The Bachelor of Computer Engineering (BE-Computer) at Oxford College of Engineering and Management is a four-year undergraduate engineering program affiliated with Pokhara University. The course is structured across eight semesters with 128 credits and combines computer science with electrical and electronics engineering foundations.
Students study programming, digital logic, electronics, computer architecture, databases, operating systems, networking, software engineering, artificial intelligence, machine learning, cybersecurity, cloud computing, and data science. Projects, laboratory-based study, electives, and an internship form part of the academic structure.
| Particular | Details |
|---|---|
| Course | Bachelor of Computer Engineering |
| Abbreviation | BE-Computer |
| Level | Bachelor's |
| Duration | 4 Years |
| Total Semesters | 8 |
| Total Credits | 128 |
| Affiliation | Pokhara University |
| College | Oxford College of Engineering and Management |
| Location | Gaindakot-2, Nawalparasi, Nepal |
| Total Seats | 48 |
| Fee-Paying Seats | 43 |
| Scholarship Seats | 5 |
Bachelor of Computer Engineering combines computing with engineering subjects related to electronics, electrical systems, and computer hardware. The curriculum begins with mathematics, basic electrical engineering, programming, digital logic, electronics, computer workshops, and engineering drawing before progressing into specialized computer engineering subjects.
Later semesters cover database systems, operating systems, microprocessors, computer graphics, computer architecture, artificial intelligence, digital signal processing, software engineering, machine learning, computer networks, cybersecurity, cloud computing, and data science.
The program also incorporates research fundamentals, engineering management, entrepreneurship and professional practice, engineering economics, electives, projects, and an internship.
The course may suit students from a Science background who are interested in both computing and engineering. Its curriculum covers software development alongside computer hardware, electronics, networks, embedded systems, artificial intelligence, machine learning, cloud computing, and related technical areas.
Students entering the program need an academic foundation in Mathematics, Physics, and Chemistry as specified in the admission criteria.
Applicants must have completed one of the following in the Science stream:
+2 level or Higher Secondary Education
A-Level
An equivalent qualification
Mathematics, Physics, and Chemistry must be included in the applicant's academic background.
The minimum academic requirement is an aggregate score of 45% or a GPA of 2.0.
Admission to BE-Computer opens once a year during the August session. Applicants must complete the prescribed admission formalities and required fee payment for enrollment.
Incomplete applications or applications without the necessary documents are not processed. Students receiving provisional admission under special conditions must submit all required documents within one month from the start of regular classes.
Applicants are required to submit:
Completed and signed BE-Computer application form or the prescribed online application
Attested copies of relevant academic certificates and transcripts
Two recent passport-sized photographs
The BE-Computer program has 48 seats:
Fee-paying seats: 43
Scholarship seats: 5
Oxford College of Engineering and Management conducts the entrance examination for fee-paying applicants. The Scholarship Committee of Pokhara University conducts the entrance examination for scholarship applicants.
Five seats are allocated under the scholarship category.
A provision of up to 100% scholarship is available for eligible candidates according to scholarship examination results and financial status.
The Bachelor of Computer Engineering is a four-year course organized into eight semesters. The program carries 128 credits.
The academic structure moves from engineering and computing foundations to advanced computer engineering study. It also includes elective courses, Project I, Project II, and an internship.
The initial semesters include subjects such as:
Calculus I
Algebra & Geometry
Applied Physics
Applied Chemistry
Applied Mathematics
Numerical Methods
Basic Electrical Engineering
Basic Engineering Drawing
Communication Technique
These subjects support later work in computing, electronics, system analysis, and engineering applications.
Programming study begins early in the course and includes:
Programming in C
Object-Oriented Programming in C++
Data Structure & Algorithm
Advanced Programming with Java
This sequence develops programming concepts alongside algorithmic and object-oriented approaches used in later computing subjects.
Computer engineering students also study the electronic and hardware foundations of computing through subjects including:
Digital Logic
Electronics Devices & Circuits
Instrumentation
Microprocessor & Assembly Language Programming
Computer Architecture
Embedded System
These subjects connect software-oriented study with computer hardware and electronic systems.
The curriculum includes:
Database Management System
Operating Systems
These areas cover core computing concepts related to data organization, storage, system resources, and software execution environments.
