B.E. Computer Engineering at MEGA College of Engineering is a four-year, eight-semester undergraduate engineering program offered in Kumaripati, Lalitpur. The program operates under the Faculty of Engineering, Purbanchal University, and follows a full-time study format.
Its curriculum moves from mathematics, science, programming, and basic engineering into data structures, databases, computer architecture, operating systems, networks, software engineering, Artificial Intelligence, cybersecurity, distributed and cloud computing, projects, and internship work. MEGA College of Engineering has 48 seats for B.E. (Computer).
| Particular | Details |
|---|---|
| Course | B.E. Computer Engineering |
| Degree | Bachelor of Engineering |
| College | MEGA College of Engineering |
| Location | Kumaripati, Lalitpur, Nepal |
| University | Purbanchal University |
| Faculty | Faculty of Engineering |
| Duration | 4 Years |
| Academic System | 8 Semesters |
| Study Mode | Full-Time |
| Seats | 48 |
B.E. Computer Engineering combines computing with engineering subjects across eight semesters. Students begin with mathematics, physics, communication, programming, computing fundamentals, engineering drawing, workshop practice, chemistry, digital logic, electrical engineering, and mechanics.
The middle semesters move into data structures, object-oriented analysis, computer graphics, electronic devices, databases, Python programming, microprocessors, communication systems, computer architecture, operating systems, research methodology, computer networks, software engineering, and related technical subjects.
The later part of the program includes distributed and cloud computing, Information Technology Project Management, Simulation and Modeling, Cyber Security, Engineering Professional Practice, elective study, Project-III, and an internship. Purbanchal University's Bachelor in Computer Engineering course structure is marked effective from the 2021 batch.
The course may suit students whose interests align with programming, computing systems, software development, databases, networking, electronics, computer architecture, cybersecurity, and technical problem-solving.
It also requires sustained study of mathematics and engineering subjects. The curriculum is not limited to software programming; it includes hardware-related courses, electrical and electronic foundations, communication systems, microprocessors, computer architecture, projects, and professional engineering study.
Applicants are expected to have completed 10+2 or an equivalent qualification in the Science stream with Physics, Chemistry, and Mathematics.
The stated admission requirements include:
Completion of 10+2 or equivalent in Science with Physics, Chemistry, and Mathematics
Minimum marks required by Purbanchal University for B.E. admission
Entrance examination score as per university requirements, where applicable
Nepali citizenship or valid identification documents
The admission process begins by contacting the admission office for course and application details. Students can then attend program counseling covering the curriculum, eligibility, and related academic information.
Applicants submit the required academic and identification documents. The college reviews these documents and checks admission eligibility before enrollment. The final stage includes completion of enrollment requirements and payment of the applicable fees.
The admission document requirements include:
SLC / SEE Mark Sheet and Certificate
+2 / Intermediate Transcripts and Pass Certificate
Character Certificate from the last institution attended
Recent passport-size photographs — 4 copies
Citizenship Certificate or valid identification
Migration Certificate, if transferring from another institution
The B.E. Computer Engineering program runs for four years across eight semesters. The Purbanchal University curriculum uses credit hours and combines lectures, tutorials, practical work, internal assessment, and final assessment according to individual subjects.
Project courses appear at several stages of the degree. Project I is included in the third semester, Project-II in the fifth semester, and Project-III is divided between Part A in the seventh semester and Part B in the eighth semester. An internship is included in the final semester.
The first semester carries 21 credit hours and establishes the mathematical, scientific, communication, computing, and workshop foundation of the degree.
Subjects are:
Mathematics I
Physics
English for Technical Communication
Computer Programming
Fundamental of Computing Technology
Engineering Drawing
Workshop Technology
Computer Programming includes both theoretical and practical components, while Physics, English for Technical Communication, Fundamental of Computing Technology, Engineering Drawing, and Workshop Technology also include practical work within the semester structure.
The second semester carries 18 credit hours. It continues mathematics and science while adding object-oriented programming, digital systems, electrical engineering, and mechanics.
Subjects are:
Mathematics-II
Chemistry
Object Oriented Programming with C++
Digital Logic
Basic Electrical Engineering
Applied Mechanics
Object Oriented Programming with C++, Digital Logic, Basic Electrical Engineering, and Chemistry include practical components.
The third semester carries 20 credit hours and moves further into computing, software design, graphics, electronic systems, and project work.
Subjects are:
Mathematics-III
Data Structure and Algorithm
Object Oriented Analysis and Design
Computer Graphics
Electronic Devices and Circuits
Applied Sociology
Project I
Data Structure and Algorithm and Computer Graphics combine theoretical study with practical work. Project I introduces a dedicated project component within the degree.
The fourth semester carries 18 credit hours and brings database study, Python programming, discrete structures, processor-related study, communication systems, and statistics into the course.
Subjects are:
Database Management System
Python Programming
Discrete Structure
Microprocessor
Communication System
Probability & Statistics
Database Management System and Python Programming both have substantial practical components within the semester structure. Microprocessor and Communication System also include practical study.
The fifth semester carries 20 credit hours. Students study algorithms, computer architecture, numerical methods, operating systems, economics, research, and project development.
Subjects are:
Algorithm Analysis and Design
Computer Architecture and Design
Numerical Methods
Operating System
Engineering Economics
Research Methodology
Project-II
Numerical Methods and Operating System contain practical components, while Project-II continues the project sequence introduced earlier in the course.
The sixth semester carries 18 credit hours and concentrates on several central computer engineering subjects.
Subjects are:
Artificial Intelligence
Computer Network
Internet of Things (IoT)
Software Engineering
Theory of Computation
Elective-I
Artificial Intelligence, Computer Network, Internet of Things (IoT), Theory of Computation, and Elective-I include practical components in the university course structure.
The seventh semester carries 18 credit hours and moves into distributed computing, project management, simulation, electives, and the first part of the final project.
Subjects are:
Distributed & Cloud Computing
Information Technology Project Management
Simulation and Modeling
Elective-II
Elective-III
Project-III (Part A)
Project-III (Part A) gives students a dedicated project component before the final semester. Distributed & Cloud Computing, Simulation and Modeling, and the two electives also contain practical components.
The eighth semester carries 17 credit hours and completes the degree with cybersecurity, professional engineering study, an elective, the second part of Project-III, and internship work.
Subjects are:
Cyber Security
Engineering Professional Practice
Elective-IV
Project-III (Part B)
Internship
Project-III (Part B) continues the work begun in the seventh semester, while the internship forms part of the final-semester academic structure.
Elective study begins in the sixth semester with Elective-I. The seventh semester contains Elective-II and Elective-III, followed by Elective-IV in the eighth semester.
The Purbanchal University curriculum provides multiple elective choices across computing, software, systems, databases, security, data, networks, and related engineering areas. This gives the later semesters a combination of compulsory subjects and selected technical study.
Programming begins in the first semester through Computer Programming. Object Oriented Programming with C++ follows in the second semester, while Python Programming appears in the fourth semester.
These programming subjects sit alongside Data Structure and Algorithm, Object Oriented Analysis and Design, Database Management System, Algorithm Analysis and Design, Operating System, Software Engineering, and Theory of Computation. Together, they connect programming practice with software design, algorithms, data management, operating systems, and computational concepts.
The course also includes subjects outside software programming. Digital Logic and Basic Electrical Engineering appear in the second semester, followed by Electronic Devices and Circuits in the third semester.
Microprocessor and Communication System are studied in the fourth semester, while Computer Architecture and Design appears in the fifth. Computer Network is included in the sixth semester, and Distributed & Cloud Computing appears in the seventh semester.
This sequence gives students academic exposure to computing systems, electronic foundations, processor-related study, communication, architecture, and networking alongside software subjects.
Project work is distributed across several semesters rather than appearing only at the end of the degree.
Project I is part of the third semester. Project-II follows in the fifth semester. Project-III is divided into Part A in the seventh semester and Part B in the eighth semester. The eighth semester also includes an internship.
At MEGA College of Engineering, practical learning is also supported through computer laboratory sessions, project-based assignments, technical workshops, seminar presentations, group work, and project demonstrations.
The course and related academic activities support development in areas such as:
Programming and coding
Problem solving
Software development
Data structures and algorithms
Database management
Computer networks
System design
Computer architecture
Cybersecurity
Cloud computing
Project management
Technical communication
The mix of practical subjects, laboratory work, projects, presentations, and internship study gives students several settings in which to apply classroom concepts.
The college provides computer laboratories for programming, project development, and practical sessions. Students also have access to a library and study area with engineering textbooks, academic journals, and reference materials.
Other academic facilities include engineering study spaces, seminar and presentation areas, Wi-Fi, smart classrooms, and digital resources. Academic tutoring, doubt-clearing classes, counseling, career guidance, CV workshops, interview preparation, and technical sessions are also included among the college's student-support activities.
Graduates may explore work in areas connected with software, web and application development, networking, databases, information systems, cybersecurity, cloud systems, project management, and related computing fields.
Career roles identified for the program include:
Software Engineer
Web Developer
Mobile App Developer
Network Engineer
Database Administrator
AI/ML Engineer
Cybersecurity Analyst
Cloud Engineer
IT Project Manager
System Analyst
Career outcomes depend on individual skills, academic performance, practical experience, professional development, available opportunities, and employment conditions.
College: MEGA College of Engineering
Location: Kumaripati, Lalitpur, Nepal
Phone: +977-9761457350
Email: megaeducation20@gmail.com
Website: https://megacoe.com
It is a four-year Bachelor of Engineering program offered at MEGA College of Engineering in Kumaripati, Lalitpur, under the Faculty of Engineering, Purbanchal University.
The program takes four years and is divided into eight semesters.
MEGA College of Engineering has 48 seats for B.E. (Computer).
Applicants are expected to have completed 10+2 or an equivalent Science qualification with Physics, Chemistry, and Mathematics and meet the minimum marks required by Purbanchal University for B.E. admission. An entrance examination score applies according to university requirements where applicable.
Yes. A number of subjects include practical components alongside lectures and tutorials. The program also contains multiple project courses and an internship.
Yes. Project I appears in the third semester, Project-II in the fifth semester, Project-III (Part A) in the seventh semester, and Project-III (Part B) in the eighth semester.
Yes. Internship is included in the eighth semester of the Purbanchal University course structure.
The curriculum includes Computer Programming in the first semester, Object Oriented Programming with C++ in the second semester, and Python Programming in the fourth semester. Programming also connects with subjects such as Data Structure and Algorithm, Database Management System, Operating System, and Software Engineering.
B.E. Computer Engineering at MEGA College of Engineering is offered under the Faculty of Engineering, Purbanchal University.
The college is located in Kumaripati, Lalitpur, Nepal.
