The Bachelor of Electrical Engineering at Kathmandu Engineering College is a four-year undergraduate engineering program affiliated with Tribhuvan University through the Institute of Engineering (IOE).
The program develops from mathematics, physics, computing, electrical circuits, electronics, and mechanics into electrical machines, instrumentation, control systems, power-system analysis, power electronics, industrial electrification, electrical drives, power distribution, power plants, high-voltage engineering, and transmission-system design.
Students also complete practical work, an electrical installation workshop, a minor project, two major project stages, electives, and a 10-week internship. Eligibility, the IOE entrance process, curriculum, examinations, academic progression, and degree award follow the applicable TU/IOE rules and regulations.
| Field | Details |
|---|---|
| Course | Bachelor of Electrical Engineering |
| Level | Undergraduate |
| Duration | 4 Years |
| Academic Structure | 8 Parts |
| Institution | Kathmandu Engineering College |
| Location | Kalimati, Kathmandu |
| Affiliation | Tribhuvan University |
| Academic Authority | Institute of Engineering (IOE) |
| Entrance | IOE Entrance Examination |
| Seats | 48 |
| Project Components | Minor Project, Project I, Project II |
| Internship | 10 Weeks |
| Degree Award | Tribhuvan University |
Electrical engineering deals with electrical systems and devices, with particular attention to the generation, transmission, distribution, control, protection, measurement, and application of electrical power.
At KEC, the course begins with subjects that support later engineering work. Students study mathematics, physics, computer programming, engineering drawing, applied mechanics, and electrical circuits before moving into specialized electrical engineering areas.
The middle stages of the curriculum introduce electrical machines, instrumentation, electrical engineering materials, power-system analysis, logic circuits, microprocessors and microcontrollers, control systems, and numerical methods.
By the third and fourth years, the program moves further into power electronics, digital control, switchgear and protection, electrical machine design, industrial automation, industrial electrification, electrical drives, power distribution, power plants, high-voltage engineering, transmission-system design, and power-system operation and control.
This progression places electrical power systems at the center of the degree while retaining supporting study in electronics, computing, control, instrumentation, economics, management, and engineering practice.
Bachelor of Electrical Engineering may suit students who are interested in electrical systems and are comfortable working with mathematics, physical science, technical analysis, laboratory exercises, and engineering problem-solving.
The curriculum may be relevant to students interested in areas such as:
Students should also expect subjects outside narrowly defined electrical engineering. Computing, electronics, mechanics, thermodynamics, communication, statistics, economics, project management, and professional engineering topics appear within the four-year structure.
The Bachelor of Electrical Engineering runs for four academic years and is organized into eight parts under the IOE curriculum.
The first year builds the mathematical, scientific, computing, mechanical, and circuit foundation. The second year introduces the principal electrical engineering subjects. The third year moves toward industrial systems, automation, power electronics, design, and a minor project. The fourth year concentrates more strongly on power plants, operation and control, high voltage, transmission design, electives, major project work, professional engineering, and internship.
The curriculum uses lectures, tutorials, and practical components according to the requirements of individual subjects.
The curriculum followed by KEC comes through the Institute of Engineering, Tribhuvan University.
| Academic Part | Main Subjects |
|---|---|
| Year I – Part I | Engineering Mathematics I, Engineering Physics, Computer Programming, Engineering Drawing, Applied Mechanics, Electric Circuit I |
| Year I – Part II | Engineering Mathematics II, Engineering Chemistry, Electronics Circuits, Advanced Computer Programming, Electric Circuit II, Electrical Installation Workshop |
| Year II – Part I | Engineering Mathematics III, Instrumentation and Measurement, Electrical Machine I, Electrical Engineering Material, Power System Analysis I, Logic Circuit |
| Year II – Part II | Communication English, Numerical Methods, Probability and Statistics, Microprocessors and Microcontrollers, Control System, Power System Analysis II, Electric Machine II |
| Year III – Part I | Digital Signal Processing and Application, Engineering Thermodynamics and Heat Transfer, Project Engineering and Management, Power Electronics, Digital Control System, Switchgear and Protection, Electric Machine Design |
| Year III – Part II | Engineering Economics, Industrial Instrumentation and Automation, Industrial Electrification, Electrical Drives, Electric Power Distribution System, Minor Project, Elective I |
| Year IV – Part I | Power Plant Engineering, Power System Operation and Control, High Voltage Engineering, Transmission System Design, Elective II, Elective III, Project I |
| Year IV – Part II | Engineering Profession and Society, Internship, Project II |
The sequence connects subjects across years. Electric Circuit I and II establish the circuit foundation before students move into electrical machines, instrumentation, power systems, control, and industrial applications. Power System Analysis I and II are followed later by Power System Operation and Control, Electric Power Distribution System, Transmission System Design, and High Voltage Engineering.
