M.Sc Information Technology / Computer Science M.Sc · 2 years
Last updated · Confirm dates, fees and eligibility on the official website before you apply.
M.Sc Information Technology / Computer Science course overview, eligibility, duration and progression options.
- Duration
- 2 years
- Entry after
- Graduation
- Entrance exam
- None
- Study mode
- OnCampus
About this course
Compare advanced computing depth, prerequisites, projects, research and specialisation options.
Indicative eligibility: A recognised computing, IT, science or accepted related bachelor degree; Mathematics conditions vary.
Always verify the current official admission notification before applying.
Course overview
Eligibility and admission
What students and parents should verify
What you learn
This two-year M.Sc builds advanced knowledge in Information Technology or Computer Science, with the exact papers set by the university.
| Stage | Core content | Alongside it |
|---|---|---|
| Year 1 | Core postgraduate study in Information Technology or Computer Science. | University-set theory and practical work. |
| Year 2 | Further postgraduate study in Information Technology or Computer Science. | University-set theory and practical work. |
Ask before you enrol. Ask for the semester-wise syllabus and the number of lab hours each week, including which programming and computing facilities you will use.
Who it suits
This course suits graduates who want a two-year, on-campus postgraduate route in IT or computer science.
- You have a recognised bachelor degree in computing, IT, science, or an accepted related subject.
- You want to progress towards software engineering work.
- You are ready to study full-time on campus for 24 months.
- You should check the Mathematics requirement at each university, because it varies.
- This course does not suit you if you need to start earning immediately and cannot commit to two years of study.
Certifications that change what you earn
The honest part
An M.Sc in IT or Computer Science takes two more years after graduation, and entry rules are not identical everywhere. Some universities expect a computing, IT or science degree, while others set Mathematics conditions. You need to check each prospectus before paying an application fee. The course also adds time and tuition cost before you start full-time work.
It gives you a postgraduate route into software engineering and related technical work, especially if your bachelor degree already gave you a base in computing or science. The degree may help where an employer or further study option asks for postgraduate education. It does not replace the need to show that you can do the work.
Students who get the most from these two years treat them as working time, not only exam time. They build and finish software projects, practise explaining their code, and keep their fundamentals clear. They also read eligibility and admission rules early, because Mathematics and degree-subject requirements differ by university.
Who can apply
1 route into this course.
| Qualification | Stream | Minimum | Subjects |
|---|---|---|---|
| Graduation | Any | — | A recognised computing, IT, science or accepted related bachelor degree; Mathematics conditions vary. |
Percentages are indicative. Individual universities set their own cut-offs, and reserved-category relaxations differ by state and institution.
Careers this course leads to
1 route mapped from this qualification.
A course supports eligibility and preparation. It never guarantees a particular job.
Before and after this course
Courses that lead here
Turn this into a decision you can defend
Compare the route, follow where it actually leads, and keep one alternative in view before you apply.