The Bachelor of Science in Information Technology (BSIT) at Presidential Graduate School, New Baneshwor, Kathmandu, is a four-year undergraduate program affiliated with Westcliff University, USA.
The program covers computing, programming, digital systems, networking, databases, software development, data analysis, and system design. Students also encounter areas such as cybersecurity, artificial intelligence, Internet of Things (IoT), multimedia, and emerging information technologies through academic and practical study.
BSIT combines technical subjects with laboratory work, programming projects, system-design exercises, research, and a capstone project. Its academic direction is broad enough for students to understand different parts of information technology while also developing more focused skills through specialization study.
| Particular | Details |
|---|---|
| Course | Bachelor of Science in Information Technology |
| Short Form | BSIT |
| Level | Bachelor's Degree |
| School | School of Technology |
| College | Presidential Graduate School |
| Affiliation | Westcliff University, USA |
| Location | Thapagaun, New Baneshwor, Kathmandu, Nepal |
| Duration | 4 Years |
| Main Areas | Programming, networking, databases, software development, system design, data and emerging technologies |
| Specialization Areas | Software & Web Development; Multimedia & Animation Technology |
Information technology covers the computing systems, software, networks, data, and digital tools used by organizations and individuals. The BSIT program at Presidential Graduate School approaches the field from several directions rather than concentrating on one branch of computing.
Students begin with computing and programming foundations and develop their understanding of databases, networks, software systems, algorithms, and system design. These subjects provide the technical base needed for more applied work.
The program also introduces areas that have become closely connected with information technology, including cybersecurity, artificial intelligence, IoT, big data, web development, and multimedia.
This breadth is one of the differences between a general information technology degree and a highly specialized computing program. BSIT students study how different parts of a digital system connect, including software, hardware, networks, users, information, and organizational requirements.
Eligibility: Applicants should have completed High School, +2, A-Level, or an equivalent qualification in any discipline from a recognized board.
The qualification may be from a recognized board in Nepal or an accepted international board.
The program is therefore not restricted to students from one particular +2 stream. Students entering from different academic backgrounds should, however, be prepared for programming, mathematics, technical problem-solving, and computing-related coursework during the degree.
Admission to BSIT includes the Presidential Aptitude and Attitude Test (PAAT) and an interview.
The written component covers areas such as:
The interview is used to assess communication, presentation, confidence, and learning attitude.
The admission process is separate from the academic curriculum and is intended to assess an applicant's readiness for undergraduate study at Presidential Graduate School.
The BSIT curriculum brings together core computing knowledge and applied information technology.
Students work with programming and software, but the degree extends beyond coding. Networking, system administration, data, databases, analysis, software design, information systems, and emerging technologies also form part of the academic direction.
Programming provides an important technical base for BSIT study.
Students work with programming concepts that support software and web development, system design, applications, and other computing tasks. Programming projects provide opportunities to turn theoretical concepts into working solutions.
Software-related study also connects with algorithms, databases, user requirements, system architecture, and testing. This helps students understand how an application moves from an initial requirement to an implemented digital system.
Information systems depend on the ability to store, organize, retrieve, and interpret data.
Database study gives students knowledge of how data can be structured and managed within digital systems. Analytical study adds another layer by examining how data can support organizational decisions.
The program's learning outcomes include the use of data and analytical techniques for decision-making, linking technical data work with wider organizational needs.
BSIT also covers hardware, software, and network technologies.
Students study how computing systems operate and communicate, helping them understand information technology beyond individual applications.
Networking knowledge is particularly relevant when working with organizational systems, internet-based services, cloud computing, cybersecurity, and distributed digital resources.
The PGS campus includes a dedicated Networking Lab with Cisco routers, switches, network devices, simulation resources, and guided practical exercises.
Information technology projects often begin with a problem or user requirement rather than with programming.
System analysis and design focuses on identifying what users or organizations need and determining how a digital solution can address those requirements.
Students learn to examine requirements and consider how hardware, software, networks, data, and user interaction fit together within a system.
This area connects technical knowledge with practical problem-solving and helps students understand why a system is being developed rather than focusing only on how to build it.
Software & Web Development is identified as one of the BSIT specialization areas.
This area develops more focused knowledge of designing and creating digital applications. Students can work with web technologies, programming, databases, software architecture, and related development practices.
Software development involves more than writing code. Students need to consider user requirements, application structure, data handling, testing, documentation, and the way different parts of a system interact.
For students interested in programming and application development, this specialization provides a more concentrated route within the broader BSIT degree.
Multimedia & Animation Technology is another specialization area associated with BSIT.
This direction connects information technology with visual and interactive digital content. It can involve multimedia applications, interface-related work, graphics, animation, and the technologies used to develop digital content.
