The Bachelor in Information Technology (BIT) at Janakpur Community College is a four-year undergraduate program affiliated with Purbanchal University. The course combines programming, computer systems, mathematics, electronics, web technology, databases, networking, management, research, and application development.
Students complete eight semesters with project work included throughout the program. The curriculum moves from C and C++ programming to database applications, web-based systems, networks, data mining, Artificial Intelligence, software engineering, and a final application project.
| Field | Details |
|---|---|
| Course: | Bachelor in Information Technology (BIT) |
| Level: | Bachelor’s degree |
| College: | Janakpur Community College |
| Affiliation: | Purbanchal University |
| Duration: | Four years |
| Academic structure: | Eight semesters |
| Total credits: | 141 |
| Location: | Agni Kund, Janakpurdham–8, Dhanusha, Madhesh Pradesh |
| Main components: | Theory, tutorials, laboratory work, projects, electives, research, and application development |
BIT is structured for students who want to study both the technical and organizational sides of information technology. Programming and computer science subjects form a major part of the curriculum, but the course also includes mathematics, communication, electrical and electronic systems, management, accounting, marketing, research, and information systems.
The first year establishes the mathematical, computing, programming, communication, and electronics base required for later study. Students then progress into data structures, system analysis, database management, web technology, computer organization, networking, operating systems, embedded systems, data mining, software engineering, Artificial Intelligence, and software project management.
Project work begins in the first semester. This gives students repeated opportunities to apply classroom concepts through coding, system development, documentation, presentation, and practical problem-solving.
Applicants should have completed twelve years of schooling in any stream with a Mathematics subject of at least 100 marks at the 10+2 level.
The stated academic requirements are:
A minimum C grade in each subject of Grades 11 and 12 with a CGPA of 2.0 or above.
Applicants who studied Additional Mathematics in Grade 12 must have passed that paper with at least a D grade.
The stated alternative is a minimum second division or 45 percent in 10+2, PCL, or an equivalent qualification in any discipline.
Mathematics at the higher-secondary level is an essential entry requirement even when the applicant has completed 10+2 in a non-science stream.
The Purbanchal University BIT curriculum carries 141 credits across eight semesters. Each semester combines computing subjects with related mathematical, communication, management, or research courses.
| Semester | Subjects | Credits |
|---|---|---|
| Semester I | Mathematics-I; Fundamentals of Information Technology; Technical Communication (English); Basic Electrical System & Circuit; Principles of Management; Computer Programming-I; Project-I | 19 |
| Semester II | Mathematics-II; Electronics Devices & Circuits; Digital Logic; Object Oriented Programming in C++; Project-II; Financial Management & Accounting | 17 |
| Semester III | System Analysis & Design; Microprocessor & Assembly Language; Data Structure & Algorithm; User Interface Design; Project-III; Numerical Methods | 17 |
| Semester IV | Communication System; Computer Organization; Web Technology-I; Database Management System; Project-IV; Discrete Mathematics; Marketing Management | 19 |
| Semester V | Probability & Statistics; Society & Ethics in IT; Data Communication; Web Technology-II; Computer Graphics; Operating System; Project-V | 18 |
| Semester VI | Embedded System Programming; Computer Network; Data Mining & Data Warehousing; Advance Object-Oriented Programming; Project-VI; Research Methodology | 17 |
| Semester VII | Artificial Intelligence; Network Programming; Software Engineering; Management Information System; Elective I; Project-VII | 18 |
| Semester VIII | E-commerce; Wireless Communication System; Software Project Management; Elective II; Application Project | 16 |
The first- and second-semester structures establish the foundation in mathematics, computer fundamentals, C programming, object-oriented programming, digital logic, electrical systems, electronics, communication, and management.
The second year introduces system design, microprocessors, data structures, user-interface design, numerical methods, communication systems, computer organization, web technology, databases, discrete mathematics, and marketing.
The third year focuses on statistics, ethics, data communication, web applications, graphics, operating systems, embedded programming, networks, data mining, object-oriented programming, and research methods.
In the final year, students study Artificial Intelligence, network programming, software engineering, management information systems, e-commerce, wireless communication, software project management, two electives, and advanced project work.
