The Diploma in Electrical Engineering program offered by CTEVT (Council for Technical Education and Vocational Training) in Nepal aims to produce highly skilled electrical professionals capable of contributing to the country's industrial development. This article explores this three-year program's curriculum, objectives, eligibility criteria, and career prospects.
The Diploma in Electrical Engineering spans three years, divided into six semesters following the semester system. The curriculum is carefully designed to provide specialised knowledge and skills in various areas of electrical engineering, including Product Design, Maintenance Engineering, Power Generation Engineering, and Industrial Engineering. By offering expertise in these areas, the program aims to meet the demand for a competent electrical workforce in Nepal and contribute to poverty reduction efforts.
Affiliated Technical Schools
Currently, CTEVT has granted affiliation to 16 different technical schools to offer the Diploma in Electrical Engineering course. These schools play a vital role in shaping the next generation of electrical professionals. These institutions have an annual enrollment capacity of 732 students, ensuring a steady supply of skilled individuals to the industry.
The Diploma in Electrical Engineering program has the following course objectives:
- Produce a middle-level competent electrical workforce capable of technical and supervisory roles in Electrical Engineering. The program focuses on specialisation in the following areas:
- Installation of Electrical Systems
- Power System
- Electrical Machines and Industrial Drives
- The utilisation of Electrical Energy
- Repair and Maintenance of Electrical Equipment
Medium of Instruction
The medium of instruction for the Diploma in Electrical Engineering program is English, with Nepali being used.
The program spans three years, with each year consisting of two semesters of six months each. A semester comprises approximately 19.5 academic weeks, including the evaluation period. Each semester involves at least 15 weeks of teaching and learning activities.
Pattern of Attendance
To be eligible to appear in the final examination, students must maintain a minimum attendance of 90% in each subject throughout the program.
Students must secure at least 40% marks in theory and practical (lab) examinations to pass each subject offered every semester. A minimum of 40% marks is also necessary for the internal assessment and the final semester examination.
The grading system for the Diploma in Electrical Engineering program follows the below criteria:
- Distinction: ≥80%
- First division: 65% to <80%
- Second division: 50% to 65%
- Pass: 40% to <50%
Upon completing all subjects of all six semesters, students are awarded the degree of Diploma in Electrical Engineering, signifying their competence in the field.
Eligibility and Admission Criteria
To be eligible for the Diploma in Electrical Engineering program, applicants must meet the following criteria:
- Secured a grade C in Compulsory Mathematics and Compulsory Science and a grade D+ in English in the School Leaving Certificate (SLC) examination from a recognised academic institution.
The admission process includes the following criteria:
- Applicants must have completed SLC or an equivalent level of education with English, Science, and Mathematics or a related Technical School Leaving Certificate.
- Successful completion of the entrance examination.
- Meeting the appropriate fitness requirements for the program.
Upon completing the Diploma in Electrical Engineering program, graduates learn fundamental principles of electricity, electrical circuits, machine operations, small hydropower systems, and home appliance maintenance. The program equips students with industrial electricity maintenance, power transmission supervision, and distribution tasks. This opens up employment opportunities in various sectors, including Electricity Authorities, Industries, Hotels, Airlines, Telecommunication, and hydropower projects.
Graduates of the Diploma in Electrical Engineering program can pursue careers as Electronics Technicians, harnessing their skills and knowledge in various industrial and technical settings.
The curriculum for the Diploma in Electrical Engineering program offered by CTEVT follows the structure outlined below:
- Communication Nepali
- Communication English
- Engineering Mathematics I
- Engineering Physics I
- Engineering Drawing I
- Engineering Chemistry I
- Applied Mechanics
- Workshop Practice I
- Engineering Mathematics II
- Engineering Physics II
- Engineering Drawing II
- Engineering Chemistry II
- Workshop Practice II
- Computer Application I
- Safety Rules and Regulations
- Principles of Electrical Engineering
- Computer Programming
- Basic Electronics
- Civil Construction and Survey
- Electrical and Electronics
- Engineering Material
- Electric Circuit Theory
- Elements of Engineering Economics
- Electrical Installation I
- Electrical Engineering Drawing I
- Social Studies
- Computer-Aided Drawing
- Electronic Devices and Logic Circuits
- Electrical Installation II
- Electrical Engineering Drawing II
- Electrical Machines I
- Electrical Measurements and Measuring Instruments
- Transmission and Distribution of Electrical Power
- Design Estimating and Costing
- Switch Gear and Protections
- Power Electronics
- Electrical Machines II
- The utilisation of Electrical Energy
- Control System Components
- Electrical Repair and Maintenance I
- Minor Project
- Organisation and Management
- Power Stations
- Power System Operation and Maintenance
- Electrical Repair and Maintenance II
- Industrial Attachment
- Entrepreneurship Development
- Elective-Micro Hydro
Frequently Asked Questions
1. What are the eligibility criteria for pursuing a Diploma in Electrical Engineering?
To pursue a Diploma in Electrical Engineering, candidates must have completed their high school education (10+2) in the science stream with physics, chemistry, and mathematics as core subjects. The exact eligibility criteria may vary from institution to institution.
2. What skills are essential for a successful career in electrical engineering?
Along with the technical knowledge gained during the diploma program, certain skills are crucial for a successful career in electrical engineering. These include problem-solving abilities, critical thinking, attention to detail, strong analytical skills, effective communication, and teamwork.
3. Can I pursue higher education after completing a Diploma in Electrical Engineering?
Yes, after completing a Diploma in Electrical Engineering, you can pursue higher education in the form of a Bachelor's degree or an Engineering diploma in a specialised field. This allows for further specialisation and provides better career prospects.
4. What are the job prospects for diploma holders in electrical engineering?
Diploma holders in electrical engineering have a wide range of job prospects. They can work as electrical engineers, maintenance technicians, electrical supervisors, control system technicians, or even pursue careers in research and development.
5. How is the job market for electrical engineers?
The job market for electrical engineers is highly promising. With the increasing demand for electricity and rapid technological advancements, there is a constant need for skilled electrical engineers. Power, manufacturing, construction, and telecommunications offer ample employment opportunities.
6. What is the average salary of a diploma holder in electrical engineering?
The average salary of a diploma holder in electrical engineering can vary depending on factors such as job location, sector, experience, and qualifications. However, on average, diploma holders can expect a competitive salary ranging from $40,000 to $60,000 annually.
The Diploma in Electrical Engineering program offered by CTEVT in Nepal equips students with the necessary knowledge and skills to thrive in the electrical engineering industry. By focusing on specialisation areas, providing quality education, and fostering a strong work ethic, this program prepares individuals to contribute significantly to the country's industrial growth. Graduates can pursue diverse career paths, contributing to Electronics, Energy, and Industrial Automation sectors.