About The Programe
The B.Sc. Cyber Security programme at Northwest University, Sokoto was introduced in 2022/2023 academic session to address the growing threat of cybercrime, digital fraud, and data breaches in Nigeria and beyond. The programme is designed to produce skilled professionals capable of securing digital systems, protecting sensitive information, and supporting a safe digital economy.
Developed in line with National Universities Commission (NUC) standards and international best practices, the programme combines core computer science, specialized cybersecurity skills—including network security, ethical hacking, cryptography, and digital forensics—and legal and ethical frameworks such as Cyber Laws and the Nigerian Data Protection Regulation (NDPR).
Students receive strong hands-on training through modern Cyber Security and Digital Forensics laboratories, preparing them for real-world challenges in government, industry, and the private sector. The programme is fully accredited by the NUC and aligns with Nigeria’s National Cybersecurity Policy and Strategy, positioning graduates for impactful careers in the digital security workforce.
The philosophy of the programme is to build capacity and develop human capital in the field of cybersecurity, to safeguard business transactions, corporate assets, critical infrastructure and all cyber operations in cyberspace, nationally and globally.
To be a nationally recognized undergraduate programme of excellence in Cyber Security, producing ethical and technically proficient graduates who can protect digital systems, strengthen cyber resilience, and contribute to a secure and sustainable digital ecosystem in Nigeria and beyond.
- Deliver Specialized Education
- Cultivate Innovation and Research
- Develop Ethical Cyber Defenders
- Engage with Industry and Society
- Promote Cyber Resilience
To equip students with sufficient knowledge and skills to minimise and prevent cybersecurity threats and incidents.
1. produce graduates with requisite foundation knowledge of cybersecurity, skills and strategies that would enable them to detect and prevent cyber-fraud;
2. empower graduates with the ability to analyse cybersecurity threats, attacks and risks for organisations, with the capacity to develop detective codes and supportive software agents to address cybersecurity threats;
3. develop graduates with knowledge of cryptography and steganography for privacy of information on computer systems and digital forensic science techniques for the detection of cybercrimes;
4. produce graduates who can think critically about cyber intelligence security issues, develop and implement tactics strategic to cybersecurity, drawing on national and international recent case studies;
5. prepare graduates for the purpose of self-employment, cybersecurity-based job placement and professional practice in government and industries.
4 Year Degree Programme
In addition to appropriate UTME-Score, a candidate must possess five Senior Secondary Certificate (SSC)-credits passes including English Language, Mathematics, Physics and any other relevant Science subjects in not more than two sittings.
3 Year Degree Programme: Direct Entry
A minimum of a credit at the University/National Diploma or NCE with other five Senior Secondary Certificate (SSC) credit passes in relevant Science subjects three of which must be in English Language, Mathematics, Physics.
- Apply foundational knowledge of computing, mathematics, and related sciences to understand, analyse, and solve cybersecurity problems.
- Identify, analyse, and manage cyber threats and risks, including securing networks, systems, applications, and digital infrastructure using appropriate tools and best practices.
- Design and implement secure solutions using programming, cryptography, digital forensics, and modern cybersecurity technologies.
- Demonstrate professional competence through practical experience, research, teamwork, communication, and adherence to legal, ethical, and regulatory standards.
- Adapt to emerging technologies and careers, functioning effectively as cybersecurity professionals, entrepreneurs, or researchers, with capacity for lifelong learning and postgraduate studies.
Practice-Oriented Training
Strong emphasis on hands-on learning through laboratories, simulations, SIWES, and practical cybersecurity exercises.Integration of Emerging Technologies
Exposure to AI, Blockchain, Cloud Computing, IoT, and Big Data Security to address contemporary and future cyber threats.Cybercrime and Digital Forensics Focus
Training in cybercrime detection, investigation, and digital forensic techniques relevant to industry and law enforcement.Ethical, Legal, and Professional Compliance
Emphasis on cybersecurity ethics, cyber laws, and regulatory standards at national and international levels.Career and Entrepreneurship Development
Preparation for industry employment, consultancy, self-employment, and research through structured SIWES and final-year projects.
To be eligible for the award of the Bachelor degree in Cyber Security, a student must have:
- passed all the core courses, university and faculty/school required courses and electives;
- accumulated a minimum of 120 course units for students admitted through UTME and 90 course units for students admitted to 200 level; and
- attain a minimum CGPA of 1.00.
To graduate, a student must be found worthy in character throughout the period of his/her studentship and must accumulate the total units prescribed for the programme from Core, Faculty and General Studies courses as well as SIWES, Seminar and Final Year Project.
