B.Sc. in Computer Science (Hons.)

Course Overview

Kingston College of Science

Computer Science is a branch of science that deals with theory and system of processing information in digital computers, designing the computer software, hardware and applications for computers. The requirement of IT professionals in various IT companies is quite in a significant amount as they can create advanced software systems, capable of increasing the efficiency of the computers.

Course Duration
3 or 4 Years
Affiliated To
WBSU
Intake
30 Only

Eligibility

To be eligible for the B.Sc. in Computer Science, candidates must have completed 10+2 (Higher Secondary) with Mathematics from a recognized board.

Career Opportunities

Embark on a dynamic career path with a Computer Science (Hons) degree, unlocking a world of endless possibilities in the digital realm. From software development to cybersecurity, this program equips you with the skills and knowledge to thrive in the ever-evolving tech industry. Dive into a future-proof career with diverse opportunities and impactful innovation.

After completing the B.SC (CS) course in KCS a student can opt for the following opportunities:

Application Analyst

CAD Technician

Games Developer

IT Consultant

Web Developer

Applications Developer

Cyber Security Analyst

Game Designer

UX Designer

Software Engineer

Our Course Structure

Course Curriculum

Semester 1

• Computer Fundamentals and Programming with C (Theory)
• Computer Fundamentals and Programming with C (Practical)

Semester 2

  • Data Structures using C++ (Theory)
  • Data Structures using C++ (Practical)

Semester 3

  • Basic Electronics with Digital Logic (Theory)
  • Basic Electronics with Digital Logic (Practical)
  • Operating Systems (Theory)
  • Operating Systems (Practical)

Semester 4

  • Object Oriented Programming (Theory)
  • Object Oriented Programming (Practical)
  • Database Management Systems (Theory)
  • Database Management Systems (Practical)
  • Computational Mathematics (Theory)

Semester 5

  • Discrete Mathematics / Graph Theory (Theory)
  • Analysis of Algorithms (Theory)
  • Design and Analysis of Algorithms (Practical)
  • Software Engineering (Theory)
  • Software Engineering (Practical)
  • Networking (Theory)

Semester 6

  • Graphics and Multimedia (Theory)
  • Graphics and Multimedia (Practical)
  • Artificial Intelligence (Theory)
  • Artificial Intelligence Lab (Practical)
  • Microprocessor and VLSI Design (Theory)
  • Microprocessor and VLSI Design (Practical)
  • Theory of Computation (Theory)

Semester 7

  • Image Processing and Computer Vision (Theory)
  • Image Processing and Computer Vision (Practical)
  • Compiler Design (Theory)
  • Database Management Systems (Theory)
  • Database Management Systems (Practical)

Semester 8

  • Machine Learning (Theory)
  • Machine Learning (Practical)
  • Cyber Security and IoT (Theory)
  • Big Data (Theory)
External Training by IBM
  • Kingston Educational Institute has put in its best endeavour to collaborate with one of the most promising global tech-giant IBM to enable the students with the right set of skills, fundamental competencies, experiential and empirical learning for a perfect industry fit persona. The very in house faculty members of IBM imparted the Minor project training to the students of department of Computer Science of Kingston College of Science in order to up skill and empower the student with the capacity of coping with the cutting age field of technology.
  • Kingston firmly believes in facilitating students with such hands on, industry relevant trainings which eventually help our students in honing their skills, internalizing concepts and achieving mastery.
External Training by Cisco
  • Our Cisco training programs at Kingston Educational Institute offer a holistic approach to preparing B.Sc students for the complexities of the modern IT landscape. Covering crucial topics like networking, security, collaboration, computing, software, and services, these programs provide a well-rounded education in key areas of information technology. By engaging with these courses, students not only gain theoretical knowledge but also practical skills in configuring, managing, and securing network infrastructures.
  • Through hands-on experience and real-world scenarios, students develop a deep understanding of IT networking principles and learn how diverse network topologies can synergize to establish robust, secure, and efficient networks. Our goal is to equip our students with the expertise and industry-recognized certifications they need to thrive in today’s competitive job market while making meaningful contributions to the field of information technology.

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