BSc (Hons) Computing (Software Engineering)
This course is designed to focus on the impact that software engineering has on the functionality and performance of products. The students will learn the technical understanding of the most widely used system architectures, as well as an introduction to the wider areas of computing such as artificial intelligence and media technology. The students will develop their design and programming skills as well as optimization for 2D and 3D platforms.
Through this degree, the students will be able to develop robust and reusable software systems. During the first year, all computing students will share the same module and in year two and three, the students will have the flexibility to specialize in software engineering, which explores software systems, internet programming, artificial intelligence, and object-oriented software engineering. The students will also focus on the design of microprocessor systems as well as digital signal processing work in a team to produce an innovative and bespoke solution to a real-world challenge.
Eligibility
- Minimum of 55% (2.2 GPA) or equivalent in +2 (NEB)
- Minimum of 60% in CBSE
- 280 UCAS tariff points in A levels
- Minimum of 60 marks in English at +2/ CBSE or IELTS score of 6 with no bands less than 5.5
All decisions regarding an offer letter is made by the University of Northampton, UK approval.
* Students awaiting results and students who have completed foundations (Level 3/ Bridge courses) from a recognized institutions are also encouraged to apply.
Year I
| Code |
Title |
Credits |
Status |
| CSY1017 |
Computer Communications |
20 |
Compulsory |
| CSY1014 |
Computer System |
20 |
Compulsory |
| CSY1018 |
Internet Technology |
20 |
Compulsory |
| CSY1019 |
Software Engineering 1 |
20 |
Compulsory |
| CSY1020 |
Problem Solving & Programming |
20 |
Compulsory |
| CSY1026 |
Database 1 |
20 |
Compulsory |
| |
Total |
120 |
Student must take all modules.
Year II
| Code |
Title |
Credits |
Status |
| CSY2006 |
Software Engineering 2 |
20 |
Compulsory |
| CSY2008 |
Formal Specification of software Systems |
20 |
Compulsory |
| CSY2027 |
Group Projects |
20 |
Compulsory |
| CSY2028 |
Internet Programming |
20 |
Compulsory |
| CSY2038 |
Database 2 |
20 |
Compulsory |
| CSY2030 |
System Design Development |
20 |
Compulsory |
| |
Total |
120 |
Student must take all compulsory modules for their pathway.
Year III
| Code |
Title |
Credits |
Status |
| CSY4010 |
Computing Dissertation |
40 |
Compulsory |
| CSY3010 |
Media Technology |
20 |
Compulsory |
| CSY3013 |
Software Engineering 3 |
20 |
Compulsory |
| CSY3024 |
Database 3 |
20 |
Compulsory |
| CSY3025 |
Artificial Intelligence Techniques |
20 |
Compulsory |
| |
Total |
120 |
Student must take all compulsory modules .
Students can be directly involved in any of the organizational projects without any intensive training. Organizations are not only limited to the below mentioned ones.
- Software Industries
- ISP
- Banks
- Airlines
- Automobile Industries
- Hydropower
- Educational Institutions
Students research ability can lead them to meet the career goal of being a researcher and work in an organization or independently as a researcher or consultant. In the current market scenario, there is no any discipline where computing is not used, so the long term scope of computing candidates can be felt everywhere in the world where computing is used.