Graduates of Cybersecurity will have:
- soft skills of excellent presentation and communication skills, ability to clearly articulate complex cyber-concepts, and usage of active listening skills.
- technical skills of understanding the architecture, administration, and management of operating systems, networking, and virtualisation software; usability of firewalls and network load balancers; software development concepts and software analytics skills; common programming languages; and obtaining cybersecurity certifications essential and prerequisite for employment.
- Implementation skills of cyber hunting, cyber intelligence, and cyber threat modelling; vulnerability assessment; identify the cybersecurity controls in place and how they are used; and use of coding skills to write code that automates cybersecurity tasks
Program Courses
100 Level
| Course Code | Title | Unit |
|---|---|---|
| GST 111 | Communication in English | 2 Credits |
| MTH 101 | Elementary Mathematics I | 2 Credits |
| PHY 101 | General Physics I | 2 Credits |
| PHY 107 | General Practical Physics I | 1 Credit |
| STA 111 | Descriptive Statistics | 3 Credits |
| COS 101 | Introduction to Computing Sciences | 3 Credits |
| NWU-CYB 103 | Application Packages | 3 Credits |
| MTH 102 | Elementary Mathematics II | 2 Credits |
| PHY 102 | General Physics II | 2 Credits |
| GST 112 | Nigerian Peoples and Culture | 2 Credits |
| PHY 108 | General Practical Physics II | 1 Credit |
| COS 102 | Problem Solving | 3 Credits |
| NWU-CYB 101 | Fundamentals of Cybersecurity | 2 Credits |
| NWU-CYB 102 | Introduction to Networking I | 2 Credits |
200 Level
| Course Code | Title | Unit |
|---|---|---|
| ENT 211 | Entrepreneurship and Innovation | 2 Credits |
| CYB 201 | Introduction to Cybersecurity and Strategy | 2 Credits |
| COS 201 | Computer Programming I | 3 Credits |
| SEN 201 | Introduction to Software Engineering | 2 Credits |
| CYB 203 | Cybercrime, Law and Countermeasures | 2 Credits |
| NWU-CYB 205 | Web Design & Development I | 2 Credits |
| NWU-CYB 207 | Operating Systems | 2 Credits |
| COS 202 | Computer Programming II | 3 Credits |
| GST 212 | Philosophy, Logic and Human Existence | 2 Credits |
| CYB 299 | SIWES I | 3 Credits |
| INS 204 | Systems Analysis and Design | 3 Credits |
| NWU-CYB 202 | Introduction to Networking II | 2 Credits |
| NWU-CYB 204 | Introduction to Cybersecurity Tools | 2 Credits |
300 Level
| Course Code | Title | Unit |
|---|---|---|
| CYB 301 | Cryptography Techniques, Algorithms and Applications | 2 Credits |
| CYB 303 | Cybersecurity Risks Analysis, Challenges and Mitigation | 2 Credits |
| CYB 305 | Digital Forensics and Investigation Methods | 2 Credits |
| CSC 309 | Artificial Intelligence | 2 Credits |
| NWU-CYB 307 | Computer Network Management | 3 Credits |
| GST 312 | Peace and Conflict Resolution | 2 Credits |
| ENT 312 | Venture Creation | 2 Credits |
| CYB 302 | Biometrics Security | 2 Credits |
| CYB 304 | Information and Big Data Security | 2 Credits |
| CYB 322 | Cybersecurity Innovation and New Technologies | 2 Credits |
| NWU-CYB 306 | Internet Security & Performance | 3 Credits |
| NWU-CYB 308 | Web Design & Development II | 3 Credits |
| CYB 399 | SIWES II | 3 Credits |
400 level
| Course Code | Title | Unit |
|---|---|---|
| COS 409 | Research Methodology and Technical Report Writing | 3 Credits |
| CYB 401 | Systems Vulnerability Assessment and Testing | 2 Credits |
| CYB 403 | Cyber Threat Intelligence and Cyber Conflict | 2 Credits |
| CYB 405 | Ethical Hacking and Reverse Engineering | 2 Credits |
| CYB 497 | Final Year Project I | 3 Credits |
| NWU-CYB 407 | Machine Learning for Cybersecurity | 3 Credits |
| NWU-CYB 411 | Internet of Things | 2 Credits |
| NWU-CYB 409 | Blockchain Technologies | 2 Credits |
| CYB 402 | Steganography-Access Methods and Data Hiding | 2 Credits |
| CYB 404 | Cloud Computing Security | 2 Credits |
| CYB 406 | Deep and Dark Web Security | 2 Credits |
| CYB 498 | Final Year Project II | 3 Credits |
| NWU-CYB 408 | Security Incidence Event Management | 2 Credits |