BSc (Hons) Computer Forensics with Foundation Year

Program Overview

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Combining theory and practical experience utilizing industry-standard software, this program prepares graduates for careers in computer forensics analysis, computer security, and network administration. With its emphasis on hands-on learning and industry connections, this program provides a competitive edge in a high-demand field.

Program Outline

The program provides students with the technical, analytical, and evaluative skills needed to conduct computer crime investigations within organizations, law enforcement, and national security.

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Objectives:

• Equip students with the technical, analytical, and evaluative skills required for computer crime investigations.
• Provide practical, hands-on experience in computer forensics software and techniques.
• Foster a strong understanding of computer systems, networks, and security.
• Develop students' problem-solving and critical thinking abilities.
• Prepare students for careers in computer forensics analysis, computer security, and network or system administration.

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Description:

The program combines theoretical knowledge with practical application, utilizing state-of-the-art computing facilities, including a dedicated lab with FTK, EnCase, Cellebrite, and XRY software. Students benefit from high-quality teaching from staff involved in internationally recognized research. The program also includes a 12-month paid work placement in the fourth year, providing students with real-world experience and a competitive edge in the job market.

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Outline:

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Foundation Year:

• The Foundation Year is designed for students who meet the general entry requirements but lack the specific qualifications for the Computer Forensics honors degree.
• Upon successful completion of the Foundation Year, students progress directly to the first year of the honors degree.

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BSc (Hons) Computer Forensics Degree:

• The program is structured across six levels (Level 3 - Foundation Year, Level 4 - Year 1, Level 5 - Year 2, Level 6 - Year 3, and a potential Sandwich Year or Study Year Abroad).
• Each level includes a combination of core and optional modules.
• The program culminates in a final year project, allowing students to delve deeper into a chosen area of computer forensics.

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Course Schedule:

• Students attend approximately 15 hours of classroom instruction per week.
• Independent study accounts for approximately 70% of the weekly study time (35 hours).
• Teaching methods include lectures, lab sessions, online activities, and small-group tutorials.

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Individual Modules:

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Level 3 (Foundation Year):

• Algorithms and Computing (10 credits)
• Programming (10 credits)
• Personal, Academic and Skills Development (20 credits)
• Information Systems Development (20 credits)
• Creative Computing (20 credits)
• Applied Computing (20 credits)

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Level 4 (Year 1):

• Introduction to Programming (20 credits)
• Computer Systems (20 credits)
• Networks and Web Development (20 credits)
• Professional Practice (10 credits)
• Data Modelling (10 credits)
• Introduction to Computer Forensics and Security (20 credits)
• Problem Solving for Computer Forensics (20 credits)

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Level 5 (Year 2):

• Group Project (20 credits)
• Database Systems (20 credits)
• Operating Systems (20 credits)
• Object-Oriented Systems (20 credits)
• Digital Forensics (20 credits)
• Computer Law (20 credits)
• Sandwich Year - Computer Forensics (120 credits) - Optional
• Study Year Abroad - Computer Forensics (120 credits) - Optional

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Level 6 (Year 3):

• Project (40 credits)
• Computer Security (20 credits)
• Network Forensics (20 credits)
• Forensic Investigatory Practice (20 credits)
• Cloud and Mobile Forensics (20 credits)

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Assessment:

• Assessment methods vary depending on the module but typically include a combination of exams and coursework.
• Students are assessed through coursework, exams, and a final year project.
• Tutors provide prompt and constructive feedback through Canvas (the virtual learning environment), face-to-face, or in writing.

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Teaching:

• The program utilizes an active blended learning approach, combining face-to-face and online learning.
• Students have access to support from personal tutors, both on-campus and through video calls.
• Teaching methods include lectures, lab sessions, online activities, and small-group tutorials.
• The School of Computing and Mathematics is known for its high-quality teaching standards and approachable staff.

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Careers:

• Graduates typically pursue careers as computer forensics analysts, computer security consultants, network or system administrators, or data analysts.
• Potential career fields include data mining, forensics applications development, law enforcement, intelligence, security, computer forensics initiatives, network security management, and education.
• The program's strong industry links and work placement opportunities provide students with valuable experience and connections.

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Other:

• The program is delivered in the Byrom Street complex of LJMU's City Campus, which includes high-quality lecture theatres, meeting and seminar rooms, social spaces, and a large café.
• The Avril Robarts Library is located nearby on Tithebarn Street.
• The School of Computing and Mathematics has strong links with over 450 local and national organizations, including Merseyside Police, NCA (National Crime Agency), EY, Experian, IBM, Anexsys, CYFOR, and Intaforensics.
• The program is designed to meet the needs of employers in the computer forensics and security industries.
• LJMU offers a range of support services to students, including dedicated personal tutors, study skills support, and careers advice.
• The university encourages students to get involved in extracurricular activities and to take advantage of opportunities to study abroad.
the module descriptions are limited to the titles and credit values.

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Tuition Fees

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Home full-time per year:

£9,250

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International full-time per year:

£18,250

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Placement year:

£1,850

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Placement year international:

£3,830