The first year begins with Mathematics-I, Fundamentals of Information Technology, Technical Communication, basic electrical systems, management, C programming, and Project-I.
Fundamentals of Information Technology covers the history of computing, computer systems, software, databases, telecommunications, internet technologies, multimedia, information security, and the use of computers in different fields.
Computer Programming-I introduces problem analysis, algorithms, flowcharts, coding, testing, debugging, documentation, data types, operators, input and output, and control structures using C.
The second semester continues with Mathematics-II, electronic devices, digital logic, C++ programming, financial management, accounting, and a second software project.
The third semester moves into System Analysis & Design, Microprocessor & Assembly Language, Data Structure & Algorithm, User Interface Design, Numerical Methods, and Project-III.
System Analysis & Design covers information systems, development life cycles, data-flow diagrams, requirements analysis, feasibility studies, system design, implementation, testing, maintenance, and object-oriented modelling.
In the fourth semester, students study Web Technology-I and Database Management System alongside Communication System, Computer Organization, Discrete Mathematics, Marketing Management, and Project-IV.
Database Management System includes data models, database architecture, entity-relationship modelling, relational databases, SQL, normalization, database security, transactions, and concurrency control. Laboratory work includes the use of SQL for database operations.
The fifth semester includes Web Technology-II, Computer Graphics, Operating System, Data Communication, Society & Ethics in IT, Probability & Statistics, and Project-V.
Operating System covers processes, memory management, file systems, input and output, deadlocks, real-time systems, and distributed systems. Laboratory exercises include Linux commands, process scheduling, page-replacement algorithms, deadlock modelling, and memory-fitting algorithms.
The sixth semester combines Embedded System Programming, Computer Network, Data Mining & Data Warehousing, Advance Object-Oriented Programming, Research Methodology, and Project-VI.
Computer Network covers network types, architecture, communication media, data-link protocols, IP addressing, routing, transport protocols, application-layer services, and network security. Practical work includes setting up small networks and configuring network hardware and software.
Research Methodology introduces research design, sampling, data collection, hypothesis testing, and research-report writing in information and communication technology contexts.
The seventh semester brings together Artificial Intelligence, Network Programming, Software Engineering, Management Information System, an elective, and Project-VII.
Software Engineering covers process models, project planning, requirements, system design, testing, verification, validation, quality assurance, reliability, and object-oriented software engineering.
Management Information System examines the use of information systems in organizations, including transaction processing, decision-support systems, executive information systems, office automation, business information systems, information-resource management, computer security, cyber law, and recent information technologies.
The final semester includes E-commerce, Wireless Communication System, Software Project Management, a second elective, and an Application Project.
Software Project Management covers project planning, evaluation, costing, effort estimation, activity scheduling, risk management, resource allocation, monitoring, software quality, and project-management methods.
Project work is a continuous part of the BIT course rather than a single final-year requirement.
Project-I uses C programming. Students work through information gathering, system requirements, algorithms, flowcharts, coding, results, and documentation. The completed project includes a written report and oral presentation.
Project-II applies object-oriented programming in C++. Students work in groups of up to four and complete topic selection, requirement identification, algorithm preparation, coding, implementation, documentation, reporting, and presentation.
Project-III focuses on software development through a visual programming tool or application programming interface. Students spend scheduled laboratory time developing a project with practical significance and submit both a report and presentation.
Project-IV centres on database application development using a relational database management system. The work includes database design, application development, laboratory activity, documentation, and presentation.
Project-V requires students to build a web-based application using server-side scripting. The project includes laboratory work, development, written documentation, and oral presentation.
These projects bring together software-engineering practices, relational databases, and object-oriented programming. Students develop professional applications in small groups and are assessed through presentations, project output, documentation, and viva.
The eighth semester concludes with a four-credit Application Project. It follows seven earlier semester projects and serves as the final project component of the program.
The curriculum includes one elective in Semester VII and another in Semester VIII.
Geographic Information System
Multimedia System
Cloud Computing
Distributed Processing
Theory of Computation
Internet and Intranet
Simulation and Modeling
Remote Sensing
Multimedia Communication
E-Governance
System Administration
Design and Analysis of Algorithm
Network Security and Cryptography
Image Processing and Pattern Recognition
The elective structure allows students to study an additional area alongside the compulsory final-year subjects.
