Bachelor Of Engineering In Electrical And Electronics (BE Electrical And Electronics)
Affiliated to: Kathmandu UniversityAbout Course
- Course Title : Bachelor Of Engineering In Electrical And Electronics (BE Electrical And Electronics)
- Category/Level : Bachelors
- Course Duration (months) : 48 months
- Cost Range (NPR) : NA
- Affiliated to : Kathmandu University
Course Description:
The Bachelor of Engineering program is the core program of the department. The department gives strong emphasis on facilitating learning by doing process for the students. Strong and modular course structure is followed. Each courses is given adequate practical components. Level of engineering project practice is carefully planned. Continuous improvement in the curriculum and course delivery method are always sought.
The program provides a strong foundation on basic science subjects and core electrical and electronics engineering subjects up to the third year first semester. Then the students branch into two specialization branches: communication engineering and power-and-control engineering. Communication engineering students are also provided with the knowledge in power apparatus and systems, and power-and-control engineering students are provided with the knowledge about digital and analog communication systems.
Students do projects in all the four years with varying degree of complexity, so that they can have the knowledge and the skills required for engineering design and implementation.
The medium of instruction and examination for all BE courses is English.
Evaluation
The student performance evaluation on courses in the BE program is done as per the evaluation scheme of the university. In evaluation of each courses, two components are there: the continuous in-semester evaluation and the final end-semester evaluation.
Continuous In-Semester Evaluation: All courses undertaken by students are evaluated during the semester using an internal system of continuous assessment. The student is evaluated on class and/or tutorial participation, assignment work, laboratory work, class tests and quizzes which contribute to the final grade awarded for the subject. Students will be notified at the commencement of each course, about the evaluation methods to be used for the course and the weighting given to the different assignments and evaluation activities
Students who fail in the internal evaluation are not eligible to appear in the end semester examination of the course. The students failed in internal evaluation have to appear for both internal and end-semester examinations of the course in the next academic session.
Final End-Semester Evaluation: The examination at the end of the semester is set and evaluated by examiners and the answer sheets will be made available to the students in this manner. The results will be available promptly after the examination and if there are any matters that may result in adjustment of marks or grades, these will be addressed quickly and fairly. The weighting given to the continuous assessment and the final examination will be established together with the grading allocated by the course instructors for each course in consultation with their department and relevant committees.
Evaluation of Practical-Oriented Courses: In the evaluation of practical oriented courses, the continuous in-semester evaluation forms the 80% and the final end-semester evaluation forms the remaining 20% of the total evaluation.
Evaluation of Other Courses: Evaluation of other courses normally comprises 25% continuous in-semester and 75% final end-semester evaluation
.
Students must get at least 40% marks in each of the evaluation components to pass. Students failing to get 40% marks in the continuous in-semester evaluation are unable to sit for the final evaluation.
Letter Grading System: The grading system used in BE program, is defined as letter grading system. At the end of each semester, students are awarded letter grades which are based on grades and marks obtained in various segments of the course evaluation. Final evaluation of the course is carried out on a FOUR point grading system as follows:
Grade A B C D F
Grade Point 4 3 2 1 0
Qualitative Interpretation Excellent Good Fair Poor Fail
If a student fails to pass a course, an F grade is given. If the student fails to complete the course and does not appear in the final examination, it is not possible to award a grade, a special code will be allocated dependent on the circumstances.
Cumulative Grade Point Average (CGPA): Each course grade is converted into a specific number of points, associated with the grade. These points are weighted in accordance with the number of credits assigned to a course. As the students complete different courses, these points are accumulated and an average point score for each student is called the CGPA of his performance.
The CGPA of the student must remain at 2.0 or above throughout the duration of their studies. If a student fails to maintain this CGPA or receives TWO OR MORE permanent F grades, then the student may be required to withdraw from the program.
Attendance Requirement: To achieve the best results, the student must maintain an attendance record of at least 75% attendance of lectures, tests and tutorials. These all count towards the calculation of the attendance record. If the attendance of the student falls below the required minimum, particular circumstances will be investigated and the overall grade given the student for the course may be affected.
