Bachelor of Computer Engineering

Bachelor of Computer Engineering (BE Computer) at Sagarmatha Engineering College

The Bachelor of Computer Engineering (BE Computer) program at Sagarmatha Engineering College, located in Sanepa, Lalitpur, is affiliated with the Institute of Engineering (IoE), Tribhuvan University. Introduced to meet the growing demand for professionals in computing and information systems, this undergraduate course integrates the principles of electrical engineering and computer science.

With an annual intake of 48 students, the program provides a structured path toward building practical skills and theoretical understanding in software, hardware, and systems engineering.

Computer engineering plays a central role in today's technological world. This program helps students analyze problems, develop solutions, and apply them across industries and research domains, from system architecture and operating systems to artificial intelligence and communication networks.

Curriculum Details

This four-year course spans eight semesters and covers core engineering and computing topics along with hands-on training:

Core Subjects:

• Programming in C, C++

• Object-Oriented Programming

• Data Structures and Algorithms

• Digital Logic Design

• Computer Architecture

• Microprocessors and Microcontrollers

• Database Management Systems

• Operating Systems

• Software Engineering

• Artificial Intelligence

• Data Communication and Computer Networks

• Web Technologies

• Numerical Methods and Statistics

• Engineering Mathematics I-IV

Laboratory Work:

• Programming Lab

• Logic Design Lab

• Microprocessor Lab

• Network Lab

• Database Lab

• AI and Machine Learning Lab

Project Work:

• Mini projects in the second and third year

• Final-year group project on real-world applications

Objectives

This program is designed to:

• Offer a strong base in computational theories and engineering concepts

• Prepare students for application development, network design, and systems analysis

• Introduce emerging fields like machine learning and embedded systems

• Encourage logical thinking, technical writing, and collaborative development

• Connect students with the ethical and societal responsibilities of technology use

Scope

Computer engineering graduates find opportunities in many professional sectors. The skills developed in this program are applicable in industries such as software development, telecommunications, financial services, automation, cloud computing, and data analytics. With both technical and analytical expertise, students can pursue careers in private firms, public enterprises, or international research initiatives.

Learning Outcomes

Students completing this course will be able to:

• Develop and test software applications for desktop, mobile, and web platforms

• Understand digital logic and hardware components of computing systems

• Analyze and manage networks and operating systems

• Design databases and implement data processing solutions

• Apply concepts of machine learning and artificial intelligence in basic applications

• Collaborate effectively within development teams and contribute to interdisciplinary projects

Skill Development Modules

This course helps students gain skills in:

• Coding in multiple programming languages

• System and network administration

• Frontend and backend web development

• Database modeling and query optimization

• Basic robotics and IoT system programming

• Source control tools and agile development methodologies

Students also participate in training sessions, workshops, and hackathons to broaden their exposure to contemporary tools and industry practices.

Teaching Methodology

The teaching approach includes:

• Classroom instruction and lecture-based theory classes

• Weekly labs and guided assignments

• Case studies and system design discussions

• Capstone projects in the final semester

• Guest sessions from IT professionals and faculty-led research activities

Evaluation methods include written exams, oral presentations, coding assessments, and team projects.

Admission Requirements

To apply for the Bachelor of Computer Engineering program, students must:

• Complete 10+2 Science with at least a 'C' grade in Physics, Chemistry, and Mathematics (200 marks), or

• Hold a 3-year diploma in Engineering with a minimum of 45% aggregate

• Pass the IoE entrance examination conducted by Tribhuvan University

Admission is offered based on merit ranking published after the entrance test.

Career Opportunities

Graduates of this program pursue roles such as:

• Software Developer

• Systems Analyst

• Network Engineer

• Database Administrator

• Embedded Systems Developer

• AI and Machine Learning Engineer

• IT Officer in banks, government, and corporate firms

Further education options include master's programs in Computer Engineering, Information Technology, and Data Science.

Scholarships and Financial Aid

Sagarmatha Engineering College offers financial assistance through:

• Entrance merit-based scholarships (as per IoE guidelines)

• Admission fee concessions for female candidates

• Performance-based scholarships for academic achievers

These initiatives help ensure dedicated students from different backgrounds access quality education.

Why Choose This Course?

This program prepares students to work in one of the most dynamic and fast-evolving fields. The course structure, practical focus, and access to updated lab facilities support a learning environment that encourages technical curiosity, disciplined thinking, and long-term career planning. Students develop software and hardware skills, giving them flexibility across computing domains.

Conclusion

The Bachelor of Computer Engineering at Sagarmatha Engineering College opens the door to a wide range of possibilities in technology. Combining a solid academic framework with active project involvement, the program encourages students to build meaningful solutions and contribute to digital advancements in Nepal and beyond. This course suits those curious about how technology works and how it can be applied for real-world progress.