BSc in Computing (Common Entry)

You'll develop practical, real-world computing skills in a wide variety of campus facilities—especially in DkIT's specialist programming, hardware, and networking labs, and through Moodle-supported online environments that simulate industry workflows. Classroom teaching focuses on practical work, peer collaboration, and problem-based learning from the very first semester—so you're not just learning theory, you're doing it.

Here's how that works during your time at DkIT:

• On-campus programming and networking courses: Most of the contact hours are on-campus computer laboratories (programming, hardware/networking), giving you first-hand experience with professionals' tools and environments.
• Group projects and interaction with classmates: You'll be doing group work on a consistent basis—picking up communication, version control, and real-world software development skills. The programme lists "peer-learning, groupwork and discussion" as key course methods.
• Online resources and Moodle: DkIT's Moodle platform supports your learning with discussion forums, online lectures, version-controlled code repositories, and virtual collaboration tools.
• Industry-standard software suites: You'll use modern tools and languages (e.g., scripting environments, database management systems, virtualization platforms) that are aligned with industry standards in both the Software Development and Networking streams.
• Research and cloud labs: In coming years, modules like Cloud Foundations & Cloud Technologies, and final-year major projects, will utilize virtualized servers and cloud platforms (e.g., AWS/Azure-style environments).
• Access to DkIT library and learning centres: The De Chastelain (Whitaker) Library offers 50,000+ volumes, 400+ study spaces, 100+ PCs, and high-speed Wi‑Fi in support of research, coding projects, and group study.
• Expert support through the IT Learning Centre: The centre offers drop-in support, workshops, and skills development in programming, software packages, and group working.

Your learning experience is far from passive—it's active, interactive, and totally geared to preparing you for a developer, IT professional, network engineer, and other careers

Graduates of this program are well placed for a successful tech career—with approximately 75% progressing to employment or further study within six months of graduation. Typical roles filled include Software Engineer, Application Developer, Web Developer, Cloud Computing Developer, Technical Consultant, Network Engineer, and System Administrator. Many others opt to continue their education by completing a Level 8 add‑on year in Computing (e.g., Cloud Computing).

Here's how DkIT invests in your future:

• Career Services: Enjoy individualized support—from CV development and interview technique to tech employer job fairs.
• Excellent employment and salary prospects: 75% in work or study within six months; add-on degree pathways accumulate qualifications.
• University–industry partnership: Modules responsive to industry needs; networking facilitated through initiative-supported modules and projects.
• Accreditation benefits: Graduates equate QQI-recognized awards, including credibility and global standing.
   

Graduate destinations:

For Software stream: Application Developer, Web Developer, Cloud Computing Developer, Software Engineer, Technical Consultant.

For Networking stream: Network Engineer, Data Centre Technician, System Administrator, IT Support Technician, Technical Consultant.

Further Academic Progression:
After the 3‑year BSc (Level 7), you can take a 1‑year Level 8 add‑on Bachelor's Honours, e.g., BSc (Hons) in Computing in Cloud Computing.

 Alternatively, you may undertake other Level 8 add-ons or a Level 9 Master's in computing-related subjects offered by DkIT and elsewhere