Its inclusion gives BSIT students an academic route that differs from conventional software and network study while remaining connected with computing and digital technologies.
Students interested in the visual, interactive, or content-production side of technology may find this specialization aligned with those interests.
BSIT also introduces students to technologies beyond conventional programming and networking.
Academic coverage includes areas such as:
These subjects help students see how established computing foundations are used across different technology applications.
For example, IoT connects software and networks with sensors and physical devices. Artificial intelligence uses programming, algorithms, and data in computational systems. Cybersecurity addresses the protection of digital infrastructure and information.
The degree therefore builds these areas on top of fundamental IT knowledge rather than treating them as completely separate subjects.
Practical work forms an important part of BSIT study.
Programming assignments, laboratory exercises, system-design work, projects, and technical activities allow students to use concepts introduced during academic study.
The Presidential Graduate School campus has two computer laboratories that support classes, projects, research, and computing work. Students have access to computing equipment, software, internet connectivity, and technical assistance.
A dedicated Networking Lab provides Cisco networking equipment and network simulation resources.
The IoT & Electronics Lab supports work involving:
These facilities are relevant to a BSIT curriculum that covers both established computing areas and newer forms of connected technology.
The Innovation Lab provides another campus space for developing technical ideas and prototypes.
Resources associated with the lab include 3D printers, laser cutters, electronics equipment, robotics-related tools, and IoT resources.
For BSIT students, the lab can support projects that extend beyond conventional desktop or web applications. Software can be combined with sensors, electronics, connected devices, or prototype systems where appropriate to the project.
Project work also requires students to identify a problem, plan an approach, develop a solution, test their work, and communicate the result.
The BSIT program includes a capstone component in which students can bring together knowledge developed across different areas of their studies.
BSIT learning outcomes include conducting research in information technology and communicating technical findings.
Research work requires students to identify relevant information, examine technical questions, organize evidence, and present findings clearly.
PGS provides a Center for Research and access to digital academic resources that can support assignments and research activity. The Writing Center provides additional help related to academic writing and communication.
Technical communication is important in IT because computing professionals frequently need to explain systems, document work, present solutions, and communicate with people who may not have the same technical background.
The program can help students develop abilities related to:
The degree also addresses the effects of information technology on individuals, organizations, and wider society, including ethical and sustainability considerations.
BSIT provides academic preparation for different areas of information technology. Career directions associated with the program include:
These are possible professional directions rather than guaranteed job outcomes. Entry into a specific occupation depends on the student's specialization, technical ability, portfolio or project work, experience, additional training, and employer requirements.
Because information technology covers many technical areas, graduates may also develop their careers by gaining deeper expertise in the particular branch of IT they intend to pursue.
BSIT may suit students who are interested in computing but want broader exposure than a program centered on only one technical area.
Students who enjoy programming may move toward software and web development. Those interested in networks and systems can concentrate more heavily on infrastructure-related skills, while other students may develop interests in cybersecurity, data, AI, multimedia, or connected technologies.
The degree also involves analytical thinking and problem-solving. Students should be prepared to examine technical problems, work with software and computing systems, complete projects, and continue learning as technologies and tools change.
BSIT students study within the School of Technology at the Presidential Graduate School campus in Thapagaun, New Baneshwor, Kathmandu.
The campus provides computer laboratories, networking equipment, an IoT & Electronics Lab, an Innovation Lab, research support, digital academic resources, technical assistance, and career-related services.
Students can also take part in workshops, guest sessions, Skill Lab activities, student clubs, communication programs, and other campus activities alongside their academic studies.
These resources support different parts of BSIT study, from programming and network work to projects, research, technical communication, and career preparation.
Duration: The Bachelor of Science in Information Technology is a four-year undergraduate program.
Affiliation: The program is affiliated with Westcliff University, USA.
Eligibility: Students who have completed High School, +2, A-Level, or an equivalent qualification in any discipline from a recognized board may apply.
Yes. The admission process includes the Presidential Aptitude and Attitude Test (PAAT) followed by an interview.
The program covers programming, networking, databases, software development, system design, data, digital systems, cybersecurity, artificial intelligence, IoT, and related information technology areas.
Yes. Practical study includes laboratory work, programming projects, system-design exercises, technical projects, and capstone work.
The program identifies Software & Web Development and Multimedia & Animation Technology among its specialization areas.
Students have access to computer laboratories, a Networking Lab, an IoT & Electronics Lab, the Innovation Lab, research resources, and technical support.
Possible directions include software development, web development, cybersecurity, AI and machine learning, game development, UI/UX, IT consulting, and technology entrepreneurship.
