The Bachelor of Science in Computer Science and Technology (BScCST) at Madan Bhandari University of Science and Technology (MBUST) is a four-year undergraduate degree in Digital Technology. The program combines computer science foundations with Artificial Intelligence, Data Science, Machine Learning, Internet of Things, Robotics, software development, databases, networks, laboratory work, projects, and research-oriented study.
MBUST introduced the BScCST as its first undergraduate program in Digital Technology in 2026. It extends the university's science and technology focus into undergraduate computing education while retaining the institution's emphasis on research and applied technical work.
| Area | Details |
|---|---|
| Course | Bachelor of Science in Computer Science and Technology (BScCST) |
| University | Madan Bhandari University of Science and Technology (MBUST) |
| Level | Undergraduate |
| Academic Area | Digital Technology |
| Duration | 4 years |
| Semesters | 8 |
| Program Intake | 24 students |
| Major Focus Areas | Artificial Intelligence, Data Science, Internet of Things, Robotics, Software Development, and related digital technologies |
| Learning Components | Theory, laboratory work, projects, research-oriented study, and industry engagement |
| Location | Chitlang, Thaha Municipality, Makawanpur District, Bagmati Province, Nepal |
The BScCST is structured as an undergraduate computing degree that combines established computer science subjects with areas of digital technology that are increasingly used in software, intelligent systems, connected devices, automation, and data analysis.
The four-year program is divided into eight semesters. Its academic progression moves from scientific and computing foundations toward more specialized technical work, practical applications, projects, and research-related activities.
Rather than limiting study to programming alone, the degree covers several interconnected areas of computing. Students encounter software development, algorithms, databases, computer networks, Artificial Intelligence, Machine Learning, Data Science, Internet of Things, Robotics, and other digital technologies.
The program sits within MBUST's broader Digital Technology academic and research area. MBUST is a federal university established under the Madan Bhandari University of Science and Technology Act, 2079 and based in Chitlang, Makawanpur District. Its academic structure includes undergraduate, master's, and doctoral study in science and technology fields.
BScCST combines theoretical study with practical and research-related learning. The curriculum uses an outcome-based approach in which academic work is connected with defined competencies rather than relying only on classroom instruction.
Students undertake several forms of learning:
theoretical study of computing and scientific concepts;
practical laboratory work;
programming and technical exercises;
project-based learning;
research-oriented study;
technology development activities; and
industry engagement.
This structure is intended to develop both conceptual understanding and the ability to apply computing methods to defined technical problems.
Laboratory and project work are particularly relevant to subjects such as programming, Artificial Intelligence, Data Science, Internet of Things, Robotics, databases, and computer networks, where students need to work with systems, software, data, devices, or computational methods rather than study concepts only in abstract form.
The BScCST curriculum covers a range of computer science and digital technology areas. The identified course areas include:
| Computing Foundations | Applied and Specialized Areas |
|---|---|
| Computer Programming and Software Development | Artificial Intelligence |
| Data Structures and Algorithms | Machine Learning |
| Database Systems | Data Science and Analytics |
| Computer Networks | Internet of Things |
| Digital Technologies | Robotics and Automation |
| Research and Project Work | Applied technology projects |
These areas represent the academic scope of the program rather than a semester-by-semester course list.
Computer programming and software development provide the basis for creating computational applications. Data structures and algorithms address how information can be organized and processed through computational procedures. Database systems cover structured data management, while computer networks address communication among computing systems.
Artificial Intelligence and Machine Learning introduce computational methods used to build systems capable of performing defined analytical or automated tasks. Data Science and Analytics focus on working with data to identify patterns, produce analyses, and support computational decision processes.
Internet of Things introduces connected devices and systems that combine computing, communication, sensors, and data exchange. Robotics and Automation extend computing into systems that can interact with physical processes or perform programmed operations.
Research is included within the academic design of the BScCST rather than being limited to postgraduate study.
The curriculum is structured to develop students gradually from foundational scientific and technical study toward research and independent project work. This progression allows students to apply methods learned in earlier semesters to more complex computing questions and technology projects.
Project-based learning also connects different areas of the degree. A technical project may require programming, algorithms, databases, data analysis, connected devices, or automation to be considered together rather than as isolated subjects.
