• Develop a strong foundation in computer science principles, programming, and computational thinking.
• Equip students with practical skills in software development, database management, networking, and system administration.
• Enhance problem-solving, analytical reasoning, and algorithmic design capabilities.
• Provide hands-on experience through laboratory work, programming projects, and research activities.
• Introduce students to emerging areas such as cybersecurity, soft computing, and computer networks.
• Prepare graduates for professional careers, entrepreneurship, higher education, and lifelong learning.

• Apply scientific and computational principles to analyze and solve real-world problems.
• Design, develop, test, and maintain software applications using appropriate programming tools and technologies.
• Demonstrate proficiency in database systems, operating systems, networking, and cybersecurity concepts.
• Utilize modern computing techniques and emerging technologies to address industry and societal challenges.
• Conduct research, analyze data, and communicate technical information effectively in professional environments.
• Work independently and collaboratively while demonstrating ethical, professional, and social responsibility.

Students are expected to attend all lectures, tutorials, laboratory sessions, workshops, seminars, and academic activities regularly. Minimum attendance requirements shall be governed by the rules of the affiliating university.

Student performance is assessed through assignments, coding exercises, quizzes, presentations, laboratory records, project work, internal assessments, viva-voce examinations, and end-semester examinations.

Practical training is an essential component of the programme. Students are required to complete programming assignments, maintain laboratory records, participate in practical examinations, and demonstrate proficiency in software development and computing applications.

Students are encouraged to undertake innovative projects, software development activities, research-based assignments, and problem-solving exercises to strengthen technical and analytical competencies.

Students must uphold academic integrity, respect intellectual property, follow ethical computing practices, ensure responsible use of technology, and adhere to cybersecurity and data privacy principles.

Students must successfully complete prescribed coursework, laboratory requirements, project work, and examinations to earn credits and progress to subsequent semesters and degree completion.