Top Colleges in Nepal offering Bachelor of Electronics, Communication and Information Engineering
Eligibility Criteria
Students seeking admission to this program generally need to have completed Grade 12 / +2 or an equivalent qualification with Physics, Chemistry and Mathematics, meeting the eligibility requirements prescribed by the Institute of Engineering (IOE).
Admission is generally through the IOE entrance examination, subject to the admission rules and eligibility requirements applicable for the respective academic year.
Course Curriculum
| Year | Part | S.N. | Course Code | Course Title |
|---|---|---|---|---|
| Year I | Part I | 1 | SH 101 | Engineering Mathematics I |
| 2 | SH 102 | Engineering Physics | ||
| 3 | CT 101 | Computer Programming | ||
| 4 | ME 101 | Engineering Drawing | ||
| 5 | EX 101 | Fundamental of Electrical and Electronics Engineering | ||
| 6 | ME 106 | Engineering Workshop | ||
| Year I | Part II | 1 | SH 151 | Engineering Mathematics II |
| 2 | CT 151 | Object Oriented Programming | ||
| 3 | EX 151 | Electronic Device and Circuits | ||
| 4 | EX 152 | Digital Logic | ||
| 5 | EE 154 | Electrical Circuits and Machines | ||
| 6 | SH 153 | Engineering Chemistry | ||
| Year II | Part I | 1 | SH 201 | Engineering Mathematics III |
| 2 | SH 204 | Communication English | ||
| 3 | CT 201 | Computer Graphics and Visualization | ||
| 4 | EX 201 | Microprocessor | ||
| 5 | EX 202 | Advanced Electronics | ||
| 6 | EE 204 | Control System | ||
| Year II | Part II | 1 | SH 252 | Probability and Statistics |
| 2 | CT 251 | Discrete Structure and Algorithm | ||
| 3 | EX 252 | Instrumentation | ||
| 4 | EX 253 | Computer Organization & Architecture | ||
| 5 | EX 254 | Electromagnetics | ||
| 6 | EX 255 | Signals and Systems | ||
| Year III | Part I | 1 | SH 301 | Numerical Methods |
| 2 | CT 305 | Artificial Intelligence | ||
| 3 | EX 301 | Filter Design | ||
| 4 | EX 302 | Embedded Systems | ||
| 5 | EX 303 | Propagation and Antenna | ||
| 6 | EX 325 | Elective I | ||
| Year III | Part II | 1 | CT 355 | ICT Project Management |
| 2 | CE 356 | Engineering Economics | ||
| 3 | EX 351 | Communication Systems | ||
| 4 | EX 352 | Telecommunication and Computer Networks | ||
| 5 | EX 353 | Minor Project | ||
| 6 | EX 385 | Elective II | ||
| Year IV | Part I | 1 | EX 411 | RF and Microwave Engineering |
| 2 | EX 412 | Robotics | ||
| 3 | EX 413 | Digital Signal Processing | ||
| 4 | EX 435 | Elective III | ||
| 5 | EX 414 | Project I | ||
| 6 | EX 415 | Wireless Communication | ||
| Year IV | Part II | 1 | EX 463 | Energy, Environment and Social Engineering |
| 2 | EX 462 | Internship | ||
| 3 | EX 465 | Elective IV | ||
| 4 | EX 461 | Project II |
Course Outcomes
Graduates can:
- Design and analyze electronic circuits and systems.
- Work with analog and digital electronic technologies.
- Design and maintain communication systems.
- Work with telecommunications and networking technologies.
- Develop embedded and microcontroller-based systems.
- Apply signal processing and communication principles.
- Work with computer and information technologies.
- Develop and implement electronic and communication solutions.
- Work in telecommunications companies, electronics industries, IT companies, broadcasting organizations and government agencies.
- Pursue higher studies in electronics, communication, computer engineering, information technology, telecommunications, signal processing and related fields.
About the Course
The Institute of Engineering (IOE) offers the Bachelor of Electronics, Communication and Information Engineering at Tribhuvan University. It consists of basic engineering principles together with electronics, communication, computer systems, information technology and signal processing.
Students are able to learn and acquire hands-on experience with electronic circuits, digital systems, microprocessors, communication systems, telecommunications, computer networks, control systems, signal processing, embedded systems, and other technologies. The use of laboratory work, practical projects, engineering design and a project in the final year enables students to place theory into practice in engineering problems.
The program aims to educate students to pursue careers in telecommunications, electronics, network, embedded systems, automation, broadcasting, information technology, research, and other technology-based industries.