Likewise, electrical machine study progresses into machine design and electrical drives, while introductory control work develops into Digital Control System and industrial automation.
Circuit study begins in the first year through Electric Circuit I and continues with Electric Circuit II.
These subjects establish concepts needed for later work in machines, power systems, instrumentation, control, power electronics, and industrial electrical applications.
Electrical Machine I and Electric Machine II appear in the second year. Electric Machine Design is introduced in the third year, followed by Electrical Drives.
The sequence allows students to move from understanding machine principles toward machine design and the systems used to operate and control electrical drives.
Practical components attached to these subjects form part of the prescribed academic workload.
Power engineering occupies a substantial part of the degree.
Power System Analysis I begins in Year II, Part I, followed by Power System Analysis II in the next academic part. Later study includes Electric Power Distribution System, Power Plant Engineering, Power System Operation and Control, High Voltage Engineering, and Transmission System Design.
Together, these subjects cover several stages of an electrical power system rather than treating power engineering as a single course.
Students therefore encounter the analytical side of power systems as well as generation, distribution, transmission, operation, control, and high-voltage considerations.
This concentration is one of the clearest distinctions between the Electrical Engineering curriculum and KEC's other engineering programs.
Instrumentation and control form another connected sequence within the curriculum.
Instrumentation and Measurement appears during the second year. Control System follows in Year II, Part II. The third year includes Digital Control System together with Industrial Instrumentation and Automation.
Students also study Microprocessors and Microcontrollers, Digital Signal Processing and Application, and related electronic and computing subjects.
These courses connect electrical engineering with measurement, monitoring, control, and industrial applications. They also support later project work where several technical areas may need to be used together.
Power Electronics is included in Year III, Part I and is followed by subjects that address industrial electrical applications more directly.
Year III, Part II includes Industrial Electrification, Electrical Drives, Industrial Instrumentation and Automation, and Electric Power Distribution System.
This part of the curriculum shifts attention from basic electrical theory toward systems encountered in industrial and power-related settings.
Project Engineering and Management and Engineering Economics add planning and management considerations to the technical study, helping students examine engineering work from more than a circuit or equipment perspective.
The curriculum includes an Electrical Installation Workshop in the first year.
Practical components also appear across several technical subjects, including circuit work, electronics, programming, instrumentation, machines, logic circuits, microprocessors, control, power electronics, switchgear, drives, power plants, and other areas where practical hours are prescribed.
Laboratory and workshop study therefore accompanies the theoretical curriculum rather than appearing only near the end of the degree.
The course structure requires students to work with calculations and engineering principles while also completing the practical components assigned to individual subjects.
Project work develops in stages.
A Minor Project appears in Year III, Part II. The curriculum then includes Project I in Year IV, Part I and Project II in Year IV, Part II.
This arrangement gives students experience with project activity before the final major project sequence.
Project work allows several parts of the curriculum to come together around a defined engineering task. Depending on the project topic, this may require technical analysis, design decisions, hardware or system work, documentation, testing, or presentation.
Projects remain academic requirements within the IOE curriculum and are assessed according to the applicable course structure.
The final academic part includes a four-credit internship lasting 10 weeks.
The internship follows three and a half years of academic study that includes electrical circuits, machines, power systems, control, instrumentation, industrial electrical systems, power electronics, distribution, high voltage, transmission, and project work.
It therefore comes at a stage when students have already completed most of the technical curriculum.
The internship is part of the formal IOE course structure. It sits alongside Engineering Profession and Society and Project II in Year IV, Part II.
