Computer Science BSc (Hons) Top-up

at University College Birmingham

• Throughout the Computer Science top-up course at University College Birmingham, students benefit from access to cutting-edge IT facilities, including the Cyber Security Lab.
•  Graduates of the programme are well-equipped to pursue various career paths, from systems analysis to web and software development, with opportunities to advance to postgraduate studies.
• Learning takes place in purpose-built computer labs, tailored for the degree programme, with the Cyber Security Lab offering additional opportunities for hands-on experience.
• Students undertake a significant research project, delving into specific aspects of computing science to deepen their understanding of the field.
• The university ensures students have access to specialised computer labs, including the Cyber Security Lab, enhancing their learning environment and practical skills development.

Modules:  

• Agile Software Development
• Artificial Intelligence
• Final Year Project
• Mobile Computing
• Professional Issues in the Computing Sector

• Students must achieve a minimum overall average of 65% in their 12th Standard exams from both State and Central Examination Boards. 
• A minimum of 6.0 with no subscore below 5.5 in IELTS (Non-Native english speakers.
• TOEFL IBT (except home edition) an overall score of 72, with minimum scores of 18 in reading, 17 in listening, 20 in speaking, and 17 in writing is required. 
• PTE- A minimum overall score of 59 is required, with no individual area scoring less than 50.

Important Dates

• This programme is set to begin in the month of September 2024.

The Computer Science BSc (Hons) Top-up fees is £14,000/yr. Explore detailed fee structures from the university website and potential financing options to make informed decisions about your career.

The curriculum of the programme provides students with a solid grounding in both electrical and mechanical engineering principles, equipping them for diverse career paths in sectors like manufacturing, automotive, and beyond. Upon graduation, students possess practical skills and up-to-date knowledge tailored to the demands of the dynamic electromechanical engineering field, enhancing their prospects for professional success.