Diploma in Computer Engineering at Pokhara Engineering College is a three-year technical program under the Council for Technical Education and Vocational Training (CTEVT). The program is divided into six semesters and has 48 seats at PEC.
The curriculum prepares students for technician-level work connected with computer engineering and information technology. Study begins with mathematics, physics, chemistry, computer fundamentals, engineering drawing, and C programming. Later semesters move into web technology, databases, microprocessors, computer architecture, networking, operating systems, cybersecurity, software engineering, data mining, multimedia technology, and project work.
| Particular | Details |
|---|---|
| Course | Diploma in Computer Engineering |
| College | Pokhara Engineering College |
| Affiliation | CTEVT |
| Level | Diploma |
| Duration | 3 Years |
| Academic Structure | 6 Semesters |
| Seats | 48 |
| Location | Pokhara, Nepal |
The Diploma in Computer Engineering combines programming, computer hardware, electronics, networking, databases, web technologies, and software-related study within a technical diploma structure.
Its three-year curriculum is arranged into two semesters each year. Students progress from foundation subjects into specialized computer engineering areas and complete both a Minor Project and a Major Project during the later stages of the program.
The program is structured to develop the knowledge and skills required by technicians working in computer engineering and information technology-related organizations and industries.
Students can enter the Diploma in Computer Engineering program after completing SEE.
The program takes three years to complete. Each academic year is divided into two semesters, producing a total of six semesters.
The curriculum develops in stages. The first year combines mathematics and science with computing, programming, electronics, and web technology. The second year moves into databases, data structures, microprocessors, computer architecture, repair and maintenance, and graphics. The final year focuses more strongly on networks, distributed computing, operating systems, cybersecurity, software engineering, data mining, multimedia, and project work.
The opening semester establishes basic science, communication, engineering, and computing foundations.
Communication Nepali
Communication English
Engineering Maths I
Engineering Physics I
Engineering Chemistry I
Computer Fundamentals
Engineering Drawing
Computer Programming in C
Computer Fundamentals and Computer Programming in C introduce computing from the beginning of the diploma, while mathematics and science provide supporting technical foundations.
The second semester continues mathematics and science and introduces digital systems, electrical engineering, object-oriented programming, and web development.
Engineering Maths II
Engineering Physics II
Engineering Chemistry II
Digital Logic
Object Oriented Programming with C++
Electrical Engineering
Web Technology & Programming I
The combination of Digital Logic and Electrical Engineering adds hardware-related study alongside C++ and web programming.
The third semester moves further into software, databases, algorithms, electronics, and computer hardware.
Web Technology & Programming II
Engineering Maths III
Data Structure and Algorithm
Database Management System
Microprocessors
Electronic Devices & Circuits
This stage connects programming with data organization, database systems, processors, and electronic components.
Semester IV contains several core computer engineering subjects.
Data Communication
System Analysis and Design
Visual Programming
Computer Architecture
Computer Repair and Maintenance
Computer Graphics
Statistics and Probability
Computer Repair and Maintenance gives the curriculum a direct hardware-maintenance component, while Computer Architecture addresses the organization of computer systems.
The fifth semester concentrates on networks, operating systems, communication technologies, distributed systems, cybersecurity, and project work.
Computer Networks
Management Information System
Applied Telecommunication
Distributed Computing
Operating System
Cyber Security and Social Ethics
Elective I
Minor Project
The Minor Project provides a defined project component before students move to the final semester.
The final semester includes:
Multimedia Technology
Internet Technology
Data Mining
Software Engineering
Elective II
Major Project
The Major Project carries a substantial practical allocation and closes the six-semester curriculum with applied project work.
Programming appears at several stages of the course.
Students begin with Computer Programming in C in Semester I. Object Oriented Programming with C++ follows in Semester II, while Web Technology & Programming is studied across Semesters II and III.
Later software-related subjects include Visual Programming, System Analysis and Design, Operating System, Data Mining, and Software Engineering.
The diploma also includes subjects that address the hardware and systems side of computing.
Digital Logic, Electrical Engineering, Microprocessors, Electronic Devices & Circuits, Computer Architecture, and Computer Repair and Maintenance are included in the curriculum.
This gives students academic exposure to both software and the physical systems on which computing operates.
Networking becomes more prominent in the later semesters.
Data Communication is included in Semester IV. Semester V adds Computer Networks, Applied Telecommunication, and Distributed Computing, while Semester VI contains Internet Technology.
Cyber Security and Social Ethics is also included in Semester V.
The curriculum includes two formal project stages.
Minor Project — Semester V
Major Project — Semester VI
The projects follow earlier study in programming, databases, networking, computer architecture, operating systems, and other technical subjects, giving students an opportunity to connect different areas of the curriculum within project work.
PEC has laboratories for its engineering disciplines. The college library contains more than 14,000 books, including textbooks, reference materials, and technical journals, and a digital library is also available.
Internet facilities include a 35 Mbps broadband leased line and Wi-Fi zones. Students and staff have individual login credentials and college-domain email accounts.
These resources are relevant to a computer engineering curriculum that includes programming, internet technology, networking, databases, software engineering, and project work.
The program may suit students who have completed SEE and want a technical course covering both computer software and hardware-related subjects.
Students should be prepared to study mathematics and science alongside programming, electronics, web technologies, databases, computer systems, networking, and project work.
The curriculum is particularly broad across computing areas. A student interested only in programming will also study electrical engineering, digital logic, microprocessors, electronics, computer architecture, and repair and maintenance. Students interested in hardware will likewise work with programming, databases, web technology, operating systems, networks, and software engineering.
The program takes three years and is divided into six semesters under CTEVT.
Pokhara Engineering College has 48 seats for the program.
Yes. The program is structured for students entering after SEE.
Yes. The curriculum includes Computer Programming in C, Object Oriented Programming with C++, Web Technology & Programming, Visual Programming, and other software-related subjects.
Yes. Students study Digital Logic, Microprocessors, Electronic Devices & Circuits, Computer Architecture, and Computer Repair and Maintenance.
Yes. Data Communication, Computer Networks, Applied Telecommunication, Distributed Computing, Internet Technology, and Cyber Security and Social Ethics appear in the curriculum.
Yes. Students complete a Minor Project in Semester V and a Major Project in Semester VI.
Yes. Software Engineering is included in the sixth semester.