Many BIT subjects contain separate practical hours. Laboratory work appears in programming, electrical systems, electronics, digital logic, microprocessors, user-interface design, numerical methods, communication systems, web technology, databases, graphics, operating systems, embedded systems, networking, data mining, advanced programming, Artificial Intelligence, network programming, e-commerce, wireless communication, and selected electives.
Practical activities vary by subject. They include:
Writing and testing programs
Designing database systems and using SQL
Developing web-based applications
Configuring network hardware and software
Working with Linux commands and operating-system algorithms
Simulating digital circuits
Applying numerical methods through programming
Preparing project documentation
Delivering project presentations
Completing viva-based project evaluation
The course therefore requires regular laboratory participation in addition to classroom study.
Assessment differs according to the nature of each subject. Theory courses generally include internal and final assessments. Subjects with laboratory components also allocate marks for practical work.
Project assessment may include title presentation, mid-term presentation, pre-final submission, final presentation, project output, documentation, and viva. The exact distribution varies between project courses and semesters.
This arrangement evaluates written knowledge alongside technical implementation, reporting, communication, and presentation.
Through the subjects, laboratories, and projects, students may develop skills in:
Problem analysis and algorithm design
C and C++ programming
Object-oriented application development
Data structures and numerical methods
System analysis and software design
SQL and relational database development
Web application development
Operating-system concepts and Linux-based practical work
Data communication and network configuration
Embedded-system programming
Data mining and data warehousing
Software testing and quality management
Research design and technical report writing
Project documentation, presentation, and teamwork
Information-system and software-project management
Skill development depends on consistent practice, project involvement, individual effort, and the ability to apply theory during laboratory work.
The BIT curriculum provides academic preparation connected with software development, database applications, web technology, networking, information systems, system administration, e-commerce, and technology project work.
Graduates may explore entry-level opportunities related to:
Software and application development
Web development
Database support and administration
Computer networks
Information-system support
System administration
Technical support
Software testing
IT project assistance
Data-related application work
Employment outcomes depend on technical ability, project experience, communication skills, work experience, location, employer requirements, and labour-market conditions. The degree does not by itself guarantee a particular position or career outcome.
BIT students have access to teaching materials, laboratory facilities, a college library with textbooks, career counselling, and extracurricular or co-curricular activities.
The college also associates scholarship opportunities with its academic programs. Scholarship conditions may depend on the relevant admission arrangement.
BIT may suit students who meet the higher-secondary mathematics requirement and are prepared to study both computing and supporting subjects.
The course requires engagement with:
Mathematics and statistics
Programming and logical problem-solving
Electronics and computer hardware concepts
Databases and web systems
Networks and communication systems
Written reports and presentations
Management and research subjects
Individual and group projects
Students should expect practical assignments from the first semester and increasingly advanced application development as the course progresses.
Students considering other academic disciplines at the same institution may also review:
B.Sc. (Honours) Agriculture, a four-year agriculture program affiliated with Purbanchal University.
Bachelor of Social Work, offered in affiliation with Kathmandu University.
The Bachelor in Information Technology is a four-year program divided into eight semesters.
The program is affiliated with Purbanchal University.
Yes. Applicants should have studied a Mathematics subject of at least 100 marks at the 10+2 level.
Applicants should have a minimum C grade in each Grade 11 and 12 subject with a CGPA of at least 2.0. The stated alternative is second division or 45 percent in 10+2, PCL, or an equivalent qualification.
The eight semesters carry a combined total of 141 credits.
Yes. Project work is included in every semester, beginning with C programming in Semester I and ending with an Application Project in Semester VIII.
The course includes C programming, object-oriented programming in C++, advanced object-oriented programming, web development, server-side scripting, embedded-system programming, network programming, and application development.
Yes. Students have an elective slot in both Semester VII and Semester VIII. The curriculum includes options such as Cloud Computing, Geographic Information System, System Administration, Network Security and Cryptography, and Image Processing and Pattern Recognition.
The college is located at Agni Kund, Janakpurdham–8, Dhanusha, Madhesh Pradesh.
