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Bachelor of Engineering (Computer Engineering)

Overview

Computer Engineering Students study the design of digital hardware systems, including computers, communication systems, and devices that contain computers. They also study software development with a focus on the software used within and between digital devices. The curriculum focuses on the theories, principles, and practices of relevant areas of traditional electrical engineering and mathematics, and applies them to the problems of designing computers and many kinds of computer based devices.

  • Course Info

    Affilation Kathmandu University (KU)
    Duration 4 Years
    Institute Type College
    Average Fees Incurred NPR 400,000 - 500,000
    Employment Roles

    Software Engineer

    Network Engineer

    System Analyst 

    Database Administrator

     
    Placement Opportunities

    IT Companies

    Software Development Firms 

    Telecommunication Companies 

    Banks 

  • Admission Criteria

    Entrance Exam:

    The School replaced Paper Based Test (PBT) with Computer Based Test (CBT) in 2014 called KUCAT- CBT
    Time Duration: 2 hours, 120 Multiple Choice Questions
    Subjects: Physics, Chemistry and Math.
    40 multiple choice questions in each section. CBT scores range from 0 to 2220. The score of 528 is pass marks in KUCAT-CBT.
    A candidate should at least get this score for being eligible to be get admission.

  • Salient Features

    Comprehensive Education: Covers a broad range of computer engineering topics.
    Strong Foundation in Mathematics and Physics: Emphasis on building a strong foundation.
    Programming Proficiency: Development of strong programming skills.
    Hands-On Projects: Application of theoretical knowledge through projects.

  • Eligibility

    Candidates should have passed ISc (or 10+2 or equivalent) with minimum of 50% marks in aggregate and 50% in Physica, Chemistry and Mathematics or Physics, Mathematics and Computer Science.

  • Curricular Structure

    Foundation Courses: Mathematics, Physics, and introductory engineering courses.
    Core Computer Engineering Courses: Data Structures, Algorithms, Computer Organization, Software Engineering.
    Programming Languages: Proficiency in C++, Java, Python.
    Digital Logic Design: Understanding and designing digital circuits.
    Operating Systems: Study of operating system principles and design.
    Database Systems: Database design and management.
    Networks and Communication: Principles of computer networks and communication.
    Software Development Projects: Hands-on projects to apply theoretical knowledge.

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