjects deal with a broad spectrum of subjects and syllabus that are important for candidates to learn throughout the course of three years in preparation for the final examination, which is conducted at the end of the final year for eligible students. Here are a few important BSc IT Subjects such as software, databases, and networking-
BSc IT Subjects | BSc IT Subject Details |
Fundamentals of Computer Organization | It teaches the fundamentals of computer organization and structure, including file management and input and output devices. |
Programming with Python | It covers the Python 2.6 and Python 3 programming languages' instructions and syntax. |
Linux Fundamentals | In this course, the fundamentals of the Linux programming language are covered. |
Softs Skills Development | The goal of this course is to help students improve their interpersonal and communication abilities. |
Content Management and Data Analysis | This subject covers a wide range of topics in content management and data analysis, which are used in applications like search engines, databases, and information retrieval. |
Components of Programming Languages | This subject introduces a diverse multitude of programming language-related topics. It discusses the fundamental ideas behind programming languages as well as the design principles that went into creating their features. |
Techniques for program debugging | This subject covers a wide range of methods for dealing with program faults as they occur. |
Systems Programming | This subject explains the program design methods used to create applications for hardware platforms like embedded systems or microprocessors. |
SAD, Software Quality Assurance and Testing | The topics covered in this class span a wide range of software testing and quality assurance-related areas. It covers the fundamentals of quality assurance, the procedure used in software testing, the operating environment, and quality assurance tools such test case design, debugging tools, and tools for creating efficient reports. |
Oracle and RDBMS | These courses teach the fundamental ideas regarding the structure, functionality, and design of databases and their constituent parts. They cover a wide range of topics relating to relational database management systems. |
Network Security | This course covers a broad spectrum of network security-related topics. Firewalls, intrusion detection systems, and other concepts and techniques related to information security are taught to students. |
Stem Maintenance and Troubleshooting | This BSc IT subject covers a variety of topics relating to system maintenance and troubleshooting, which includes both maintaining and fixing outdated machines and software. |
Logic, Discrete Mathematical Structures | In order to handle issues like logical reasoning, relation algebra, and mathematical structures, a variety of topics in logic and computer science are introduced in this BSc IT subject. |
Computational Mathematics | Computational mathematics is used in numerical computation, probability theory, statistics, and artificial intelligence. This subject encompasses a comprehensive array of topics connected to computational mathematics. |
Data Communication and Networking | This subject teaches an expansive set of topics in data networking and communication, which are essential to technologies like wireless communications and internet protocols. |
Software Engineering Tools | This course comprises a substantial range of topics related to software design tools used in project management for software engineering. It teaches students how to use several project-related tools, including the work breakdown structure (WBS), Gantt charts, scheduling software, and estimating tools. |
Operating System Concepts | Operating systems, file systems, real-time operating systems, distributed systems, and other computer system software-related subjects are all covered in this subject. |
Network Administration and Technology | Students will learn how to build, implement, maintain, and troubleshoot various networking technologies, such as Local Area Networks (LANs), Wide Area Networks (WANs), Intranets, etc., in this subject, which covers a vast area of topics relevant to network administration and technology. |
Mobile Computing Systems | The topics covered in this course span a comprehensive range of mobile computing system-related ideas. It covers the fundamental ideas behind handheld computers and networks, as well as their functionalities. |
Information Security Management | The principles of information technology, security threats, risk identification, and risk management are just a few of the topics covered in this course on information security management. |
There are numerous BSc IT Subjects altogether including the electives. Here we have put together the list of Bachelor of Science in Information Technology Common Subjects for All Semesters-
BSc IT Subjects | BSc IT Subjects Major Topics |
Mathematical and Statistical Understanding of Computer Science |
|
Object-Oriented Programming |
|
Computer Programming |
|
Emerging Technologies |
|
Problem-Solving Methodologies |
|
Technical Communication Skill |
|
Mathematics I |
|
Introduction to Digital Electronics |
|
Systems Programming |
|
Fundamentals of Computer Architecture |
|
Fundamentals of Computers |
|
Programming, Algorithm and Analysis |
|
There are several BSc IT electives available which can be chosen by students as per their areas of interests. Through these subjects candidates can enhance their knowledge in those specific areas. The electives depend on the BSc IT College aspirants are opting for. Some of the BSc IT subjects for electives that you can opt for are-
BSc IT Subjects | |
BSc IT Subjects Practicals | IT Laws and patents |
Computer Organization and Architecture | Total Supply Chain Management |
Systems Programming Concepts and Algorithms | Strategic IT Management |
Operations Research | Geographic Information System |
Professional Skill Development | Web Designing |
Mathematics II | Management Information Systems |
TeleCommunication Systems | Embedded Systems and Programming |
Web Programming | Business Process Reengineering |
Multimedia |
In these BSc IT Lab subjects, students get an opportunity to work in the laboratories for practical experience. The students can check some of the common BSc IT lab subjects here.
Given below is a list of common BSc Lab Subjects-
Different institutions and universities may offer students different specializations in BSc IT. However, the following table lists some of the most well-liked and pertinent specializations-
BSc IT Syllabus Specialization | Specialization BSc IT Subjects |
Computer Science |
|
Mathematics |
|
Cyber Security |
|
Statistics |
|
Data Analytics |
|
Game Design |
|
A lot of colleges and universities offer distance learning BSc IT programs. Compared to a conventional course, the qualifying requirements for students who want to enroll in these programs are extremely lenient. The BSc IT Syllabus for the online programs is very comparable to that of traditional classes. The following are some of the syllabus's important subjects-
Most colleges and universities conduct their own entrance exams for candidates interested in pursuing a Bachelor of Science in Information Technology degree. However, some universities also provide direct admission. The following are a few of the well-known entrance exams that are conducted by various authorities:
The admission tests are MCQ-based with some theoretical questions added for good measure. Students can study sample question papers, mock tests, and previous year's papers to prepare for these exams. The Bachelor of Science in Information Technology syllabus for entrance exams' cover topics like-
The following table lists the reference books that students can use to improve their understanding of the various Bachelor of Science in Information Technology subjects:
Subject | Book Title | Author |
Fundamentals of Computer Organization | Computer Organization and Architecture Designing for Performance | William Stallings |
Fundamentals of Computer Organization | Modern Digital Electronics | R. P. Jain |
Linux Fundamentals | Linux Command Line and Shell Scripting | Christine Bresnahan and Richard Blum |
Algorithms and Programming with C | Programming in ANSI C | E. Balaguruswamy |
Discrete Mathematics | Discrete Mathematics | Normal L. Biggs |
Descriptive Statistics and Introduction to Probability | A First Course in Probability | S. M. Ross |
Soft Skills Development | Personality Development and Soft Skills | Barun K. Mitra |
Database Management Systems | Fundamentals of Database Systems | Shamkant Navathe and Ramez Elmasri |
Programming with Python | Beginning Python: Using Python 2.6 and 3 | James Payne |
The BSc IT syllabus focuses on programming and numerical language. The course is divided into six semesters covering all aspects. The BSc IT students can choose electives based on their specialization and areas of interest. The course work also involves submitting research based practical projects at the end of the VI semester. In general, the BSc IT subjects are scored out of 100 marks, of which 80 are saved for external exams and 20 are saved for internal evaluation. After each semester is over, the exams are held. Each practical paper typically receives a total of 50 marks.
Overall, the subjects in the BSc IT course structure consist of VI Semesters having core and elective subjects. Along with it, students pursuing this course also have to take part in Internships and submit projects.