The Bachelor of Computer Engineering at Khwopa College of Engineering (KhCE), Bhaktapur, is a four-year bachelor's degree affiliated with Tribhuvan University through the Institute of Engineering (IOE). The program combines computing with mathematics, electronics, electrical engineering fundamentals, digital systems, computer architecture, programming, data structures, operating systems, communication, software engineering, and project work.
Students progress from basic programming and engineering subjects to more specialized areas such as data structures and algorithms, data communication, operating systems, Artificial Intelligence, software engineering, simulation and modeling, distributed and cloud computing, and ICT project management.
Eligibility, entrance, admission, curriculum, examinations, evaluation, and degree requirements follow the academic rules and regulations of TU and IOE.
| Field | Details |
|---|---|
| Course Name: | Bachelor of Computer Engineering |
| Institution: | Khwopa College of Engineering |
| Level: | Bachelor's Degree |
| Duration: | 4 Years |
| Affiliation: | Tribhuvan University |
| Academic Authority: | Institute of Engineering (IOE) |
| Location: | Libali, Bhaktapur-8, Bhaktapur, Nepal |
| Seats: | 48 |
| Entrance: | IOE BE/B.Arch Entrance Examination |
| Degree Award: | Tribhuvan University |
Computer Engineering studies computing from an engineering perspective. It covers software development while also giving students a technical foundation in electronics, electrical circuits, digital logic, computer hardware, communication, and computer systems.
At KhCE, the program follows the TU/IOE curriculum. Students begin with mathematics, science, programming, drawing, electrical and electronics fundamentals, and workshop-based engineering study. The curriculum then moves into object-oriented programming, electronic devices and circuits, digital logic, electrical circuits and machines, data structures, communication, operating systems, software engineering, and related computer engineering subjects.
The combination distinguishes the program from a course focused only on software. Students work with both programming concepts and the underlying systems that support computing.
The course may suit students who are interested in programming but also want to understand computer systems beyond writing software.
The program requires regular work with mathematics, logical reasoning, electronics, programming, algorithms, digital systems, technical analysis, and project development. Students should expect both theoretical study and practical coursework.
Academic interests connected with the course include:
Students also need to be comfortable moving between software-oriented and hardware-related subjects because both appear in the engineering curriculum.
Eligibility: Eligibility for Bachelor of Computer Engineering at KhCE follows the requirements prescribed by Tribhuvan University and the Institute of Engineering for bachelor's engineering admission.
Applicants must meet the applicable TU/IOE academic eligibility requirements and qualify through the IOE BE/B.Arch entrance system.
KhCE conducts the program as a TU-affiliated engineering college. It therefore follows the university's engineering admission framework rather than applying an independent academic eligibility standard for the degree.
Admission is connected with the Institute of Engineering's BE/B.Arch entrance examination.
The academic route follows the TU/IOE system:
The IOE entrance examination is the qualifying engineering entrance route. KhCE handles its college-level admission and enrollment process within that framework.
Duration: 4 Years
The degree is structured over four academic years. The curriculum combines theory, tutorials, practical work, laboratory components, programming exercises, project development, and engineering coursework.
Study broadly moves through three stages:
The structure requires students to apply material from earlier courses when they reach later system-level and project-oriented subjects.
The initial stage establishes the mathematical, scientific, computing, and engineering base needed for later Computer Engineering courses.
Subjects include areas such as:
Computer Programming introduces structured programming work early in the degree, while electrical and electronics study gives students the circuit-level foundation needed for later digital and computer hardware subjects.
Engineering Mathematics supports later courses involving algorithms, systems, numerical work, signals, simulation, and technical analysis.
The curriculum develops computing and electronic concepts together rather than treating them as unrelated areas.
Courses include:
Object Oriented Programming extends the programming foundation into software organization through objects and classes.
Digital Logic is important for understanding how logical operations are represented and handled within digital systems. Electronic Device and Circuits provides related electronics knowledge, while Electrical Circuits and Machines retains the engineering connection with electrical systems.
This combination helps students understand that computer systems depend on both software instructions and physical electronic components.
As the course progresses, students encounter subjects that deal more directly with how data is organized, how computers communicate, and how system resources are managed.
Relevant courses include:
Data Structure and Algorithm deals with organizing information and developing computational procedures for solving programming problems.
Operating System addresses the software layer responsible for managing computer resources and program execution. Data Communication introduces the movement of information between computing devices and systems.
Instrumentation and Electromagnetics add engineering subjects that maintain the program's broader technical character.
Later coursework moves beyond individual programming tasks toward software systems, modeling, computing methods, and structured project work.
The curriculum includes:
Software Engineering deals with organized approaches to developing and managing software systems. Simulation and Modeling introduces methods for representing and studying systems through computational models.
