The Bachelor of Electronics, Communication and Information Engineering at Advanced College of Engineering and Management (ACEM) is a four-year undergraduate engineering program affiliated with Tribhuvan University and academically governed through the Institute of Engineering (IOE). The program is organized across eight semesters and has 96 seats at ACEM.
The course combines electronics, computing, communication systems, microprocessors, digital systems, telecommunication networks, signal processing, wireless communication, and project work. Students begin with mathematics, physics, programming, drawing, and electrical and electronics fundamentals before moving into specialized electronics and communication subjects. Admission, curriculum, examinations, academic progression, and degree award follow the applicable TU/IOE academic framework.
| Particular | Details |
|---|---|
| Course | Bachelor of Electronics, Communication and Information Engineering |
| Program Reference | BEI |
| College | Advanced College of Engineering and Management |
| Level | Bachelor's Degree |
| Duration | 4 Years / 8 Semesters |
| Affiliation | Tribhuvan University |
| Academic Authority | Institute of Engineering (IOE), TU |
| Seats at ACEM | 96 |
| Admission Route | TU/IOE Entrance and Merit Framework |
| Academic Department | Department of Electronics & Computer Engineering |
| Degree Award | Tribhuvan University |
Bachelor of Electronics, Communication and Information Engineering at ACEM follows the engineering academic framework of Tribhuvan University through the Institute of Engineering.
The program connects several closely related areas. Electronics provides the circuit, device, and digital-system foundation. Communication engineering develops the study of transmitting and processing information. Computing subjects add programming and processor-based systems, while later courses address communication systems, telecommunication and computer networks, signal processing, and wireless communication.
The course is therefore broader than a telecommunications-only degree. Students work with electronic circuits, digital logic, microprocessors, computing, communication principles, networking, and information-related engineering within one program.
At ACEM, BEI is handled through the Department of Electronics & Computer Engineering, with foundational science and mathematics support connected with the Department of Applied Sciences.
The course may suit students interested in electronic systems, communication technology, digital systems, computer networks, signal processing, microprocessors, and the engineering principles behind the transfer and processing of information.
Students should expect a substantial mathematical and technical workload. The curriculum includes programming and computing subjects, but it is not structured as a software-only program. Electronics, circuits, communication systems, laboratory work, technical analysis, and engineering projects remain central to the degree.
The course may be particularly relevant to students who want their computing study to remain connected with electronic hardware and communication systems.
Eligibility: Academic eligibility follows the rules and requirements prescribed by Tribhuvan University and the Institute of Engineering for undergraduate engineering admission.
Applicants must meet the applicable TU/IOE academic requirements and complete the engineering entrance process.
ACEM delivers the program within the TU/IOE system and does not operate a separate engineering eligibility framework outside the university regulations.
Admission to the program follows the TU/IOE entrance-and-merit pathway.
The general process includes:
The course has 96 seats at ACEM.
Entrance, selection, curriculum, examinations, and academic completion remain governed by the applicable rules of Tribhuvan University and the Institute of Engineering.
Duration: 4 years
Academic Structure: 8 semesters
The teaching schedule combines lectures, tutorials, and practical sessions according to the requirements of individual subjects.
The curriculum develops in stages. Students begin with basic science, mathematics, programming, and engineering subjects. The middle semesters introduce electronics, processors, communication-related study, networks, and engineering management. Later semesters include more specialized communication subjects, electives, project work, and internship.
This structure allows students to build the mathematical and electronic foundation before working with larger communication and information systems.
The first year establishes the scientific, computing, and engineering background required for later BEI subjects.
Courses include:
Engineering Mathematics and Physics support later work in signals, communication, circuits, and electronics. Computer Programming introduces computational study early in the program.
Fundamental of Electrical and Electronics Engineering provides an initial electrical and electronic base before students move into Electronic Device and Circuits and Digital Logic.
Object Oriented Programming adds another computing component, while Electrical Circuits and Machines connects the program with broader electrical engineering fundamentals.
The second year moves further into electronics and processor-based systems while retaining mathematical and communication-oriented subjects.
Subjects include:
Microprocessors form an important bridge between electronic hardware and programmable systems. Students move beyond general programming into processor-level concepts, while Advanced Electronics develops the electronic side of the course further.
Computer Graphics and Visualization adds a computing component, and Engineering Mathematics III continues the analytical sequence established in the first year.
The curriculum at this stage prepares students for more specialized communication, signal, and network subjects in the later years.
Electronics forms one of the main academic strands of the program.
Students progress from introductory electrical and electronics study into:
This progression gives the degree a clear hardware-oriented component.
Students are not studying communication networks independently of the electronic systems that support them. Circuits, devices, digital logic, and processors establish the technical base on which later communication subjects are developed.
The later curriculum places greater attention on communication and networking.
Year III includes Communication Systems and Telecommunication and Computer Networks. These subjects bring together earlier study in electronics, programming, processors, and mathematical foundations.
Communication Systems deals with the engineering principles used in transmitting and processing information. Telecommunication and Computer Networks extends the course into connected communication systems and networked information exchange.
