BSc (Hons) Cyber Security and Digital Forensics

BSc (Hons) Cyber Security and Digital Forensics at ISMT College Biratnagar

BSc (Hons) Cyber Security and Digital Forensics at ISMT College Biratnagar is a three-year British honours degree delivered in academic partnership with the University of Sunderland, UK. The course focuses on how digital systems are attacked, how incidents are investigated, and how organisations protect their information.

If you are interested in security testing, network protection, or digital evidence, this programme offers a structured route from core computing skills to specialised security and forensics practice. You study at Biratnagar-5, Kanchanbari, while following an international curriculum that combines theory, lab work, and project-based learning.

Highlights

• British honours degree in cyber security and digital forensics delivered in Nepal under academic partnership with the University of Sunderland, UK.

• Three academic years with 120 credits each year, covering security, programming, networks, and investigation modules.

• Strong focus on practical work in labs, including case studies, incident investigation, and project work related to cyber attacks and digital evidence.

• Merit-based scholarships linked to +2 or equivalent performance and an interview stage for new entrants.

• Access to IT labs, library, e-library, student lounge, and support services at ISMT College Biratnagar.

Curriculum Details

The curriculum follows a stepwise structure. You first build a base in software development and computer systems, then move towards network security, forensics, and specialised topics in the final year.

Year 1: Computing and Development Foundations

Year 1 introduces the core technical areas needed for later security work. Modules include:

• Software Engineering

• Full Stack Development

• Computer Systems, Architectures and Networks

• Emerging Technologies

• Introduction to Programming

• Specialist Project

These subjects help you understand how applications are built, how networks are structured, and how technologies interact. That knowledge becomes important once you start examining security gaps and digital evidence.

Year 2: Security, Networks, and Forensics

Year 2 moves towards security and investigative practice. Core areas include:

• Secure Networks

• Advanced Programming

• Digital Forensics Computing Practice

• Cyber Security

• Virtualization and Cloud Infrastructures

• Enterprise Project

You learn how to review logs, acquire evidence from devices and systems, and study how attacks affect infrastructure. Larger projects mirror workplace situations and help you connect technical work with documentation and reporting.

Year 3: Advanced Security Practice and Projects

Year 3 brings together previous learning through specialised modules and two major projects:

• Project: Cybersecurity and Digital Forensics (year-long, in two parts)

• Cyber Threat Landscape

• Digital Forensics Investigation

• Web Application Security

• Penetration Testing (ethical security testing module in the official syllabus)

You study current threat trends, practise secure configuration, and carry out controlled security testing activities. The double project supports experience in planning, execution, and formal reporting similar to professional security and forensics roles.

Objectives

BSc (Hons) Cyber Security and Digital Forensics at ISMT College Biratnagar has several academic and professional aims:

• Help you understand how cyber attacks occur at system, network, and application levels.

• Train you to collect, preserve, and interpret digital evidence while respecting legal and ethical boundaries.

• Build confidence in using security tools, scripting, and structured documentation for real cases.

• Prepare you for further study or starter roles in cyber security operations, incident response, and digital forensics units.

Scope

Cyber security and digital forensics play a central part in banks, telecoms, software firms, government bodies, and law enforcement agencies. Organisations need people who can understand both the technical layer and the investigative side of incidents.

Graduates from this course move towards roles such as cyber security analyst, security engineer, penetration tester, digital forensics investigator, or cyber security auditor in Nepal or abroad.

Learning Outcomes

By the end of the course, students are expected to:

• Understand how operating systems, networks, and web applications function and where security gaps appear.

• Identify vulnerabilities and assess risks in systems and networks using structured methods.

• Conduct digital forensics investigations that follow chain-of-custody practices and evidential standards.

• Use programming, scripting, and automation to support security monitoring and incident response.

• Communicate technical findings clearly in written reports and presentations for non-technical audiences.

• Recognise legal, social, and ethical responsibilities in cyber security and digital investigation work.

Skill Development Modules

The structure of the degree helps you grow in two broad skill areas.

