BS Computer Science – Health Information

The program gives students a strong computing foundation while keeping them connected with the AI era. Students learn programming, databases, software engineering, networks, information security, artificial intelligence, cloud computing, and practical electives that support multiple technology career directions.

Yes. This is a general BSCS pathway with a mixed elective basket. It is suitable for students who want broad exposure to software development, data, AI, cloud, networks, cybersecurity, DevOps, and human-computer interaction before choosing a professional direction.

Yes. From the first semester, students work on communication, ICT, entrepreneurship, programming, and digital creativity. With guidance, they can begin building small coding tasks, simple web support work, dashboards, documentation, and portfolio evidence during the program.

Students learn AI as a subject and also use AI-supported tools responsibly for revision, coding support, documentation, design, dashboards, and project work. The goal is not shortcut learning; it is to build better problem-solving, verification, productivity, and responsible digital practice.

Graduates may pursue software development, web and app development, data analytics, AI and automation support, cybersecurity support, cloud and network roles, IT services, entrepreneurship, certifications, and higher studies. Career outcomes depend on skills, portfolio, performance, and market opportunities.

Yes. The program encourages students to build portfolio evidence through coding labs, websites, dashboards, software projects, internship evidence, professional certification, and final year project work.

Yes. Students learn to identify digital problems, build prototypes, test ideas, use cloud and software tools, prepare documentation, and present solutions. These skills can support technology-enabled startups and freelance pathways under guidance.

No responsible university should promise jobs or income. The program builds employable computing skills, professional discipline, project experience, and market-relevant exposure so students can compete more confidently.

Applicants need HSSC, A-Levels, or an IBCC-recognized equivalent qualification involving at least 12 years of schooling, with at least 50% marks.

Mathematics is required for direct admission without deficiency. Students who have not studied Mathematics at Intermediate level must pass 6 credit hours of Mathematics deficiency courses during the first year, including zero semester where applicable.

For ADP and bachelor-level programs, no entry test or interview is required unless the University officially notifies a change for a specific admission cycle. The known exception is LLB, where LAT is required; this does not apply to BS Computer Science.

Yes. They may apply if they meet the 12-year education equivalence requirement and provide the required equivalence through the relevant authority, such as IBCC, according to University rules.

Awaiting-result applicants may be considered provisionally according to University policy. Final admission depends on submission, verification, and fulfillment of eligibility requirements.

AD Computing graduates may be considered for fifth-semester admission subject to HEC pathway rules, minimum required CGPA, departmental approval, seat availability, and completion of required deficiency or bridging courses before fifth-semester enrollment.

It is a four-year undergraduate degree normally completed in eight regular semesters.

The program includes 130 credit hours across General Education, Computer Science core, mixed electives, certification, allied courses, internship, and final year project.

The mixed elective basket keeps the degree broad and flexible. Students study selected market-relevant courses from multiple approved clusters, including web technologies, machine learning, visualization, network security, DevOps, cloud design, generative AI, and human-computer interaction.

Yes. The internship gives supervised professional exposure, while the final year project allows students to solve a computing problem and demonstrate design, implementation, testing, documentation, and presentation skills.

The semester fee for undergraduate programs under the Faculty of Computer Science & IT is PKR 135,000 per semester.

Yes. Merit scholarship slabs may apply based on marks: 90% and above: 40%; 80% to 89.9%: 35%; 70% to 79.9%: 30%; and 60% to 69.9%: 10%, subject to University policy and verification.