Eligibility for admission to the Bachelor of Electrical Engineering at Kathmandu Engineering College follows the applicable rules and regulations of Tribhuvan University and the Institute of Engineering.
Candidates must satisfy the academic requirements prescribed for entry into the IOE Bachelor of Engineering admission process.
KEC does not use a separate academic eligibility framework outside the TU/IOE system. The applicable eligibility conditions are part of the IOE entrance and admission framework.
Admission to Bachelor of Electrical Engineering at KEC is linked with the IOE Entrance Examination.
The admission sequence involves meeting the applicable academic eligibility requirements, participating in the IOE entrance process, obtaining an entrance result and rank, and proceeding through the prescribed admission process for the preferred program.
KEC offers 48 seats in Bachelor of Electrical Engineering.
Entrance performance and the applicable merit process are therefore important to admission. Applying to the college does not replace the IOE entrance requirement.
The admission system for Electrical Engineering operates within the same TU/IOE framework that governs KEC's other engineering and architecture programs.
Academic assessment combines college-level coursework with the examination framework of the Institute of Engineering.
Depending on the subject, students may complete theory examinations, tutorials, assignments, laboratory work, workshop activities, practical assessment, projects, and internship requirements.
Final examinations operate through the IOE examination system, while the college conducts the academic activities and internal components assigned under the curriculum.
Students must complete the applicable course, practical, project, examination, and internship requirements before fulfilling the academic conditions of the degree.
Kathmandu Engineering College delivers the Bachelor of Electrical Engineering as a TU-affiliated program under the Institute of Engineering.
KEC is not an independent degree-awarding university.
After successful completion of the prescribed curriculum and academic requirements, the degree is awarded through Tribhuvan University.
This distinction is relevant when presenting the qualification for further study or professional purposes: KEC is the affiliated college where the program is studied, while Tribhuvan University is the degree-awarding university.
The four-year structure gives students repeated opportunities to develop technical and analytical abilities through theory, practical work, workshops, projects, and internship.
Depending on their performance and involvement, students may develop skills related to:
The degree provides the academic foundation for these areas. Individual competence depends on coursework, practical engagement, project performance, internship experience, and continued learning.
Electrical Engineering graduates may explore work connected with the power industry, manufacturing, renewable-energy applications, electrical systems, industrial electrical work, control and instrumentation, and related technical fields.
The curriculum is particularly connected with power generation, transmission, distribution, machines, control, industrial electrification, and power-system operation.
Graduates may also pursue further academic study in electrical engineering or related areas, subject to the entry requirements of the institution and program concerned.
Career outcomes depend on technical ability, experience, professional requirements, further qualifications, employer needs, and available opportunities. Completion of the degree does not by itself guarantee employment or a particular professional position.
The Nepal Engineering Council is the relevant professional regulator for engineering in Nepal.
Academic graduation and professional registration are separate processes. Graduates who intend to enter the professional registration system must follow the applicable NEC rules and procedures.
The TU/IOE degree framework governs academic completion, while professional regulation falls within the applicable Nepal Engineering Council framework.
Students considering Electrical Engineering should look at the full curriculum rather than only the idea of working with electricity.
The course requires mathematics, physics, programming, mechanics, electronics, circuits, machines, instrumentation, control, power systems, thermodynamics, industrial systems, economics, projects, and internship work.
Its later years place substantial attention on power generation, transmission, distribution, operation, control, protection, industrial electrification, electrical drives, and high-voltage systems.
For students whose academic interests match these areas and who are prepared for four years of analytical, practical, and project-based engineering study, the curriculum provides a defined undergraduate pathway within the TU/IOE system.
The program has a four-year academic duration divided into eight parts.
Kathmandu Engineering College offers 48 seats in Bachelor of Electrical Engineering.
Yes. Admission follows the applicable IOE entrance and merit-based admission framework.
Yes. Practical and laboratory components appear across several subjects, and the first year includes an Electrical Installation Workshop.
Yes. The curriculum contains a Minor Project, Project I, and Project II.
Yes. Year IV, Part II includes a four-credit, 10-week internship.
Later study includes power electronics, industrial automation, electrical drives, distribution systems, power plants, power-system operation and control, high-voltage engineering, and transmission-system design.
Tribhuvan University awards the degree after completion of the prescribed academic requirements.