Technical skills

Modules in programming, networks, cloud infrastructure, web application security, and penetration testing build your technical base. You gain experience with operating systems, network configuration, virtualisation platforms, and security tools commonly used in industry labs.

Professional skills

Project work, specialist projects, and the final-year double project support problem-solving, documentation, teamwork, and time management skills. These activities mirror workplace expectations in security operations centres and investigation teams.

Teaching Methodology

Teaching at ISMT College Biratnagar combines classroom lectures, lab sessions, project supervision, and assessment through assignments, reports, and presentations.

Students spend time in computing labs and make use of the library and e-library to review case law, security standards, and research articles. Support sessions and mentoring help you review difficult topics and prepare for exams or project submissions.

Admission Requirements

Admission to BSc (Hons) Cyber Security and Digital Forensics at ISMT College Biratnagar follows the eligibility and quality rules of the University of Sunderland and ISMT College. Applicants normally come from +2 or equivalent backgrounds recognised in Nepal and apply through the college admission office, submitting academic records and attending the required interview and counselling process.

For detailed and updated entry rules, students should contact the ISMT College Biratnagar administration or refer to official notices issued for each intake year.

Career Opportunities

Graduates of this course move into a variety of security and investigation roles, depending on their interests and further training. Identified options include:

• Cybersecurity Manager

• Security Engineer or Security Architect

• Cybersecurity Auditor

• Penetration Tester

• IT Security Officer

• Cryptographer

Some graduates decide to continue their study in specialised master’s degrees or professional certifications in cyber security, digital forensics, or information assurance.

Scholarships and Financial Aid

ISMT College Biratnagar offers merit-based tuition waivers for the first year of study under the ISMT Merit Awards:

• ISMT Merit Award I: 70% or above in +2 or equivalent and successful interview – 20% tuition waiver in the first year.

• ISMT Merit Award II: 60% or above in +2 or equivalent and successful interview – 15% tuition waiver in the first year.

• ISMT Merit Award III: 50% or above in +2 or equivalent and successful interview – 10% tuition waiver in the first year.

These scholarships apply to eligible +2 or equivalent graduates who enrol in programmes at ISMT College Biratnagar, including this course.

Why Choose This Course?

BSc (Hons) Cyber Security and Digital Forensics at ISMT College Biratnagar may suit you if you:

• Want to study a security-focused British honours degree while staying in Biratnagar.

• Prefer a curriculum that mixes programming, networks, investigation, and project work rather than focusing on only one area.

• Plan to keep options open for further study or employment in security operations centres, digital forensics labs, or IT departments.

• Need access to scholarships and structured support from a college experienced in international programmes.

Conclusion

BSc (Hons) Cyber Security and Digital Forensics at ISMT College Biratnagar offers a structured route into security and investigation work, linking British degree standards with the learning environment of Biratnagar. The course combines technical modules, lab practice, project work, and scholarship support, providing a clear pathway from +2 level to specialised roles in cyber security and digital forensics.

Frequently Asked Questions

1. How long does the BSc (Hons) Cyber Security and Digital Forensics take to complete?

The course normally runs for three academic years, with 120 credits in each year.

2. Is the degree awarded by ISMT or the University of Sunderland?

The academic partnership allows you to study at ISMT College Biratnagar while following the University of Sunderland curriculum. The degree is awarded by the University of Sunderland, subject to successful completion of all academic requirements.

3. Are modules fixed, or do they change?

Modules and module titles may change according to the policies of the University of Sunderland. The outline listed here reflects the structure currently provided in official course information.

4. Can students transfer to universities abroad during or after the programme?

ISMT College Biratnagar works within the broader ISMT network and the BTEC–University of Sunderland pathway, which allows many students to apply for credit transfer to universities in countries such as Australia, the UK, the USA, Canada, and New Zealand after completing earlier stages. Actual transfer depends on the receiving university’s rules and selection process.

5. Does the course include practical lab work?

Yes. Many modules involve hands-on lab activities, project work, and investigation exercises in dedicated computing labs. Students practise using security tools, virtual machines, and forensics techniques as part of their assessment and learning.