MSc Information and Communication Engineering

Overview

Duration

Discipline

Level

Affiliation

Last Updated

Eligibility Criteria

To be eligible for admission to the MSICE program, applicants must:

Hold a Bachelor’s degree (typically a four-year program) in Computer, Electronics, or Electrical Engineering from Tribhuvan University or other recognized universities, or a degree considered equivalent to any of these fields.
Have undergraduate grades that meet or exceed the minimum standards set by the IOE Faculty Board.
Obtain the minimum required score in the entrance examination, as specified by the Faculty Board.

Selection:

Applicants who meet all eligibility criteria will be selected based on merit, evaluated through the total marks secured in the entrance exam.

Top Colleges Offering MSc Information and Communication Engineering under Tribhuvan University (TU)

Pulchowk Campus

Tribhuvan University (TU)Pulchowk, Lalitpur

Curriculum Structure

First Semester

S.N.	Course Code	Course Title	Credit	Internal	External	Total
1	EG801IC	Information Theory & Coding	4	40	60	100
2	EG803IC	Information System Analysis & Design	4	40	60	100
3	EG802IC	Digital System Design	4	40	60	100
4	EG901IC	Telecommunication & Computer Networks	4	40	60	100
		Total	16

Second Semester

S.N.	Course Code	Course Title	Credit	Internal	External	Total
1		Research & Optimization Methods	4	40	60	100
2	EG851IC	Communication Theory	4	40	60	100
3		Elective 1	4	40	60	100
4		Elective 2	4	40	60	100
		Total	16

Third Semester

S.N.	Course Title	Credit	Internal	External	Total
1	Project work	4	40	60	100
2	Elective 3	4	40	60	100
3	Elective 4	4	40	60	100
	Total	12

Fourth Semester

S.N.	Course Code	Course Title	Credit	Internal	External	Total
1		Thesis	16	40	60	100

Elective Courses

Elective courses will be offered as per the availability of resource persons. Each elective course offered will of 4 credits. Here is the list of elective courses that were offered in earlier batches.

Course Code	Subject Name
EG904IC	Neural Network
EG855IC	Satellite Communication
EG905IC	Digital Image Processing
EG906IC	Radar and Remote Sensing
EG907IC	Advanced Computer Architecture
EG866IC	Multimedia Communication and Application
EG918IC	Cellular Network and Planning
EG913IC	Tele-Medicine
EG902IC	Internet Technology
EG903IC	Knowledge-Based System Design
EG908IC	Computer Simulation
EG909IC	Aviation Communication
	Bio Informatics
	E-Government System
	Machine Learning and Pattern Recognition
	Color Image Technology
	Nanotechnology
	Big Data Applications and Analytics
	Advance Data Mining
	Next Generation Internet and Network Technologies
	Speech & Language Processing
	Natural Language Processing
	RF & Microwave Circuit System and Design
	Semantic Web Technology & Applications
EG910IC	Operating System
EG911IC	Client-Server Distributed System
EG912IC	Wireless/ Mobile Communication
EG914IC	Modern Power Supply for Communication Equipment
EG852IC	Management of Information technology
EG861IC	Data Structure and Algorithm
EG862IC	Theory of Automata and Formal Language
EG863IC	Software Engineering
EG853IC	Optical Communication
EG854IC	Automatic Control System
EG856IC	Computer Graphics
EG857IC	Object-Oriented Paradigm
EG858IC	Digital Signal Processing
EG859IC	DataBase and File Structure
EG865IC	CAD of Digital System
EG919IC	Adaptive Signal Processing

Course Outcome

Design and analyze communication systems
Apply advanced signal processing techniques
Work with wireless, optical, and network technologies
Develop secure and efficient data systems
Use modern tools for system modeling and simulation
Solve ICT-related engineering problems
Conduct research in emerging communication technologies

More About This Program

Graduates of the MSICE program will take on leadership roles in the planning, design, implementation, and management of Information and Communication Technologies (ICT), playing a key role in driving IT-based development.

Program Objectives:

The Information and Communication Engineering (ICE) program is designed with the following goals:

Empower students to design, evaluate, and recommend effective ICT solutions.
Offer opportunities for students to advance their careers by gaining specialized knowledge.
Strengthen students' foundational understanding and help them develop expertise in specific ICE domains.
Prepare graduates with leadership skills to grow and innovate within the ICE industry, helping to generate new employment opportunities across various professional levels.