Research-oriented study introduces students to systematic problem definition, investigation, technical analysis, testing, interpretation, and presentation of results. These skills can support later academic research as well as technical work in computing.
Applicants must meet one of the following academic requirements:
Applicants who have completed Grade 12 must have studied Mathematics and Physics as optional subjects and obtained a minimum CGPA of 2.75 out of 4.
Applicants with A Level qualifications must have studied Mathematics and Physics and obtained at least Grade C in each subject.
Applicants holding a Diploma in Engineering must have achieved Second Division or above.
Equivalent qualifications corresponding to these categories are also accepted.
Admission is based on several assessment components rather than academic grades alone.
| Selection Component | Weightage |
|---|---|
| Academic Performance | 30% |
| Personal Statement | 10% |
| Writing Skills | 10% |
| Interview | 50% |
| Total | 100% |
Applicants are first shortlisted using their academic performance and personal statement scores. The shortlist is limited to no more than twice the planned intake.
Shortlisted applicants proceed to the writing and interview components. These are conducted at MBUST's campus in Chitlang.
Final selection is determined by the cumulative score across academic performance, personal statement, writing skills, and interview.
With an intake of 24 students, the selection structure places substantial weight on the interview, which accounts for half of the total assessment score.
A full tuition fee waiver is available to 10% of admitted students belonging to disadvantaged groups.
Applicants seeking this support must first qualify for admission and provide the required documents establishing disadvantaged-group status within the prescribed admission process.
The scholarship provision is linked to admission eligibility, meaning disadvantaged-group status does not replace the academic and selection requirements for entry into the program.
The academic areas and learning methods incorporated into BScCST support the development of several technical and analytical competencies.
Students work with programming and software development, algorithmic problem solving, databases, networks, data analysis, intelligent computing, connected systems, and automation. Laboratory and project work add practical experience in applying those areas to defined technical tasks.
Research-related components support competencies in identifying a problem, examining relevant information, selecting appropriate methods, testing technical approaches, analysing results, and communicating findings.
Because Artificial Intelligence, Data Science, Internet of Things, and Robotics appear alongside core computer science subjects, students encounter both software-centered computing and areas where computing interacts with data, devices, and automated systems.
The BScCST provides undergraduate preparation for work and further study related to computing and digital technology.
Its software, programming, database, networking, data, and intelligent-computing components are relevant to technical roles in areas such as software development, data-related work, computing systems, Artificial Intelligence applications, connected devices, and automation.
Individual career outcomes depend on a graduate's technical skills, project experience, academic performance, further specialization, and the requirements of particular employers or sectors. The degree itself does not guarantee a specific position or professional outcome.
The program's research-oriented component also provides preparation for students who intend to continue into advanced academic study. MBUST itself has graduate academic activity in Artificial Intelligence and Data Science, although admission to any postgraduate program is governed separately from completion of the BScCST.
The program is suited to students whose academic preparation includes Mathematics and Physics and who want to study computing beyond basic software use.
Its structure may be relevant to students interested in programming, computational problem solving, data analysis, intelligent systems, connected devices, robotics, research, and technical project work.
Students should also consider the program's four-year duration, laboratory and project requirements, mathematical foundation, and research component when assessing whether its academic structure matches their interests and study goals.
The Bachelor of Science in Computer Science and Technology is a four-year undergraduate program in Digital Technology at Madan Bhandari University of Science and Technology. It combines computer science foundations with Artificial Intelligence, Data Science, Internet of Things, Robotics, software development, research, and project-based learning.
The program runs for four years and is organized into eight semesters.
Major areas include computer programming, software development, data structures and algorithms, Artificial Intelligence, Machine Learning, Data Science, Internet of Things, Robotics, database systems, computer networks, digital technologies, and research projects.
Grade 12 applicants must have studied Mathematics and Physics as optional subjects and obtained a minimum CGPA of 2.75 out of 4.
Selection combines academic performance at 30%, personal statement at 10%, writing skills at 10%, and interview performance at 50%. Applicants are shortlisted before the writing and interview stages.
The program intake is 24 students.
Yes. The program includes laboratory work, project-based learning, research-oriented study, practical applications, and industry engagement alongside theoretical coursework.
A full tuition fee waiver is available to 10% of admitted students from disadvantaged groups who meet the admission requirements and submit the required supporting documents.
