Master of Science in Electronics and Electrical System – University of Lahore – Lahore
Course Name: Master of Science in Electronics and Electrical System
Overview
The MSEE program offered at the University of Lahore has been designed for professionals working in the industry willing to enhance their technical skills and knowledge for career advancement. It prepares individuals to apply advanced Mathematical and Scientific principles to the design, development and operational evaluation of electronics and communication systems. The degree program focuses on developing the skills required to design electronics & communication solutions that meet industrial, military and international technical standards. Students are required to design, manufacture and deliver a working product that meets these industry standards.
Number of Semesters: 6
Requirements
BS Electronics/BSEE/BS Telecom/ M.Sc. Physics/ B.Tech (Hons)/BS Computer Science. HEC recognized University min 2.5 CGPA or 60% marks (Annual sys). Interview & Entry Test & GAT arranged by NTS.
Course Duration: 3 years
How to apply:
The University of Lahore (UOL) always believes in attaining higher standards of education. As per HEC requirement, after a complete admission process, a student is enrolled in the university. The University of Lahore admits students whose educational background is sound and who can achieve success in higher education. Applications received for admission in various programmes are reviewed by the concerned departments. The applicants are required to give admission test and interview. The final merit is determined on the basis of past academic performance, score obtained in the admission test and performance in the interview.
Application for admission shall be entertained only on a prescribed form, which is part of the prospectus. Applications received through “e mail’ shall be entertained only if they are followed by a pay order in the name of The University of Lahore and should reach UOL up to last date announced for the admission. Admission shall be granted on the basis of eligibility criteria mentioned for each programme and after passing the admission test & interview arranged by the admission committee of the department.
Applicants, who have appeared in inter / degree level or pre-requisite level examination prescribed for admission in a programme and are awaiting results will be allowed to apply for admission, but they will be given admission only after they have submitted the attested copies of their certificates / degrees within three weeks of commencement of the semester. They will also be required to submit an undertaking that they understand the rules/ policy of the admissions and that if they fail to submit the required documents within the prescribed time, they will not be given admission.
For eligibility criteria reference may be made to each relevant programme / degree.
Each successful applicant will be issued “Admission Letter” by the concerned department.
Director Admissions and Planning, Admission Office
+92 42 111-865-865 (ext.: 2176)
Admission In-charge (New Campus)
+92 42 111-865-865 (ext.: 2177)
Admission In-charge (Old Campus)
+92 42 111-865-865 (ext.: 1235)
Curriculum:
Semester I
Course Title |
Cr.Hrs |
MATHEMATICAL METHODS FOR ENGINEERS |
3 |
STOCHASTIC PROCESSES |
3 |
DIGITAL COMMUNICATION SYSTEM |
3 |
ADVANCED DIGITAL SIGNAL PROCESSING |
3 |
RESEARCH THESIS |
6 |
|
|
Semester II
Course Title |
Cr.Hrs |
ADVANCED COMMUNICATION NETWORKS |
3 |
TELECOMM NETWORKS PLANNING AND ECONOMICS |
3 |
NEXT GENERATION NETWORKS |
3 |
INFORMATION THEORY AND SOURCE CODING |
3 |
COMMUNICATION METHODS FOR ENGINEERS |
3 |
Semester III
Course Title |
Cr.Hrs |
MATHEMATICAL METHODS FOR ENGINEERS |
3 |
ANALYSIS AND DESIGN OF RF CIRCUITS AND SYSTEMS |
3 |
NON LINEAR MICROWAVE AND RF CIRCUITS |
3 |
ANTENNA THEORY AND DESIGN |
3 |
RESEARCH THESIS |
6 |
Semester IV
Course Title |
Cr.Hrs |
ADVANCED ENGINEERING ELECTRO DYNAMICS |
3 |
STOCHASTIC PROCESSES |
3 |
THEORY AND DESIGN OF MICROWAVE FILTERS |
3 |
FUNDAMENTALS OF RADAR SIGNAL PROCESSING |
3 |
ELECTROMAGNETIC COMPATIBILITY |
3 |
Semester V
Course Title |
Cr.Hrs |
POWER CIRCUIT BREAKERS AND SUBSTATIONS |
3 |
POWER SYSTEM QUALITY,REALIBILTY AND PLANNING |
3 |
ADVANCED POWER SYSTEM PROTECTION |
3 |
MATHEMATICAL METHODS FOR ENGINEERS |
3 |
RESEARCH THESIS |
6 |
Semester VI
Course Title |
Cr.Hrs |
ADVANCED HIGH VOLTAGE ENGINEERING |
3 |
TRANSIENTS IN POWER |
3 |
INSULATION COORDINATION |
3 |
LOAD FLOW STABILITY ANALYSIS |
3 |
RENEWABLE ENERGYRESOURCES |
3 |