Bachelor of Electrical and Electronics Engineering

Bachelor of Electrical and Electronics Engineering at Lumbini Engineering College

The Bachelor of Electrical and Electronics Engineering at Lumbini Engineering College is a four-year bachelor-level engineering program with 48 seats. It is offered through Lumbini Engineering, Management and Science College and is affiliated with Pokhara University.

The program combines electrical engineering with electronics and covers areas such as electrical circuits, machines, power systems, electronic devices, control systems, instrumentation, signal systems, communication, renewable energy, and transmission and distribution. The academic structure also includes engineering mathematics, programming, management subjects, an internship, electives, and a major project.

Course Overview

The course is part of the college’s Pokhara University-affiliated bachelor-level engineering stream. Lumbini Engineering College also maintains academic departments associated with electrical engineering and electronics, providing an institutional setting for study in these disciplines.

What Students Study

Electrical and Electronics Engineering brings together the study of electricity, electrical equipment, electronic devices, circuits, control, power systems, communication, and related engineering technologies.

The course description connects the field with applications in:

• Power generation

• Transmission and distribution

• Control systems

• Signal processing

• Telecommunications

• Electronic circuits

• Electrical machines

• Electronics

• Power engineering

• Engineering management

Students therefore work across both electrical power and electronics rather than concentrating on only one of the two areas.

Eligibility

Eligibility: +2 Science, I.Sc., or Diploma. Biology Group students are also included within the stated eligibility.

Applicants entering through Grades 11 and 12 are required to have secured at least second division marks or a “C” Grade, calculated as the average of theory and practical, in each subject in Grades 11 and 12.

Documents Required for Admission

The identified admission documents include:

• I.Sc./10+2 transcript

• SLC/SEE transcript

• Migration certificate

• Provisional certificate

• School character certificate

• Citizenship photocopy

• Equivalence certificate photocopy for applicants who studied abroad

Course Structure

The four-year academic structure progresses from mathematics, physics, programming, electrical circuits, and workshop practice into electrical machines, electronics, power systems, control, renewable energy, communication, and project work.

The curriculum places the internship and major project in the final semester after students have completed core work in machines, power systems, electronics, control, protection, communication, and energy.

Electrical Machines and Power Systems

Electrical machines form an important part of the course. Students study Electrical Machine I and II before moving to Electrical Machine Design.

Power-related subjects become more prominent in the later semesters through:

• Power Electronics

• Power System Analysis

• High Voltage Engineering

• Switch Gear and Protection

• Utilization of Electrical Energy

• Power Plant Technology

• Renewable Energy and Grid Integration

• Transmission and Distribution Systems

• Transmission and Distribution Design

This progression connects basic electrical principles with the study of larger power-generation, transmission, distribution, and protection systems.

Electronics, Control, and Communication

Electronics is introduced through Electronic Devices, Digital Logic, Electronic Circuits, and Microprocessor study.

Control engineering also develops across the degree through Control System and Control System Design. Instrumentation introduces measurement-related engineering, while Signals and System supports later study connected with communication and system behaviour.

Modern Communication System appears in the seventh semester, adding a communication-engineering component to the electrical and electronics curriculum.

Practical Learning, Internship, and Project

The first year includes Electrical Installation Practice and Safety as well as Engineering Workshop, placing practical technical work close to the beginning of the program.

The final year includes both an internship and a major project.

The institution’s wider engineering environment includes engineering laboratories and technical learning activities. These complement the practical orientation already present in the semester structure.

Skills Connected with the Course

Based on the curriculum, students may develop academic and practical abilities related to:

• Electrical circuit analysis

• Electrical machines

• Electronic devices and circuits

• Instrumentation

• Control systems

• Power electronics

• Power-system analysis

• Transmission and distribution

• High-voltage engineering

• Electrical protection

• Renewable energy and grid integration

• Communication systems

• Engineering project work

Engineering Economics, Engineering Management, and Research Methodology also introduce economic, managerial, and research perspectives alongside technical study.

Who May Consider This Course?

The program may suit students who meet the stated eligibility and are interested in electricity, electronics, power systems, machines, circuits, control, communication, and engineering problem-solving.

It is particularly relevant to students who want an engineering degree that combines electrical power topics with electronics rather than studying only one of these areas.

Students should be prepared for mathematics, physics, laboratory and practical work, technical analysis, and project-based study throughout the four-year course.

Career Direction

The course description identifies several sectors associated with electrical and electronics engineering, including government organizations, the Civil Aviation Authority, Nepal Electricity Authority, Nepal Telecom, private consulting services, private electrical and electronics companies, NGOs, INGOs, and research institutions.

Graduates may explore technical roles related to power systems, electrical equipment, electronics, control, transmission and distribution, communication, consulting, or research where their academic preparation and skills match the requirements of the position.

Career outcomes depend on technical competence, practical experience, professional requirements, further development, and available opportunities.

Key Points

• Four-year bachelor-level engineering program.

• Affiliated with Pokhara University.

• 48 seats.

• Covers both electrical and electronics engineering.

• Includes electrical machines, power systems, control, electronics, communication, and renewable energy.

• Internship and major project are included in the eighth semester.

• Eligibility includes +2 Science, I.Sc., or Diploma under the stated academic criteria.

• Biology Group students are included within the stated eligibility.

FAQ

How long is Bachelor of Electrical and Electronics Engineering at Lumbini Engineering College?

The program runs for four years.

How many seats are available?

The program has 48 seats.

Which university is the course affiliated with?

The Bachelor of Electrical and Electronics Engineering is affiliated with Pokhara University.

What is the eligibility?

The stated eligibility includes +2 Science, I.Sc., or Diploma. Biology Group students are also included, subject to the stated academic grade requirement.

Does the course include an internship?

Yes. Internship is included in the eighth semester.

Is there a major project?

Yes. A Major Project forms part of the eighth-semester curriculum.

What are the main areas of study?

Major areas include electrical circuits, machines, electronics, instrumentation, control systems, power systems, high-voltage engineering, transmission and distribution, renewable energy, communication systems, and engineering management.