Artificial Intelligence forms another defined subject within the curriculum. Students encounter it as an academic area within the broader Computer Engineering degree rather than as the sole focus of the program.
The Minor Project gives students an opportunity to bring several areas of study together in a defined technical project.
The later stage of the curriculum includes system-level and management-oriented subjects such as:
Distributed and Cloud Computing introduces computing environments in which processing or resources are spread across connected systems.
ICT Project Management adds planning and management concepts relevant to technical projects, while Project I gives students structured project work during the final stage of the degree.
Energy, Environment and Social Engineering places technical study alongside wider engineering responsibilities and context.
Computer Engineering includes practical components throughout the academic structure.
Programming subjects include practical hours, while electronics, digital logic, electrical circuits, communication, and operating-system-related areas also involve technical exercises according to their course requirements.
Students may work with:
The practical component matters because computer engineering requires students to move from understanding a concept to building, testing, debugging, documenting, or presenting a working technical solution.
Project activity is a documented part of Computer Engineering at KhCE.
The college conducts minor and major project defenses for Computer Engineering students. Its academic repository also includes project reports connected with the TU Computer Engineering program.
Project work can require students to combine programming, system design, algorithms, communication, software engineering, documentation, and presentation rather than treating each course as an isolated subject.
A student project also requires a different type of academic discipline from a written examination. Students must define a technical problem, organize the work, develop the project, test what they have built, prepare documentation, and present or defend the work under the applicable academic requirements.
Examinations and academic evaluation follow the rules of Tribhuvan University and the Institute of Engineering.
The IOE engineering system combines theory and practical assessment according to the requirements of individual subjects. Semester examinations form part of the academic structure, while laboratory exercises, programming work, projects, practical assignments, and other prescribed components contribute where applicable.
KhCE conducts teaching and college-level academic activities as an affiliated institution. Curriculum, examination, evaluation, and degree requirements remain part of the TU/IOE academic system.
Students must complete all prescribed requirements of the program to qualify for the degree.
Degree Award: Tribhuvan University
Students undertake the Computer Engineering program at Khwopa College of Engineering, while the bachelor's degree is awarded by Tribhuvan University through the Institute of Engineering academic framework.
KhCE is the teaching institution. Tribhuvan University remains the degree-awarding authority.
The combination of programming, electronics, algorithms, systems, communication, software engineering, and projects can support development in areas such as:
The level of ability developed in each area depends on academic performance, practical work, independent study, and project participation.
Because the curriculum covers both software and computer systems, graduates may explore work or further study connected with areas represented in the degree, including software development, computing systems, data communication, networking, software engineering, project work, and related technical fields.
The degree does not guarantee a particular job or professional outcome. Career options depend on technical competence, practical experience, individual performance, professional requirements, employer needs, and available opportunities.
Students interested in a particular branch of computing can use elective and project work to develop more focused academic experience within the structure available through the program.
Academic graduation and professional engineer registration are separate processes.
The Nepal Engineering Council regulates the engineering profession and engineering education in Nepal. Graduates who intend to enter regulated engineering practice must follow the applicable Council registration and examination requirements.
Completion of the TU engineering degree should not be understood as automatic professional registration. The degree confirms completion of the academic program, while professional registration follows the applicable regulatory process.
Khwopa College of Engineering is a community engineering institution at Libali, Bhaktapur-8, Bhaktapur. It operates under Bhaktapur Municipality and is academically affiliated with Tribhuvan University through IOE.
Computer Engineering students study within an environment that includes classroom teaching, practical coursework, project development, project defenses, library access, digital academic resources, and department-based academic activities.
Students comparing engineering disciplines at KhCE may also review the Bachelor of Civil Engineering and Bachelor of Electrical Engineering programs.
The program has a duration of four years and follows the academic structure prescribed through Tribhuvan University and the Institute of Engineering.
The program has 48 seats.
Yes. Admission follows the IOE BE/B.Arch entrance framework. Applicants must qualify through the applicable IOE entrance process and complete the KhCE enrollment procedure.
The curriculum covers programming, object-oriented programming, electronics, digital logic, electrical circuits, data structures and algorithms, data communication, operating systems, Artificial Intelligence, software engineering, simulation and modeling, distributed and cloud computing, ICT project management, and project work.
Yes. Practical components are included across programming, electronics, digital systems, communication, and other technical subjects. The program also includes project activity and project defenses.
Yes. Software Engineering is included in the TU/IOE Computer Engineering curriculum.
Yes. The curriculum includes Minor Project and later project work, while KhCE also conducts minor and major project defenses for Computer Engineering students.
Tribhuvan University awards the degree under the Institute of Engineering academic system after the student completes the prescribed requirements.
No. Academic graduation and professional registration are separate. Graduates must follow the applicable Nepal Engineering Council requirements for professional registration.