If there is persistent poor attendance, then according to the contributing circumstances, the student may have to leave the university or consideration will be given to whether the student should retake the courses from the beginning, the next academic year
Publication of Results: Soon after the final examination is over, results are published in the university notice-boards and also made available on the internet at the following address: http://www.ku.edu.np/exam/index.php
Admission info
The admission to BE program is generally called in the month of June/July, every year.
Applicants seeking admission for the BE program must have secured 50% in their I. Sc. (10+2 or equivalent) examination. In addition to this, the applicants must also have secured 50% in Physics, Chemistry, and Mathematics subjects. Applicants whose academic education has been gained in a different system should submit full details of their academic experience and qualifications. Each case will be assessed on merit, against the university entry requirements. The applicants shall go through an admission test that is designed to assess the student's background ability in science subjects, as well as identifying the applicants capacity in verbal and quantitative reasoning and knowledge and comprehension of the English language.
Detailed information on admission can be found on the official site of the university for admission, which can be reached at http://www.ku.edu.np/admission/admission.htm
Details about the student life at KU can be found on http://www.ku.edu.np/hostel/index.htm
Syllabus
The courses branch in the third year second semester to Communication and Power-and-Control Engineering streams. Syllabuses of courses in various years can be found below. Since the curriculum is continuously refined and restructured, the syllabus can be different for different academic sessions. Also, since elective courses in the area of specialization are offered on the basis of available expertise, the elective courses can also be different in different academic sessions.
First Year Common Courses (Common to School of Engineering)
First Semester | ||
Code | Name of Course | Cr. |
MATH 101 | Calculus and Linear Algebra | 3 |
PHYS 101 | General Physics I |
3 |
CHEM 101 | General Chemistry | 3 |
COMP 103 | Structured Programming |
2 |
ENGT 101 | Communication Skills I | 2 |
EEEG 102 | Basic Circuit Analysis |
3 |
EDRG 101 | Engineering Drawing I | 2 |
ENGG 101 | Engineering Project Preparation & Workshop | 2 |
Total | 20 |
Second Semester | ||
Code | Name of Course | Cr. |
MATH 104 | Advanced Calculus | 3 |
PHYS 102 | General Physics II | 3 |
ENVE 101 | Introduction to Environmental Engineering | 2 |
COMP 116 | Object-Oriented Programming | 3 |
ENGT 102 | Communication Skills II | 2 |
MEEG 101 | Basic Mechanical Engineering | 2 |
EDRG 102 | Engineering Drawing II | 2 |
ENGG 102 | Engineering Project | 2 |
ENGG 103 | Laboratory Work | 1 |
Total | 20 |
Second Year Core Electrical & Electronics Engineering Courses
First Semester | ||
Code | Name of Course | Cr. |
MATH 207 | Differential Equations and Complex Variables | 4 |
EEEG 202 | Digital Logic | 3 |
EEEG 211 | Electronics Engineering I | 3 |
EEEG 207 | Electrical Engineering Materials | 3 |
EEEG 213 | Network Analysis | 3 |
EEEG 217 | Digital Electronics Laboratory Work | 1 |
EEEG 218 | Analog Electronics Laboratory Work | 1 |
EEEG 205 | Engineering Project | 1 |
Total | 19 |
Second Semester | ||
Code | Name of Course | Cr. |
MATH 208 | Statistics and Probability | 3 |
MCSC 202 | Numerical Methods | 3 |