Students study Computer Graphics during the second year and Digital Signal Analysis Processing during the third year.
The curriculum later includes Image Processing & Pattern Recognition, extending study into the analysis and processing of digital information.
Software Engineering is included in the third year. The course structure also incorporates Project I and Project II, giving students a project component alongside their technical coursework.
The curriculum includes:
Artificial Intelligence
Machine Learning
Elective options in the related area include:
Artificial Neural Network
Fuzzy Logic with Engineering Application
Human Computer Interaction
Natural Language Processing
Social Network Analysis
Computational Linguistics
Information Retrieval
Network-related coursework includes Computer Networks followed by Network & Cyber Security.
These subjects provide academic coverage of computer communication, network systems, and security within the broader computer engineering curriculum.
The seventh semester includes:
Cloud Computing & Virtualization
Data Science & Analytics
Related elective choices include Big Data Technologies, Cloud Computing, Data Mining, Distributed DBMS, Distributed Operating System, Real Time Operating System, and Parallel Computing.
The elective structure includes options grouped around AI and Machine Learning and Data Analysis and Computing.
Available subjects include:
Artificial Neural Network
Fuzzy Logic with Engineering Application
Human Computer Interaction
Natural Language Processing
Social Network Analysis
Computational Linguistics
Information Retrieval
Big Data Technologies
Bioinformatics
Cloud Computing
Data Mining
Distributed DBMS
Distributed Operating System
Real Time Operating System
Parallel Computing
Computational Biology
Project work is included in the later stages of the program. Project I appears in the sixth semester, while Project II is included in the eighth semester.
The eighth semester also includes INT 492 Internship carrying three credits. These components place practical and project-based work alongside the program's technical subjects.
Computer and network laboratories are available for programming, simulations, and project work. The college also has general science laboratories and a library system containing more than 25,000 printed books and more than 250,000 e-books.
The BE-Computer structure itself includes Computer Workshop, projects, and internship study in addition to regular technical coursework.
Evaluation distinguishes between practical and non-practical subjects and carries a total of 50 marks.
| Assessment Type | Practical Subject | Non-Practical Subject |
|---|---|---|
| First Terminal Exam | 5 marks | 10 marks |
| Qualifying Term | 10 marks | 20 marks |
| Assignment | 10 marks | 13 marks |
| Regularity & Punctuality | 5 marks | 7 marks |
| Practical | 20 marks | — |
| Total | 50 marks | 50 marks |
Based on its curriculum and practical components, the course can support the development of skills related to:
Computer programming
Data structures and algorithms
Database systems
Operating systems
Computer architecture
Microprocessor programming
Software engineering
Computer networking
Cybersecurity
Artificial intelligence
Machine learning
Data science and analytics
Cloud computing
Embedded systems
Project development
These areas reflect the subjects and project components included in the BE-Computer academic structure.
Graduates may explore roles connected with software, hardware, information systems, networks, databases, cybersecurity, and computing infrastructure.
Career areas identified for BE-Computer graduates include:
Software Engineer
Systems Analyst
Network Engineer
Database Administrator
Embedded Systems Engineer
Cybersecurity Specialist
AI/ML Engineer
Web Developer
Mobile Application Developer
Cloud Computing Engineer
Career opportunities depend on technical skills, professional preparation, experience, location, and employment conditions.
The BE-Computer program runs for four years across eight semesters.
The program carries 128 credits.
Applicants must have completed +2, A-Level, or an equivalent qualification in the Science stream with Mathematics, Physics, and Chemistry. The minimum requirement is 45% aggregate or a 2.0 GPA.
The course has 48 seats, consisting of 43 fee-paying seats and 5 scholarship seats.
Yes. Oxford College conducts the entrance examination for fee-paying applicants, while the Scholarship Committee of Pokhara University conducts the examination for scholarship applicants.
Yes. INT 492 Internship is included in the eighth semester and carries three credits.
Yes. Artificial Intelligence and Machine Learning are included in the curriculum, with additional related subjects available through the elective structure.
The curriculum covers programming, digital logic, electronics, databases, operating systems, computer architecture, software engineering, artificial intelligence, machine learning, computer networks, cybersecurity, cloud computing, data science, embedded systems, projects, and internship work.
Meta Title: Bachelor of Computer Engineering at Oxford College | BE
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