The BE Electronics, Communication and Information Engineering program at Kathford International College of Engineering and Management is a four-year undergraduate engineering program affiliated with Tribhuvan University. It operates under the Institute of Engineering (IOE) academic framework.
The course combines electronics, communication engineering, information and computing subjects, mathematics, laboratory work, project activity, electives, and an internship. Students begin with engineering and science foundations before moving into electronic devices, digital logic, microprocessors, instrumentation, electromagnetics, communication systems, data communication, computer networks, wireless communication, and related areas.
Kathford has 48 seats for the program. Admission, eligibility, entrance, curriculum, examinations, academic progression, and degree requirements follow the applicable rules of TU and IOE.
| Particular | Details |
|---|---|
| Program | BE Electronics, Communication and Information Engineering |
| College | Kathford International College of Engineering and Management |
| Location | Balkumari, Lalitpur |
| University | Tribhuvan University |
| Academic authority | Institute of Engineering (IOE) |
| Level | Bachelor's degree |
| Duration | 4 years |
| Academic structure | Four academic years with Part I and Part II |
| Seats | 48 |
| Admission | IOE entrance and admission framework |
| Internship | 8 weeks |
| Degree awarded by | Tribhuvan University |
BE Electronics, Communication and Information Engineering at Kathford brings together three closely connected engineering areas: electronics, communication, and information systems.
The electronics part develops from basic electrical and electronic engineering into electronic devices, advanced electronics, instrumentation, digital systems, microprocessors, signal-related study, and hardware-oriented laboratory work.
Communication study develops through data communication, communication systems, telecommunication and computer networks, wireless communication, and related technical subjects.
The information component introduces programming, object-oriented programming, data structures and algorithms, operating systems, computer graphics and visualization, and networking-oriented study.
The result is an engineering curriculum that does not separate hardware, communication, and computing into isolated tracks. Students encounter all three across the four-year structure.
The program may suit students who are interested in both electronic hardware and communication or computing systems.
Its curriculum requires sustained work with mathematics, physics, programming, circuits, electronics, digital systems, communication theory, networking, and practical laboratory tasks.
Students considering the course should be comfortable with an engineering program that includes:
The course is broader than electronics alone because software, computer systems, information technologies, and communication networks appear alongside circuit and device-level study.
Eligibility for admission is governed by the Institute of Engineering and Tribhuvan University under the rules applicable to the engineering admission cycle.
Applicants enter through the IOE engineering entrance and admission system. The admission framework uses the IOE entrance result and rank, followed by the applicable centralized admission procedures for selecting colleges and engineering programs.
Kathford's engineering admission process is therefore linked to IOE rather than a separate college-only entrance examination.
Applicants seeking BE Electronics, Communication and Information Engineering at Kathford must satisfy the applicable TU-IOE eligibility requirements and complete the required engineering entrance and admission procedures.
The program follows a four-year BE structure. Each academic year is divided into Part I and Part II, giving students eight academic parts over the full degree.
The curriculum moves from general engineering foundations toward electronics and computing, then into communication, networking, projects, electives, and internship work.
Laboratory and practical hours are attached to many technical subjects. Project work becomes more prominent in the later years.
The first year establishes the mathematical, scientific, programming, drawing, and electrical-electronics base required for later engineering study.
Year I Part I includes subjects such as:
These courses introduce the analytical and technical foundations used throughout the program.
Part II moves further into electronics and computing through courses including:
The first year therefore places programming and digital systems beside electrical and electronic fundamentals rather than delaying computing until the later stages of the degree.
The second year begins the transition into more specialized electronics and information engineering subjects.
Year II Part I includes:
Microprocessors and Advanced Electronics extend the student's study beyond introductory circuits, while Computer Graphics and Visualization adds another computing component.
Year II Part II contains a technically mixed set of subjects:
| Course | Main area |
|---|---|
| Numerical Methods | Computational mathematics |
| Instrumentation | Measurement and electronic systems |
| Electromagnetics | Electrical and electromagnetic theory |
| Data Structure and Algorithm | Computing |
| Data Communication | Communication and information transfer |
| Operating System | Computer systems |
This stage illustrates the combined nature of the degree. A student may study instrumentation and electromagnetics alongside algorithms, operating systems, and data communication within the same academic part.
The third year moves more strongly into communication-oriented engineering and project work.
Year III Part II includes ICT Project Management, Engineering Economics, Communication Systems, Telecommunication and Computer Networks, and a Minor Project.
Communication Systems develops the formal study of communication engineering, while Telecommunication and Computer Networks links communication with networking systems.
The Minor Project introduces a defined project component before the final-year project sequence. ICT Project Management adds planning and management concepts relevant to technical project work, while Engineering Economics brings an economic dimension into engineering decision-making.