EEEG 214 | Electronics Engineering II | 3 |
COMP 201 | Computer Organization | 3 |
EEEG 215 | Electric Machines Fundamentals |
3 |
EEEG 219 | Electric Machines Lab | 1 |
EEEG 220 | Electronics and Analog Filter Design Lab | 1 |
EEEG 212 | Engineering Project | 2 |
Total | 19 |
Third Year Core and Interdisciplinary Courses for Communication Engineering
First Semester | ||
Code | Name of Course | Cr. |
MGTS 301 |
Engineering Economics | 3 |
EEEG 313 | Signals and Systems | 3 |
EEEG 314 |
Microprocessor | 3 |
COEG 304 |
Instrumentation and Control | 3 |
ETEG 302 |
Analog Communication | 3 |
EEEG 306 |
Microprocessor and Instrumenation Lab | 1 |
ETEG 307 |
Analog Communications Lab | 1 |
ETEG 313 |
Engineering Project | 1 |
Total | 18 |
Second Semester | ||
Code | Name of Course | Cr. |
EPEG 301 | Power Apparatus and Systems |
3 |
EEEG 309 |
Electromagnetic Fields and Waves |
3 |
ETEG 303 |
Data Communication Networks |
3 |
ETEG 304 |
Digital Communications |
3 |
ETEG 305 |
Digital Signal Processing | 3 |
ETEG 308 |
Communications and Signal Processing Lab |
1 |
ETEG 319 |
Engineering Project | 2 |
Total | 18 |
Third Year Core and Interdisciplinary Courses for Power-and-Control Engineering
First Semester | ||
Code | Name of Course | Cr. |
MGTS 301 |
Engineering Economics |
3 |
EEEG 313 |
Signals and Systems |
3 |
EEEG 314 |
Microprocessors |
3 |
EPEG 302 |
Advanced Electrical Machinery |
3 |
EPEG 317 |
Measurement and Instrumentation |
3 |
EEEG 306 |
Instrumentation and Microprocessor Lab |
1 |
EPEG 307 |
Advanced Machinery Lab |
1 |
PCEG 313 |
Engineering Project |
1 |
Total | 18 |
Second Semester | ||
Code | Name of Course | Cr. |
ETEG 301 | Communication Systems |
3 |
EEEG 309 |
Electromagnetic Fields and Waves |
3 |
COEG 301 |
Control Engineering |
3 |
EPEG 315 |
Power Systems I |
3 |
EPEG 318 |
Power Electronics |
3 |
PCEG 308 |
Power and Control Lab |
1 |
PCEG 319 |
Engineering Project |
2 |
Total | 18 |
Fourth Year Specialization Courses for Communication Engineering
First Semester | ||
Code | Name of Course | Cr. |
MGTS 401 |
Industrial Management |
3 |
ETEG 402 |
Antennas and Propagation |
3 |
ETEG 408 |
Microwave Devices and Systems |
3 |
ETEG 422 |
Optical Fiber Communication |
3 |
xxxx xxx |
Elective I | 3 |
ETEG 403 |
Communications Lab |
1 |
ETEG 419 |
Engineering Project |
2 |
Total | 18 |
Second Semester | ||
Code | Name of Course | Cr. |
MGTS 402 |
Engineering Entrepreneurship |
3 |
ETEG 417 |
Digital Switching and Tele-Traffic Engineering |
3 |
ETEG 432 |
Wireless Communications |
3 |
xxxx xxx |
Elective II | 3 |
ETEG 405 |
Communications Lab |
1 |
ETEG 435 |
Engineering Project |
3 |
ETEG 436 |
Industrial Internship |
2 |
Total | 18 |
Fourth Year Specialization Courses for Power-and-Control Engineering
First Semester | ||
Code | Name of Course | Cr. |
MGTS 401 |
Industrial Management |
3 |
COEG 401 |
Control Systems Design |
3 |
EPEG 413 |
Power Systems II |
3 |
EPEG 422 |
Solid State Drives |
3 |
xxxx xxx |
Elective I |
3 |
PCEG 403 |
Power and Control Lab |
1 |
PCEG 404 |
Engineering Project |
2 |
Total | 18 |
Second Semester | ||
Code | Name of Course | Cr. |
MGTS 402 | Engineering Entrepreneurship |
3 |
COEG 402 |
Computer Based Control |
3 |
EPEG 415 |
Switchgear and Protection |
3 |
xxxx xxx |
Elective II |
3 |
PCEG 405 |
Power and Control Lab |
1 |
PCEG 435 |
Engineering Project |
3 |
PCEG 436 |
Industrial Internship |
2 |
Total | 18 |
INQUIRY / APPLY COURSE
Offered by
Colleges offering Bachelor of Engineering in Electrical and Electronics (BE Electrical and Electronics) (Kathmandu University) are as follows: