Software Engineer / Developer
Hardware & Embedded Systems Engineer
Network & System Administrator
Database & Security Specialist
IT Consultant / Systems Analyst
R&D Engineer
Project Lead / Technical Architect
Overview
Bachelor of Engineering (Computer Engineering) is a 4‑year undergraduate engineering program that integrates computer science and electronic engineering. Students study both hardware and software aspects — including digital systems, computer architecture, programming, networks, operating systems, electronics, and system design — to develop engineers who can design, build, analyze, and optimize computer systems and embedded devices. It prepares graduates for roles in software development, hardware engineering, networking, research, and ICT sectors.
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Course Info
Affilation Kathmandu University (KU) Duration 4 Years Institute Type College Average Fees Incurred ~NPR 9.6 lakhs total tuition for the full 4‑year program Average Salary Offered Entry: NPR 25k–50k/month Experienced: NPR 50k–100k+/month Employment Roles Placement Opportunities Graduates are placed in IT companies, software firms, telecom, electronics industries, banks, government organizations, and startups.
Common roles include software developer, hardware/embedded engineer, network administrator, cybersecurity specialist, and system analyst.
Campus recruitment and internship programs at KU help students gain industry exposure and job offers before graduation.
Some students also pursue higher studies or international opportunities after completing the degree.
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Admission Criteria
Education: +2 / 10+2 / equivalent with PCM (Physics, Chemistry, Mathematics) or PMCs (Physics, Mathematics, Computer Science).
Minimum Marks: At least 50% aggregate AND 50% in PCM/PMCs (or equivalent GPA criteria like ~CGPA 2.4 depending on year/notice).
Entrance Exam: Must appear in KUCAT‑CBT (Kathmandu University Common Admission Test) and meet required score for admission.
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Salient Features
Comprehensive IT & Engineering Curriculum: Combines computer science, electronics, and hardware design
Software & Programming: C, C++, Java, Python, web & mobile development
Hardware & Embedded Systems: Microprocessors, circuits, and digital systems
Networking & Security: Network design, system administration, and cybersecurity fundamentals
Practical Training: Labs, workshops, projects, and industry internships
Problem-Solving & Analytical Skills: Focus on design, testing, and optimization of computer systems
Career-Oriented: Prepares for software development, hardware engineering, IT consulting, R&D, and embedded systems roles
Research & Innovation: Opportunities for final-year projects and innovation in computing and electronics
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Eligibility
Education: +2 / 10+2 / equivalent with Physics, Chemistry & Mathematics (PCM) or Physics, Mathematics & Computer Science (PMCs)
Minimum Marks: ≥50% aggregate and ≥50% in PCM/PMCs subjects
Entrance Exam: Must pass KUCAT (Kathmandu University Common Admission Test)
Note: Students from Biology stream must complete additional mathematics to qualify.
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Job Prospectus
Graduates of Bachelor of Engineering in Computer Engineering have diverse career opportunities in both software and hardware sectors:
Software Engineer / Developer – Web, mobile, desktop, and enterprise applications
Hardware / Embedded Systems Engineer – Design and development of circuits, microprocessors, and devices
Network & System Administrator – Managing servers, networks, and IT infrastructure
Database & Security Specialist – Cybersecurity, data management, and IT risk analysis
IT Consultant / Systems Analyst – Planning and implementing IT solutions for organizations
R&D Engineer – Research and development in computing and electronics
Project Lead / Technical Architect – Leading technical teams and projects
Key Insight: Graduates can work in IT companies, electronics firms, telecom, banks, government, research labs, and startups.
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Curricular Structure
Year 1 (Semesters 1–2)
Mathematics I & II
Physics I & II
Introduction to Programming (C/C++)
Digital Logic & Electronics Fundamentals
English & Communication Skills
Year 2 (Semesters 3–4)
Data Structures & Algorithms
Object-Oriented Programming (Java/Python)
Computer Organization & Architecture
Circuit Theory & Electronics
Discrete Mathematics
Year 3 (Semesters 5–6)
Operating Systems
Computer Networks
Microprocessors & Embedded Systems
Database Systems
Software Engineering & Project Management
Year 4 (Semesters 7–8)
Artificial Intelligence & Machine Learning Basics
Cybersecurity & Information Assurance
Cloud Computing & Emerging Technologies
Capstone Project / Industry Internship
Electives (e.g., IoT, Robotics, Advanced Networking)
Key Features:
Focuses on both hardware and software engineering
Strong practical labs, workshops, and project work
Electives allow specialization in areas like AI, cybersecurity, robotics, or IoT
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