Computer Networks and Cybersecurity

Warwickshire College and University Centre

Undergraduate FdSc Full-time 2 Years Computer scienceSoftware engineering

Computer Networks and Cybersecurity FdSc is an undergraduate degree at Warwickshire College and University Centre, based in Leamington Spa, taught full-time over 2 years. Entry requires around 80 UCAS points.

UCAS Points

80 points

Typical offer · UCAS

About this course

The FdSc Computer Networks and Cybersecurity course offers students the chance to immerse themselves in practical aspects of computing, networking and cybersecurity. Work-based learning and placements are an integral feature of the programme, as is developing an understanding of how IT infrastructure is essential to business operations.

During the two-year course, students will follow the new CCNA curriculum in developing their networking skills, as well as increasing their understanding in security, programming, database development and user experience. Students will be able to further their understanding of current and emerging technologies that will impact on businesses and society.

This award carries the Higher Technical Qualification (HTQ) kitemark aligned to the Level 4 Network Engineer occupational standard.

This course is delivered and awarded by Warwickshire College and is regulated by the Office for Students (OfS).

For our Higher Education Terms and Conditions please visit https://wcg.ac.uk/page/701/terms-and-conditions

Entry Requirements

UCAS Tariff Points 80 points

Study Options

This course is available in 2 study options:

Full-time Shown above

Duration: 2 Years

Qualification: FdSc

Location: Leamington Spa

Full-time Shown above

Duration: 2 Years

Qualification: FdSc

Location: Rugby

Related Courses

Course Details

Qualification
Foundation Degree in Science - FdSc
Study Mode
Full-time
Duration
2 Years
Start Date
2025

2025-entry data — 2026 offers may differ

Academic Year
2025
Campus / Location
Leamington Spa
Scheme
Undergraduate
Subjects
Computer science, Software engineering