BSc (Hons) Computing Science
Apply before 15 April 2026 and get your application fee waived.
- Study emerging technologies such as programming, AI, databases, and cybersecurity.
- Build strong computing and software development skills through practical learning.
- Prepare for careers in software engineering, cybersecurity, data analytics, and cloud computing.
- Graduate ready for high-demand technology roles worldwide.
At a glance
Aberdeen Pioneer Scholarship
₹2,00,000 tuition fee waiver available to all eligible applicants who apply to the University of Aberdeen, Mumbai.
Why University of Aberdeen Mumbai?
Beyond disciplines
Flexible, cross-disciplinary programme tailored to your career goals
Beyond borders
Same UK academic standards, delivered in Mumbai
Beyond net zero
Strong focus on sustainability, preventive healthcare, and global impact
Research-led education
Learn from a university known for global research excellence
Why choose a BSc (Hons) Computing Science from the University of Aberdeen, Mumbai?
- The curriculum is thoughtfully designed to build expertise in programming, AI, data science, cybersecurity, software engineering, and emerging technologies such as blockchain and quantum computing.
- Learn through ultra-modern labs, real-world problem solving, and project-based learning, guided by experienced academics and industry professionals.
- Complete the final-year project showcasing advanced technical and problem-solving skills.
Programme structure
The programme combines technical depth with practical skills, covering key areas of computing from the first year onward. Students develop capabilities in programming, data management, human-computer interaction, artificial intelligence, and software engineering.
Modules are structured to build progressively across four years, with increasing focus on advanced and specialist topics. The final year includes a substantial individual project, supported by earlier training in research methods and security.
- Algebra (15 credits)
- Calculus 1 (15 credits)
- Modelling and Problem Solving for Computing (15 credits)
- Object‑Oriented Programming (15 credits)
- Programming 1 (15 credits)
- Understanding Data (15 credits)
- Web Development (15 credits)
- Algorithms and Data Structures (15 credits)
- Applied Linear Algebra (15 credits)
- Databases and Data Management (15 credits)
- Human-Computer Interaction (15 credits)
- Linear Algebra I (15 credits)
- Probability (15 credits)
- Software Programming (15 credits)
- Statistics (15 credits)
- Artificial Intelligence (15 credits)
- Distributed Systems and Security (15 credits)
- Languages and Computability (15 credits)
- Operating Systems (15 credits)
- Principles of Software Engineering (15 credits)
- Software Engineering and Professional Practice (15 credits)
Plus 30 credit points from further optional courses to make up 120 credit points.
- Professional Practice in Computing Science (15 credits)
- Research Methods (15 credits)
- Security (15 credits)
- Single Honours Computing Project (45 credits)
Plus one of:
- Data Engineering (15 credits)
- Introduction to Machine Learning and Data Mining (15 credits)
- Natural Language Processing (15 credits)
Career Prospects
The BSc (Hons) Computing Science at the University of Aberdeen, Mumbai, equips you with practical and theoretical expertise in software development, system design, data management, cybersecurity, and AI. You will also develop strong problem-solving, programming, and analytical skills suited to careers in technology, finance, energy, healthcare, gaming, and more.
The programme includes access to networking events, employer-led workshops, career fairs, and opportunities for internships or placements. You’ll also receive support in preparing for graduate roles with top tech firms and startups, giving you valuable industry exposure before completing your degree.
Your career path could take you into roles such as:
- Software Developer
- Systems Analyst
- Data Scientist
- AI Engineer
- Cybersecurity Specialist
- Web Developer
- IT Consultant
- Solutions Architect
Interested in this programme?
Go beyond boundaries. Be part of a legacy spanning 530+ years.
Enquire nowAdmission Process
Step 1: Apply Online
Submit your application through the University's official admissions portal.
Step 2: Application Review
Your application is reviewed holistically, considering:
- Academic performance
- English language proficiency
- Programme suitability
Step 3: Document Assessment
The Admissions Team reviews submitted documents, including:
- Academic transcripts of Class 10, 11, and 12Â
- Personal statement
Step 4: Provisional Evaluation (if results are pending)
If a student has not yet received their Class 12 marksheet, the application will be evaluated based on the Class 10 marksheet and either the Class 11 results or Class 12 predicted results.
Step 5: Offer Decision
- Unconditional offer: All requirements met
- Conditional offer: Pending documents or results
- Ineligible: Formal notification issued
Step 6: Notification
All decisions are processed through the official admissions system and communicated via email.
FAQs
Graduates of the BSc (Hons) Computing Science programme can pursue roles in software development, data analytics, cybersecurity, machine learning, cloud computing, fintech, and digital product development. The curriculum builds strong foundations in programming, system design, AI and problem‑solving, preparing you for high‑demand tech careers in India and globally.
Yes. The programme uses labs, programming assignments, group projects, real‑world case studies, and a final‑year individual project to build practical technical skills. Students also benefit from exposure to Mumbai’s thriving tech and fintech ecosystem through applied learning opportunities.
Absolutely. Graduates can progress to master’s programmes such as MSc Artificial Intelligence, MSc Data Science, MSc Cybersecurity, MSc Software Engineering, or specialised computing degrees at top global universities — including the University of Aberdeen’s UK campus.
Students gain experience with modern programming languages and technologies commonly used in industry — including web development frameworks, machine learning toolkits, database systems, and software engineering tools — preparing them for diverse roles across the tech sector.
The curriculum covers both core computing fundamentals (programming, algorithms, systems, databases) and advanced emerging areas such as AI, machine learning, data mining, blockchain, and quantum‑influenced computing. This blend helps students stay future‑ready as technology continues to evolve.
You will build skills in:
- programming and logical problem‑solving
- software engineering and system design
- data analysis and computational thinking
- cybersecurity awareness
- teamwork, project management, and communication
These skills are essential for modern tech roles across industries.
Mumbai is home to fintech companies, technology consultancies, digital startups, global IT firms, and innovation hubs. Studying in India’s commercial capital provides real exposure to India’s fast‑growing digital economy and relevant opportunities for industry engagement.
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