The Bachelor of Computer Engineering (BE Computer) at Nepal College of Information Technology (NCIT), Balkumari, Lalitpur, is a four-year engineering program affiliated with Pokhara University. The degree is organized across eight semesters, and NCIT has 96 seats for the program.
Computer Engineering at NCIT combines the study of computer hardware and software. Students work with programming, electronics, digital logic, computer architecture, operating systems, databases, networks, embedded systems, security, data science, and related computing areas. NCIT's BE qualifications are recognized by the Nepal Engineering Council.
| Field | Details |
|---|---|
| Course: | Bachelor of Computer Engineering (BE Computer) |
| College: | Nepal College of Information Technology (NCIT) |
| Location: | Balkumari, Lalitpur, Nepal |
| Affiliation: | Pokhara University |
| Level: | Bachelor’s |
| Duration: | 4 years / 8 semesters |
| Seats: | 96 |
| Entrance: | NCIT Entrance Test |
| Recognition: | NCIT BE qualifications recognized by Nepal Engineering Council |
Computer Engineering brings computer science and electronics engineering into the same academic program. Students study how computer systems work at both the software and hardware levels and how those components interact within larger computing systems.
The course starts with mathematics, physics, electrical engineering, programming, and computer workshop practice. Later semesters move into digital logic, databases, operating systems, microprocessors, computer architecture, computer networks, software engineering, embedded systems, security, data science, image processing, cloud computing, and project work.
The Computer Engineering Department also connects academic study with training, seminars, and workshops. Its subject areas relate to computer hardware and software design, embedded systems, computer networks and security, system integration, and electronic design automation.
For engineering programs under Pokhara University, applicants must have completed Grade 12 in the Science stream or an equivalent qualification from a recognized institution.
The academic requirements include:
Physics, Chemistry, and Mathematics at Grade 12 level.
At least one course carrying a minimum of 100 full marks or 5 credits in each of Physics, Chemistry, and Mathematics.
A minimum C grade or 45% in each of Physics, Chemistry, and Mathematics.
An overall GPA of at least 2.0 on a 4.0 scale or equivalent.
Mathematics carrying at least 100 marks in Grade 11 or Grade 12.
NCIT conducts an entrance test for admission to its BE programs. The entrance test assesses Mathematics, Physics, Chemistry, and English. Admission results are prepared on merit. Applicants who clear the entrance test proceed to admission counselling and the subsequent enrollment process.
The admission sequence includes:
Submission of the entrance application with the required supporting documents.
Sitting for the mandatory NCIT Entrance Test.
Publication of results according to merit.
Admission counselling for successful applicants.
Offer of admission to selected applicants.
Completion of acceptance and enrollment requirements.
The eight-semester curriculum develops from engineering and computing foundations into computer systems, networks, security, embedded systems, data-related subjects, electives, projects, and internship work.
| Semester | Major Subjects |
|---|---|
| Year I, Semester I | Basic Electrical Engineering, Calculus I, Communication Techniques, Applied Physics, Computer Workshop, Programming in C |
| Year I, Semester II | Algebra and Geometry, Applied Chemistry, Basic Engineering Drawing, Electronics Devices and Circuits, Data Structures and Algorithms, Object Oriented Programming in C++ |
| Year II, Semester III | Calculus II, Computer Graphics, Digital Logic, Database Management System, Advanced Programming with Java, Operating Systems |
| Year II, Semester IV | Applied Mathematics, Microprocessor and ALP, Instrumentation, Software Engineering, Data Communication, Theory of Computation |
| Year III, Semester V | Artificial Intelligence, Computer Networks, Computer Architecture, Numerical Methods, Engineering Management, Simulation and Modeling, Probability and Statistics |
| Year III, Semester VI | Research Fundamentals, Compiler Design, Digital Signal Analysis and Processing, Network and Cyber Security, Embedded System, Machine Learning, Elective I |
| Year IV, Semester VII | Cloud Computing and Virtualization, Data Science and Analytics, Engineering Economics, Image Processing and Pattern Recognition, Entrepreneurship and Professional Practice, Elective II, Project I |
| Year IV, Semester VIII | Internship, Project II, Elective III |
The final stages of the course therefore include two project components and an internship alongside advanced technical study and electives.
