The Master of Science in Information Technology (MSIT) at Presidential Graduate School, New Baneshwor, Kathmandu, is a two-year graduate program affiliated with Westcliff University, USA. The program consists of 60 credit hours and 20 courses.
MSIT is intended for graduates who want advanced study in information technology, computing systems, data management, secure infrastructure, software development, and technology-focused research. Students can develop greater depth through specialization in Artificial Intelligence, Cybersecurity, or Software Engineering & Software Quality Assurance (SQA).
The program combines technical study with system analysis, research, applied projects, and examination of the legal, ethical, security, and organizational issues connected with information technology.
| Particular | Details |
|---|---|
| Course | Master of Science in Information Technology |
| Short Form | MSIT |
| Level | Master's Degree |
| School | School of Technology |
| College | Presidential Graduate School |
| Affiliation | Westcliff University, USA |
| Location | Thapagaun, New Baneshwor, Kathmandu, Nepal |
| Duration | 2 Years |
| Total Credits | 60 Credit Hours |
| Total Courses | 20 Courses |
| Specializations | Artificial Intelligence, Cybersecurity, Software Engineering & Software Quality Assurance (SQA) |
| Graduation GPA | Minimum cumulative GPA of 3.0 |
The MSIT is an advanced information technology degree for students who already have undergraduate-level academic preparation and want to study computing systems in greater depth.
The program covers the design, development, management, analysis, and assessment of modern information systems. Its academic scope includes areas such as databases, computing infrastructure, cloud technologies, cybersecurity, advanced software development, intelligent systems, virtualization, and technology research.
Students also examine how information technology supports organizations. This requires more than technical knowledge. IT professionals often need to understand system requirements, assess performance, work with data, evaluate security and legal issues, and communicate technical findings to different audiences.
Research and applied project work are therefore included alongside technical study.
Eligibility: Applicants should hold a bachelor's degree in Information Technology or a related discipline from a recognized university in Nepal or another recognized university.
Applicants may qualify with at least 45% or an equivalent undergraduate grade.
Students whose bachelor's degree is outside Information Technology or a related discipline may also apply, subject to completion of the prerequisite courses required for the MSIT program.
The eligibility structure makes prior academic preparation important because MSIT begins at graduate level rather than introducing computing from the beginning.
Admission to MSIT includes the Presidential Aptitude and Attitude Test (PAAT) and an interview.
The PAAT written test assesses several areas:
The written examination includes multiple-choice questions and a writing section and runs for 2.5 hours.
The second stage is an interview. It assesses areas such as speaking and presentation skills, confidence, and learning attitude.
This selection process examines both academic aptitude and communication abilities relevant to graduate-level study.
Duration: 2 years
Credits: 60 credit hours
Courses: 20 courses
The program combines graduate-level information technology study with a selected specialization.
The three specialization areas are:
Students therefore complete a shared information technology base while developing greater depth in one technical area.
To graduate, students must complete the prescribed 60 credit hours and maintain a cumulative GPA of at least 3.0.
The MSIT program examines information technology at a level beyond basic programming and computer use.
Students study how complex technology systems are designed, managed, evaluated, and improved. This involves considering the relationship between software, databases, infrastructure, data, security, organizational requirements, and emerging technologies.
One of the program's learning goals is the development and presentation of strategic information technology plans that respond to the requirements of complex systems.
Students also study methods for analyzing and improving computing systems and digital infrastructure through data analysis, performance assessment, and applied computing methods.
This makes the program relevant to students interested in both technical implementation and the wider management of information systems.
Database and data management form an important part of graduate IT study.
Students examine how data systems can be designed and managed to support analytical processing and organizational decision-making.
At master's level, this involves looking beyond basic database operation. Students need to consider how information is structured, stored, retrieved, integrated, analyzed, and maintained within larger technology systems.
Data management also connects with artificial intelligence, cybersecurity, software engineering, cloud computing, and organizational information systems.
The MSIT learning outcomes specifically include the ability to design and implement database and data management systems that support analysis and informed decisions.
Modern information systems often operate across networks, servers, virtualized platforms, and cloud-based services rather than a single computer.
MSIT study therefore includes advanced computing infrastructure and cloud-related areas.
Virtualization is one of the technology areas included within the program. Students also encounter cloud technologies as part of the wider study of modern information systems.
These subjects help students examine how computing resources can be organized and managed to meet technical and organizational requirements.
Infrastructure study also connects closely with cybersecurity because systems must be managed with attention to access, reliability, availability, and protection.
