Electronics and Computer Engineering

Message From HOD

Er. ANUP SHRESTHA

I am delighted to welcome you all to the Department of Electronics and Computer Engineering which commits to working towards creating an Engineer with a rich blend of competent technical, managerial and social skills.

Life as a Engineering Student

December 29, 2020

Embarking on the journey of becoming an engineering student is a thrilling adventure that brings challenges, growth, and countless memories. From late-night study sessions to

Department of Electronics and Computer Engineering

Welcome to the Department of Electronics and Computer Engineering at the National College of Engineering, a distinguished institution that has been at the forefront of technological education since its establishment in 2001. As one of the strongest departments in our college, we take great pride in offering two dynamic undergraduate courses: Computer Engineering and Electronics Communication & Information Engineering, each with 48 seats. Our commitment to academic excellence is mirrored in our exceptional faculty, who possess a wealth of experience and expertise in their respective fields, ensuring our students receive the highest quality of education. To complement our rigorous curriculum, we provide access to resourceful and cutting-edge laboratories, allowing students to gain practical experience and stay ahead of the ever-changing technological landscape. By nurturing innovation, creativity, and critical thinking, we prepare our graduates to become trailblazers in the exciting realms of electronics and computer engineering. Join us on this transformative journey as we empower the next generation of tech leaders to shape a brighter and technologically advanced future.

In addition to our strong academic programs, we also prioritize hands-on training through practical projects, encouraging students to apply their theoretical knowledge to real-world challenges. The department facilitates internships with leading industry partners, providing invaluable industry exposure and fostering a seamless transition from academia to professional life. As part of our commitment to fostering a culture of innovation, our faculty and students actively engage in research activities, driving advancements in electronics and computer engineering and contributing to the broader scientific community.

Beyond the core academic offerings, the Department of Electronics and Computer Engineering encourages students to explore their passions and interests through a range of extra-curricular activities. From participating in hackathons and robotics competitions to organizing tech fests and exhibitions, students have ample opportunities to showcase their creativity and teamwork. These extra activities not only enhance their technical skills but also instill leadership qualities and a spirit of camaraderie. Exhibitions and project showcase serve as platforms for students to demonstrate their innovative projects and solutions, garnering recognition and appreciation from peers and industry professionals alike. Such diverse experiences enrich the overall learning journey, ensuring our graduates are well-rounded individuals ready to make a positive impact in the global technological landscape.

About Courses

Electronics, Communication & Information Engineering
Computer Engineering

Overview

Electronics, Communication and Information Engineering, is a four-year Bachelor program in Engineering offered by IOE, TU. This course is a blend of two important branches of engineering namely Information Technology and Electronics & Communication Engineering. The course deals with electronics principles, information and communication technologies, internet, telecommunication, etc. Electronics is embedded in most facets of life ranging from simple consumer goods to the sophisticated instrumentation used in electronic circuits, electronic devices, and computer systems. Hence, it is a course with high professional and implementation value.

Objectives

To produce highly qualified, motivated, confident graduates with entrepreneurial attitudes and innovative minds to fulfill the demand of today’s world.
To equip students with a strong foundation in electronics, communication, and information engineering principles and theories.
To enable students to design and analyze electronic circuits, communication systems, and information processing technologies.
To foster innovative thinking and problem-solving skills in the development of cutting-edge communication and information technologies.
To prepare students for careers in various industries, including telecommunications, networking, data analytics, and information security.

Scope

The scope of Electronics, Communication, and Information Engineering is vast and encompasses various topics and applications related to electronics, communication systems, and information technology.

KEY AREAS

Microelectronics
Analog and Digital Electronics
VLSI (Very Large-Scale Integration)
Embedded Systems
Power Electronics
Semiconductor Devices and Technology
Electronic Instrumentation and Measurements

Control Theory
Feedback Control Systems
Robotics and Automation
Mechatronics
Process Control
Intelligent Control Systems

Signal Processing
Image and Video Processing
Speech and Audio Processing
Data Compression and Coding
Information Theory
Data Communication and Networking
Internet of Things (IoT)
Cloud Computing and Big Data
Cybersecurity and Information Assurance

Electromagnetic Theory
Electromagnetic Fields and Waves
Microwave Engineering
RF (Radio Frequency) Engineering

Telecommunication Systems
Wireless Communication
Digital Communication
Optical Communication
Satellite Communication
Mobile Communication
Networking Protocols and Technologies
Communication Network Design and Analysis

Transistors
Integrated Circuits
Sensors and Actuators
MEMS (Micro-Electro-Mechanical Systems)
Nanoelectronics

Error Control Coding

Source Coding

Cryptography and Network Security

Multimedia Systems
Virtual Reality (VR) and Augmented Reality (AR)
Human-Computer Interaction

Medical Imaging
Biomedical Signal Processing
Bioinstrumentation
Medical Electronics

Course Structure

1st Semester

Engineering Mathematics I
Engineering Drawing I
Basic Electrical Engineering
Computer Programming
Engineering Physics
Digital Logic

2nd Semester

Engineering Mathematics II
Microprocessor Engineering
Chemistry
Object Oriented Programming
Workshop Technology
Electric Circuits and Machines

3rd Semester

Engineering Mathematics III
Electronics Devices and Circuits
Control Systems
Probability and Statistics
Electromagnetics
Instrumentation

4th Semester

Applied Mathematics
Discrete Structure
Data Structure and Algorithms
Advanced Electronics
Computer Graphics
Numerical Methods

5th Semester

Engineering Economics
Database Management Systems
Computer Network
Computer Organization and Architecture
Operating Systems
Filter Design

6th Semester

Communication English
Project Management
Propagation and Antenna
Communication Systems
Object oriented software engineering
Embedded Systems
Minor Project

7th Semester

RF and microwave engineering
Artificial Intelligence
Organization and Management
Digital Signal Analysis and Processing
Wireless Communication
Elective I
Project Part A

8th Semester

Telecommunications
Engineering Professional Practice
Information Systems
Energy Environment & Society
Elective II
Elective III
Project Part B

Elective Courses

Satellite Communication

Data Mining

RADAR

Biomedical Engineering

Broadcast Engineering

Avionics

Optical Fiber

IPV6

Remote Sensing

Agile Software

Development

Advanced JAVA Programming

Image Processing and Pattern Recognition

Enterprise Application Design

Field Visits

NTV/Radio Nepal
NTC
Sagarmatha Earth Station
Pokhara (Hydropower, Cable car)

Testimonials

Data and Information are undoubtedly two of the most important things in today’s World. Shrinking the world to such an extent that we can explore it while sitting in our room would not have been possible without the advancement in Electronics and Computer Engineering, and advancement in such fields wouldn’t have been possible without the tireless efforts of Engineers. Implementing theory into practice is what an Engineer does. For such a task one needs not only knowledge but also an innovative mind along with the determination to face new challenges. NCE is one of such institutions that helps individuals in achieving these heights. Along with excellent teaching faculty, NCE provides the right environment for students to grow into professionals. Encouraging club activities, and aiding students to organize scientific programs are some of the many virtues of NCE which prepare dedicated students to be ready for global welfare.

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