BE Computer students can select from electives associated with data analysis, computing, and intelligent systems. Listed elective subjects include:
Big Data Technologies
Bioinformatics
Cloud Computing
Data Mining
Distributed DBMS
Distributed Operating System
Information Retrieval
Oracle
Parallel Computing
Real Time Operating System
Computational Biology
Artificial Neural Network
Fuzzy Logic with Engineering Application
Human Computer Interaction
Natural Language Processing
Social Network Analysis
Computational Linguistics
The academic direction of BE Computer covers both the design of computer systems and the methods used to analyze computing problems. Students work with hardware, software, experiments, system design, information technology, and technical problem solving.
The program is intended to develop abilities related to:
Applying computer engineering techniques and tools to hardware and software systems.
Designing computer hardware and software systems, components, and processes.
Conducting experiments and organizing, analyzing, and interpreting technical data.
Identifying and solving hardware and software problems.
Analyzing computing problems and testing possible solutions.
Working individually and in teams on technical and product-development tasks.
Practical work is built into different stages of the program. Computer Workshop appears in the first semester, Project I is included in Semester VII, and the final semester contains Project II and an internship.
The Computer Engineering Department also conducts training, seminars, and workshops. These activities sit alongside the formal curriculum and give students additional settings for working with computer engineering topics.
NCIT's BE programs follow an eight-semester structure. Academic performance is assessed through semester work and final examinations. For applicable courses, semester performance contributes 50% and the written semester-end examination contributes 50%.
Practical courses are evaluated through continuous assessment without a separate final written examination. Academic performance is recorded through Semester Grade Point Average (SGPA) and Cumulative Grade Point Average (CGPA).
The combination of hardware, software, networking, operating systems, embedded systems, security, and computing applications connects the degree with several technical career areas.
Graduates may consider work related to:
Computer engineering
Computer programming
Computer network architecture
Hardware and networking
System administration
Network engineering
Operating systems
Computer and electronic system design
Software engineering
Information technology
Data analytics
Embedded systems
Computer networks and security
System integration
Electronic design automation
Computer engineering graduates may work in research, academia, industry, government, private organizations, or business environments, depending on their skills, experience, professional requirements, and available positions.
NCIT's BE qualifications are recognized by the Nepal Engineering Council. This includes the Bachelor of Computer Engineering offered by the college.
Scholarship arrangements for bachelor’s students include:
Pokhara University scholarships for 10% of the annual intake under university guidelines.
NCIT scholarships based on the combined consideration of +2 or equivalent academic marks and the NCIT Entrance Test.
A full semester-fee waiver for the subsequent semester for students who achieve an SGPA of 4.0.
Awards for class toppers and second toppers.
Computer Engineering graduates may continue into postgraduate study in computer engineering or related computing areas according to the eligibility requirements of the chosen program.
NCIT also offers a Master of Computer Engineering program at the graduate level.
BE Computer is suited to students whose academic interests extend across both software and computer hardware. The curriculum requires sustained work in mathematics, programming, electronics, computer architecture, operating systems, networks, embedded systems, security, data-related subjects, projects, and practical components.
Students choosing between computing programs should pay particular attention to this hardware-software combination. BE Computer is structured as an engineering degree rather than a program focused only on application development or software study.
The Bachelor of Computer Engineering at NCIT has a normal duration of four years and is divided into eight semesters.
The program is affiliated with Pokhara University.
NCIT has 96 seats for Bachelor of Computer Engineering.
Yes. NCIT conducts a mandatory entrance test covering Mathematics, Physics, Chemistry, and English.
The curriculum covers programming, mathematics, electronics, digital logic, databases, operating systems, microprocessors, computer architecture, networks, embedded systems, security, data science, image processing, projects, electives, and internship work.
Yes. Internship is included in the eighth semester.
NCIT's BE qualifications are recognized by the Nepal Engineering Council.