ACEM's academic description of the program also places optical fiber communication, RF systems, information processing, wireless communication, and related electronic communication areas within its program focus.
Signal processing forms another identifiable part of the program.
The curriculum includes digital signal processing-related study, while later coursework includes Wireless Communication. ACEM also identifies wireless and satellite communication systems among the communication areas associated with BEI.
Signal-processing study is relevant because communication engineering depends on representing, analyzing, processing, and transmitting information carried through signals.
Wireless Communication extends this study into systems that transfer information without a physical wired connection between communicating points.
The combination of communication theory, electronic systems, signal study, and networks gives students exposure to several layers of communication engineering rather than concentrating on one transmission method.
ACEM's curriculum highlights for BEI include electromagnetic fields and wave propagation together with RF and microwave engineering.
These areas connect electronic communication with the physical behavior of electromagnetic waves. They are relevant to communication systems in which signals are transmitted through space or guided through communication infrastructure.
This part of the program sits alongside electronics, signal processing, wireless communication, and networking, giving students a broader technical view of communication systems.
The BEI curriculum is not limited to electronics and communication theory.
Year III Part II includes ICT Project Management and Engineering Economics.
ICT Project Management introduces the organization and management of technology-related projects. Engineering Economics gives students a framework for considering economic factors alongside engineering decisions.
These subjects complement technical courses such as Communication Systems and Telecommunication and Computer Networks during the same stage of the degree.
Practical study appears across several subjects in the curriculum.
Students encounter laboratory or practical components in areas such as:
This means the degree is not based entirely on written theory. Relevant subjects include scheduled practical work alongside lectures and tutorials.
The practical component becomes particularly important where circuit behavior, processor operation, communication methods, and network concepts need to be examined through laboratory exercises.
Project work forms part of the later academic structure.
The curriculum includes a Minor Project in Year III. This gives students a formal opportunity to apply knowledge developed across electronics, computing, communication, and networking subjects to a defined engineering task.
The later stages continue with major project work, including Project II in the final academic part.
Projects allow students to bring together multiple subjects within a single academic activity. Depending on the project area, this may involve electronic circuits, processors, communication systems, networking, signal processing, programming, or another part of the BEI curriculum.
Project work remains subject to the academic and evaluation requirements established under the TU/IOE system.
The final stage of the curriculum includes an eight-week internship.
The internship provides an industry-oriented component within the formal degree structure. It appears alongside Project II and elective study in the final academic part.
Its inclusion is distinct from laboratory classes and regular project work because it places students in an internship setting as part of their engineering education.
The internship is an academic requirement within the curriculum rather than a guarantee of employment after graduation.
Elective subjects appear in the later stages of the program.
The elective structure gives students part of their advanced study within a range prescribed by the curriculum. This sits alongside compulsory courses in communication, electronics, networking, projects, and professional study.
Electives do not replace the main technical foundation of the program. Students still complete the core engineering and communication subjects required for the degree.
Examinations and academic assessment follow the rules and regulations of Tribhuvan University and the Institute of Engineering.
The engineering academic framework includes internal and practical evaluation together with semester examinations. Courses carrying practical components include the corresponding practical work and assessment requirements.
Students must satisfy the prescribed academic, examination, practical, attendance, and progression requirements to complete the program.
ACEM functions as the affiliated teaching institution, while curriculum, examination regulations, and degree requirements remain under TU/IOE academic governance.
Tribhuvan University awards the Bachelor of Electronics, Communication and Information Engineering degree after successful completion of the prescribed academic requirements.
ACEM delivers the program as an affiliated college and does not independently award the engineering degree.
Professional engineering registration is a separate process. The Nepal Engineering Council is the relevant professional regulatory body for engineering in Nepal.
Engineering graduates seeking professional registration must satisfy the applicable NEC requirements. Completion of the university degree should therefore be distinguished from professional registration.
The subjects studied in BEI connect with several technical areas. Depending on individual competence, professional requirements, experience, and available opportunities, graduates may explore work related to:
Career outcomes are not determined by the degree alone. Technical ability, professional registration requirements, practical experience, additional study, and available positions can influence the direction taken after graduation.
The program runs for four years and is organized across eight semesters under the TU/IOE academic framework.
ACEM has 96 seats for Bachelor of Electronics, Communication and Information Engineering.
The program is affiliated with Tribhuvan University and academically governed through the Institute of Engineering.
Yes. Admission follows the applicable TU/IOE engineering entrance-and-merit framework.
The curriculum covers mathematics, programming, electrical and electronics fundamentals, electronic devices, digital logic, microprocessors, advanced electronics, communication systems, telecommunication and computer networks, signal processing-related study, wireless communication, electives, projects, and internship.
No. The curriculum combines telecommunications with electronics, programming, processor systems, digital logic, networking, signal processing, and engineering project work.
Yes. The curriculum includes a Minor Project and later major project work, including Project II.
Yes. The final academic stage includes an eight-week internship.
Tribhuvan University awards the degree after completion of the applicable TU/IOE academic requirements.
No. Degree completion and professional registration are separate. Graduates must meet the applicable Nepal Engineering Council requirements when seeking professional registration.
