Computer Technology
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B.Sc. Computer Technology
Empowering Innovation through Advanced Computing
The Bachelor of Science in Computer Technology at KGCAS is a 3-year undergraduate program designed to build a strong technical foundation for futures in computer systems, software applications, networking, and IT infrastructure. The program integrates core and advanced computing concepts with analytical problem-solving, technical proficiency, ethical responsibility, and adaptability required in evolving digital environments.
With a comprehensive industry-aligned curriculum delivered under the autonomous framework and an application-oriented learning approach, the program equips students with practical competencies in system and network administration, cloud infrastructure, database management, and emerging technologies, preparing them for professional roles, entrepreneurial pathways, and higher studies in computer technology-driven domains.
Program Overview
Program Type
Total Duration
Department
Program Status
Credits Required
Core Courses
Elective Courses
Ability Enhancement Courses
Campus Placements
Why B.Sc. Computer Technology at KGCAS?
Industry-aligned curriculum
Experiential learning approach
Innovation Labs integration
Professional-grade certifications
Long-term career readiness
An Innovative Way to Graduate at KGCAS
An innovative pathway into the world of computer technology through KGCAS’ distinctive experiential learning approach:
PEOs | PSOs | POs
Program Educational Objectives
PEO1
To enhance the broad knowledge in core area related to computer software and hardware technologies
PEO2
To develop and acquire in-depth knowledge in software design and implementation to meet the requirement of corporate
PEO3
To facilitate the graduates to pursuing professional careers or researcher or entrepreneurs in computing technologies
PEO4
To enrich the learners to develop communication, professional skills and to inculcate team spirit
PEO5
To stimulate the graduates to build awareness on social responsibility, ethical practices and human values in-built in the discipline.
Program Specific Outcomes
PSO1
Ability to apply core area knowledge in computing system in appropriate to the discipline
PSO2
Acquired knowledge in software and hardware skills and implementation challenges in varying techniques
PSO3
Ability to engage in life-long learning and adopt fast changing technology to prepare for professional development
PSO4
Improve to exhibit professionally or team leader or entrepreneur.
PSO5
Realize technological advances impart society and the social, ethical difficulties of computer technology and their practice.
Program Outcomes
PO1
Disciplinary knowledge: Capable to apply the knowledge of mathematics, algorithmic principles and computing fundamentals in the modeling and design of computer based systems of varying complexity.
PO2
Scientific reasoning/ Problem analysis: Ability to critically analyze, categorizes, formulate and solve the problems that emerges in the field of computer science.
PO3
Problem solving: Able to provide software solutions for complex scientific and business related problems or processes that meet the specified needs with appropriate consideration for the public health and safety and the cultural, societal and environmental considerations.
PO4
Environment and sustainability: Understand the impact of software solutions in environmental and societal context and strive for sustainable development.
PO5
Modern tool usage: Use contemporary techniques, skills and tools necessary for integrated solutions.
PO6
Ethics: Function effectively with social, cultural and ethical responsibility as an individual or as a team member with positive attitude.
PO7
Cooperation / Team Work: Function effectively as member or leader on multidisciplinary teams to accomplish a common objective.
PO8
Communication Skills: An ability to communicate effectively with diverse types of audience and also able to prepare and present technical documents to different groups
PO9
Self-directed and Life-long Learning: Graduates will recognize the need for self-motivation to engage in lifelong learning to be in par with changing technology.
PO10
Enhance the research culture and uphold the scientific integrity and objectivity
Curriculum Overview
The curriculum follows the Choice-Based Credit System (CBCS), providing students with academic flexibility and a multidisciplinary approach. The syllabus is periodically updated to reflect the latest advancements in the global IT sector.
Core Curriculum
Year I
Python Programming (Core)
Foundations of Networking and cybersecurity (Core)
Java Programming (Core)
Security Fundamentals with Linux Operating System (Core)
Numerical Methods and Statistics (Allied)
Discrete Mathematics (Allied)
Year II
Data Structures (Core)
Data Communication and Networks (Core)
Database Management Systems (Core)
Software Engineering (Core)
Internet of Things (Allied)
Arduino Systems and Applications (Allied)
Year III
Software Engineering (Core)
Artificial Intelligence (Core)
Computer Networks (Core)
APP Development (Elective)
Additional Program Components
Elective Courses
Discipline-focused electives in emerging technology domains
Artificial Intelligence
Cybersecurity
Internet of Things
Data Mining
Network Security & Cryptography
Skill and Ability Enhancement Courses
Practical and application-oriented skill development
Interactive JavaScript Programming
ReactJS Development
Soft Skills
Innovation & Design Thinking
Intellectual Property Rights
Quantitative Aptitude
Internships / Projects
Industry exposure and experiential learning opportunities
Careers and Futures
Graduates of the B. Sc. CT program pursue careers across IT services, software development, networking, cybersecurity, and data analytics roles in leading technology firms and global enterprises. The program also provides a strong foundation for higher education (MCA, M.Sc. CS/IT, MBA) and research opportunities.
Career Opportunities
Professional Certifications
Eligibility and Admission
Admission is open to candidates who meet the prescribed eligibility criteria as per university and institutional norms. The selection process follows a transparent, merit-based admission framework.
Check-list of enclosures with application