Elective study is also included within the later curriculum, allowing part of the academic program to extend into approved areas beyond the compulsory subjects.
The later stage of the curriculum includes Wireless Communication along with advanced technical study, electives, project work, and the final internship.
The final academic part includes:
Project II carries four credits and gives the final year a substantial project component.
The inclusion of Energy, Environment and Social Engineering also places technical engineering work within a wider social and environmental context.
The BE Electronics, Communication and Information Engineering curriculum includes an eight-week internship carrying four credits.
The internship is positioned in Year IV Part II, after students have progressed through electronics, communication, networks, computing, laboratory work, and project study.
Its placement near the end of the program allows students to encounter an organizational or technical working environment after completing most of the core engineering curriculum.
The internship sits alongside Project II and an elective in the final academic part.
Practical activity is embedded throughout the curriculum.
Many technical courses include laboratory hours in addition to lectures and tutorials. The subjects with practical components cover areas such as:
Practical study can involve circuit work, measurement, programming, system configuration, communication exercises, and technical documentation according to the requirements of the individual course.
Kathford's academic environment includes engineering laboratories, networking laboratories, computer laboratories, project-oriented spaces, classrooms, seminar facilities, library resources, and digital learning resources.
These facilities support a curriculum in which laboratory and project work form part of formal engineering study rather than functioning only as extracurricular activities.
Project work develops in stages.
The third-year Minor Project provides an earlier project experience, followed by advanced project work in the final year. Project II appears in Year IV Part II with four credits.
Projects require students to apply technical knowledge rather than study individual theories in isolation. Depending on the assigned academic work, this can involve design, implementation, testing, measurement, programming, communication systems, electronics, documentation, or presentation.
The program's combination of laboratory subjects, a Minor Project, later project work, and internship creates several points where theory is connected with practical engineering tasks.
The program follows the examination framework of the Institute of Engineering, Tribhuvan University.
The IOE curriculum specifies theory, tutorial, and practical requirements according to the nature of each course. Technical subjects can include both theory assessment and practical evaluation.
Kathford delivers the teaching and internal academic activities required for the program, while university-level examination and academic regulations remain under the TU-IOE framework.
Students must complete the prescribed courses, practical work, projects, examinations, internship, and other academic requirements applicable to the engineering degree.
Kathford is the affiliated teaching institution. Tribhuvan University is the degree-awarding authority.
Students who successfully complete the academic requirements prescribed under the Institute of Engineering framework receive the relevant bachelor's engineering degree from Tribhuvan University.
This distinction also means that the college does not independently determine the engineering curriculum or degree rules. Academic requirements remain connected to the university and IOE system.
Through the curriculum and practical components, students have opportunities to develop abilities related to:
Development in these areas depends on coursework, laboratory practice, projects, internship participation, and individual academic engagement.
The academic coverage can be relevant to entry-level work connected with electronics, communication systems, telecommunication support, embedded and microprocessor-related systems, networking, testing, and technical maintenance.
The computing subjects may also support work that involves programming, operating systems, data communication, or information-system components where the graduate's technical preparation matches the role.
Employment outcomes depend on practical ability, academic performance, project experience, additional training, employer requirements, professional rules, and available opportunities.
Engineering graduation and professional registration are separate processes.
Graduates seeking professional registration in Nepal are subject to the recognition, examination, registration, and other requirements applicable under the Nepal Engineering Council.
Completion of the engineering degree should therefore not be treated as automatic professional registration. Professional status depends on the council requirements applicable to the graduate and qualification.
The program follows a four-year bachelor's engineering structure under the Institute of Engineering, Tribhuvan University.
The program is affiliated with Tribhuvan University and academically governed through the Institute of Engineering.
Kathford has 48 seats for BE Electronics, Communication and Information Engineering.
Yes. Admission follows the IOE engineering entrance and centralized admission framework, along with the applicable TU-IOE eligibility requirements.
The curriculum includes engineering mathematics, physics, programming, electronic devices and circuits, digital logic, electrical circuits, microprocessors, advanced electronics, instrumentation, electromagnetics, data structures and algorithms, operating systems, data communication, communication systems, telecommunication and computer networks, wireless communication, projects, electives, and internship work.
Yes. The curriculum includes a Minor Project and later project work, including Project II in the final academic part.
Yes. Year IV Part II includes an eight-week internship carrying four credits.
Tribhuvan University awards the degree after successful completion of the prescribed academic requirements under the IOE framework.
No automatic registration claim applies. Engineering graduates remain subject to the applicable recognition, examination, and registration requirements of the Nepal Engineering Council.
