The MSc in Computer Engineering Specialization in Networks and Cyber Security is offered at Pulchowk Campus under the Institute of Engineering (IOE), Tribhuvan University. The program uses the academic title MSc Computer Engineering Specialization in Network and Cyber Security (MSNCS).
MSNCS is organized through the Department of Electronics and Computer Engineering and focuses on advanced computer networking, cryptography, data security, cybersecurity analysis, digital forensics, information-systems auditing, vulnerability assessment, machine learning for cybersecurity, and research methods.
The program is organized across Year I and Year II and operates in an evening session from 5:30 PM onward. In the final academic part, students can follow either a course-based option or a thesis-based MSc by Research option.
| Field | Details |
|---|---|
| Course | MSc Computer Engineering Specialization in Network and Cyber Security |
| Abbreviation | MSNCS |
| Level | Master’s degree |
| Campus | Pulchowk Campus – Institute of Engineering |
| Department | Electronics and Computer Engineering |
| University | Tribhuvan University |
| Institute | Institute of Engineering (IOE) |
| Academic duration | Organized across Year I and Year II |
| Study session | Evening, from 5:30 PM onward |
| Final-stage options | MSc by Course or MSc Thesis (MSc by Research) |
| Main areas | Networks, cryptography, cybersecurity, forensics, audit, machine learning, research |
MSNCS is a specialized postgraduate Computer Engineering program concerned with modern network technologies and the security of computer, communication, software, and information systems.
The course combines networking with cybersecurity rather than treating them as unrelated areas. Students begin with next-generation networking, cryptography and data security, machine learning and data analytics, and research methods. Later study covers digital forensics, incident response, information-systems auditing, vulnerability assessment, and penetration-testing concepts.
The program is offered within the Department of Electronics and Computer Engineering at Pulchowk Campus – Institute of Engineering, under the academic framework of Tribhuvan University.
A notable feature of MSNCS is its study schedule.
The program runs in the evening from 5:30 PM onward.
This scheduling is part of the defined program format and distinguishes MSNCS from programs conducted entirely during daytime academic hours.
Students considering the course should therefore plan for postgraduate classes and academic work during evening hours alongside the independent study and research requirements expected at master's level.
The first academic part establishes the main technical and research foundation of the program.
Core courses identified for this stage include:
These subjects introduce networking, security architecture, cryptographic principles, security-oriented analytics, and postgraduate research methodology.
Next Generation Network Technologies is designed to bridge core concepts in networks and communication with newer networking technologies.
The course covers areas including:
The course therefore provides a network-engineering base before students move deeper into security assessment and specialized cyber topics.
Cryptography and Data Security forms one of the main cybersecurity foundations of the first year.
The course addresses confidentiality, integrity, authenticity, non-repudiation, encryption, cryptographic algorithms, secure system design, network security, application security, system security, and security governance.
Its academic scope includes:
The course also addresses security governance, control frameworks, continuity planning, and emerging cybersecurity challenges.
Machine Learning and Data Analytics connects cybersecurity with analytical and computational methods.
The course introduces:
Its purpose is to help students understand how analytical techniques can be applied to cybersecurity data and security analysis.
Research Methods prepares students for postgraduate research and project development.
The course covers qualitative, quantitative, and mixed-method research approaches and includes work on:
The course supports both students intending to complete thesis-oriented research and those working on applied industry or technical projects.
Core study in Year I, Part II includes Digital Forensics and Incident Response and Information Systems Audit.
These subjects shift the program from foundational networking and security concepts toward investigation, response, audit, evaluation, and organizational security practice.
Digital Forensics and Incident Response introduces the principles used to examine digital evidence and respond to cybersecurity incidents.
The academic scope includes:
The course connects technical investigation with evidence handling and incident-management processes.
Information Systems Audit focuses on auditing, security evaluation, governance, and accreditation frameworks.
Students study areas such as:
The subject broadens the course beyond purely technical security controls and introduces structured evaluation of information systems.
A core course identified for Year II, Part I is Vulnerability Assessment and Penetration Testing.
The course develops understanding of how security weaknesses in software, networks, and systems can be assessed within an authorized professional framework.
Its academic scope includes:
The emphasis places security testing within risk management, responsible assessment, documentation, and professional conduct.
The final academic part provides two study pathways:
Students select the suitable option in the third semester.
This structure allows the later stage of the degree to follow either a course-oriented direction or a research-oriented thesis pathway.
The MSc Thesis option gives students a defined research route, supported by the research-method preparation introduced earlier in the program.
Across the identified core-course structure, students encounter areas including:
This gives MSNCS a broader scope than a program concerned only with network administration or a single security technology.
Research is integrated early through the Research Methods course.
Students learn how to formulate research questions, conduct literature reviews, select methods, analyze data, prepare research reports, and manage projects.
The final option between MSc by Course and MSc Thesis then provides different ways to complete the later stage of postgraduate study.
This is especially relevant for students interested in advanced technical research because the course brings together networking, security, analytics, audit, and research methodology within one Computer Engineering specialization.
MSNCS is part of the Department of Electronics and Computer Engineering at Pulchowk Campus.
The same department also supports other postgraduate pathways, including:
These are separate master's programs with different areas of specialization.
MSNCS is specifically centered on networks and cybersecurity, while Data Science and Analytics focuses more directly on analytical computing and MSICE concentrates on information and communication engineering.
Admission operates through the postgraduate academic framework of the Institute of Engineering and Tribhuvan University.
Applicants are subject to the academic eligibility, entrance, selection, and enrollment rules applicable to the program and corresponding admission cycle.
The course-specific academic structure then operates through Pulchowk Campus and the Department of Electronics and Computer Engineering under IOE.
The program may be relevant to students seeking postgraduate study that combines Computer Engineering, network technologies, and cybersecurity.
It may particularly fit students interested in:
Students should also consider the evening schedule and whether they prefer the later course-based or thesis-based academic direction.
MSNCS stands for MSc Computer Engineering Specialization in Network and Cyber Security.
The program is associated with the Department of Electronics and Computer Engineering at Pulchowk Campus.
The program runs in the evening session from 5:30 PM onward.
Year I, Part I includes Next Generation Network Technologies, Cryptography and Data Security, Machine Learning and Data Analytics, and Research Methods.
Yes. Digital Forensics and Incident Response is included in the identified Year I, Part II core study.
Yes. Information Systems Audit is included in Year I, Part II.
Yes. Vulnerability Assessment and Penetration Testing is identified as a Year II, Part I course.
The final academic part provides both MSc by Course and MSc Thesis (MSc by Research) options. Students select the appropriate option in the third semester.