Artificial Intelligence is one of the specialization options available within MSIT.
This route is intended for students who want greater depth in intelligent systems and related computing methods.
AI study builds on broader graduate IT knowledge involving data, computing systems, analytical methods, databases, and research.
Students selecting this area can focus more closely on how intelligent computing approaches are designed and used within modern information systems.
The specialization may be relevant to students interested in technical work involving intelligent systems, AI-related applications, research, or advanced computing projects.
Cybersecurity is another MSIT specialization.
This area concentrates on the security of computing systems, infrastructure, information, and technology operations.
Graduate cybersecurity study is connected with several parts of information technology. Security decisions depend on an understanding of networks, databases, software, infrastructure, system design, access, risk, and organizational requirements.
The wider MSIT learning outcomes also address legal, regulatory, ethical, and security considerations in the development and management of information systems.
Students selecting Cybersecurity can therefore combine advanced IT study with deeper attention to secure systems and infrastructure.
Software Engineering & Software Quality Assurance (SQA) provides a specialization for students interested in advanced software development and the processes used to assess software quality.
Software engineering deals with the planning, architecture, development, maintenance, and management of software systems. Software Quality Assurance adds attention to testing, reliability, quality processes, and whether software meets its intended requirements.
This specialization can suit students who want to work more closely with software systems rather than concentrating primarily on infrastructure or cybersecurity.
It also connects with the broader MSIT focus on system-design methodologies and improving the efficiency of technology-based processes.
Research is a defined part of the MSIT academic direction.
Students are expected to conduct independent and collaborative research in advanced areas of information technology and communicate technical findings effectively.
Research-oriented work may require students to:
Applied projects provide another opportunity to work with problems that require knowledge from more than one subject area.
A project involving a cloud-based system, for example, could require understanding of databases, infrastructure, system architecture, security, and performance. An AI-related project may combine data management, analytical methods, computing resources, and research.
The MSIT learning outcomes include assessment of legal, regulatory, ethical, and security issues related to information systems and digital technologies.
This is an important part of advanced IT study because technical decisions can affect users, organizations, data, privacy, security, and operational responsibilities.
Students therefore examine technology not only in terms of whether a system can be built, but also how it should be developed and managed responsibly.
These considerations are relevant across all three specializations rather than belonging only to Cybersecurity.
MSIT students study at the Presidential Graduate School campus in Thapagaun, New Baneshwor, Kathmandu.
The campus has two computer laboratories supporting practical work, research, and project development. Computing resources include workstations, software, internet connectivity, and technical assistance.
A dedicated Networking Lab includes Cisco routers, switches, network devices, simulation software, and guided practical exercises.
The IoT & Electronics Lab provides development kits, electronic components, sensors, prototyping equipment, and project-support resources.
Students can also use research resources, the Center for Research, the Writing Center, and other academic support available across the PGS campus.
These facilities can support technical coursework, graduate projects, research, system analysis, and specialization-related study.
Through MSIT study, students work toward the ability to:
The exact emphasis can vary according to the student's selected specialization and academic projects.
Career directions associated with the MSIT include:
These are possible career directions rather than guaranteed outcomes. Professional opportunities depend on prior experience, specialization, demonstrated technical ability, project work, employer requirements, and additional professional development.
The three specialization options also allow students to develop deeper academic preparation in a field that is closer to their intended technical direction.
MSIT may suit graduates who already have a foundation in information technology or a related discipline and want to move into more advanced technical study.
The program may be particularly relevant to students interested in:
Applicants from other undergraduate disciplines may also have a route into the program when the required prerequisite courses are completed.
Duration: The Master of Science in Information Technology runs for two years.
Credits: Students complete 60 credit hours.
The MSIT consists of 20 courses.
Students can specialize in Artificial Intelligence, Cybersecurity, or Software Engineering & Software Quality Assurance (SQA).
Eligibility: Applicants should hold a bachelor's degree in Information Technology or a related discipline from a recognized university and meet the stated undergraduate academic requirement.
Yes. Applicants with a bachelor's degree outside Information Technology or a related discipline may apply when they complete the prerequisite courses required for the program.
Yes. The admission process includes the Presidential Aptitude and Attitude Test (PAAT), followed by an interview.
The written test covers verbal ability, quantitative ability, critical reading, logical reasoning, general awareness, business and information technology knowledge, and writing ability.
Students must complete the prescribed 60 credits with a cumulative GPA of at least 3.0.
Career directions include senior software engineering, artificial intelligence, cybersecurity, IT management, systems architecture, technology consulting, and research.
