MSc Mathematics-GCU Lahore
Course name: MSc Mathematics
Course Overview: The Department is the oldest center of Mathematics in the north-western Subcontinent. It was founded by eminent Mathematician, Prof. W. H. Crank in 1864, after he took over as Officiating Principal of Government College Lahore. The Department maintained high standards ever since its inception. Celebrated Number Expert of the Subcontinent, Dr. S. Chawla was a Pre-partition old Ravain who later became Chairperson of the Department and served from 1935 to 1947. He conducted research in collaboration with leading Mathematicians of his time including C. Bose and Prof. Artin and his contributions were acknowledged by the American Mathematical Society.
The year 1966 marked the advent of a new era for the Department where Master Programme was launched independently at Government College Lahore, on the initiative of a competent teacher and administrator, Prof. L. M. Chawala, who had earlier launched the publication of the journal of “Natural Sciences and Mathematics” in 1961. An esteemed Ravian (session 1944-1946), a great mathematician of the 20th century, and later Chairperson, Department of Mathematics (1951- 1952), Prof. Salam earned international distinction by receiving over 20 prestigious awards, finally winning the Nobel Prize for Theoretical Physics in 1979.
No. of Semesters: 4
Course duration: 2 years
Requirements: A candidate having sixteen years of Education or 4-years of education (130 credit hours) after HSSC/A-Level/Grad-12/Equivalent in the relevant subject. The minimum required marks/grades for admission in MS/MPhil will be as follow:
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Faculty of Science & Technology 2.50/4.00 CGPA or 60% in an Annual Examinations.
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Faculty of Engineering 2.50/4.00 CGPA or 60% in Annual Examination.
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Faculty of Arts & Social Science 2.50/4.00 CGPA or 60% in an Annual Examination.
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Faculty of Languages, Islamic & Oriental Learning 2.00/4.00 CGPA or 50% in Annual Examination.
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All candidates are required to pass the GCU General Assessment Test (General) for MS/MPhil admission to be conducted through NTS. The schedule of registration and test shall be announced at an appropriate time.
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The candidate who already possess valid GAT result through NTS are also eligible to apply for admission till 30-09-2014.
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Candidates working in Government /Semi Government or private institutions may apply. Such candidates shall have to submit “NOC” from the Head of the Institution where they are working.
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There is no age limit for admission to MS/MPhil programme.
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A “Notification of Registration” of the candidate approved for admission in MS/MPhil programme shall be issued by the Registrar.
How to apply: Admissions for Undergraduate degree programs usually opened once in a year during Fall Semester i.e. August / September.
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Applications for admission to various Undergraduate degree programs are invited through an advertisement.
Admission is made purely on merit basis from amongst the applicants. -
In case the admission form is downloaded from university website (www.gcu.edu.pk), it should be accompanied with a Bank Draft / Pay Order
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The application forms are available in the prospectus which can be obtained from the Office.
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The candidates are advised to fill the Application Form carefully after reading the instructions and especially the column for preferences of different disciplines.
Curriculum:
Year – I |
|
Semester – I |
|
Course Title |
Credit Hours |
Real Analysis – I |
3 |
Abstract Algebra |
3 |
Complex Analysis |
3 |
Ordinary Differential Equations |
3 |
Vector and Pencil Analysis |
3 |
Discrete Structures & Computer Tools |
3 |
Semester – II |
|
Real Analysis – II |
3 |
Typology |
3 |
Numerical Analysis – I |
3 |
Classical Mechanics |
3 |
Linear Algebra |
3 |
Partial Differential Equations |
3 |
Year – 2 |
|
Semester – III |
|
Course Title |
Credit Hours |
Measure Theory |
3 |
Functional Analysis |
3 |
Numerical Analysis – II |
3 |
Mathematical Statistics – I |
3 |
Optional Course |
3 |
Optional Course |
3 |
Optional Course |
|
Advanced Abstract Algebra – I |
3 |
Advanced Calculus – I (Numerical Solution of PDE) |
3 |
Advanced Numerical Analysis |
3 |
Astronomy – I |
3 |
Advanced Differential Geometry – I |
3 |
Electromagnetism – I |
3 |
Fluid Dynamics – I |
3 |
Modern Algebra – I (Galios Theory & Applications) |
3 |
Non-Linear System – I |
3 |
Numerical Solutions of Partial Differential Equations – I |
3 |
Operation Research – I |
3 |
Projective Geometry – I |
3 |
Relativity – I |
3 |
Software Engineering – I (Design & Development) |
3 |
Rings and Modules |
3 |
Semester – IV |
|
Course Title |
Credit Hours |
Mathematical Statistics |
3 |
Differential Geometery |
3 |
Graph Theory |
3 |
Mathematical Statistics – II |
3 |
Optional Course |
3 |
Optional Course |
3 |
Optional Course |
|
Advanced Abstract Algebra – II |
3 |
Advanced Calculus – II (Integral Equations) |
3 |
Advanced Numerical Analysis – II |
3 |
Astronomy – II |
3 |
Advanced Differential Geometry – II |
3 |
Electromagnetism – II |
3 |
Fluid Dynamics – II |
3 |
Modern Algebra – II |
3 |
Non-Linear System – II |
3 |
Numerical Solutions of Partial Differential Equations – II |
3 |
Operation Research – II |
3 |
Projective Geometry – II |
3 |
Relativity – II |
3 |
Software Engineering – II (Design & Development) |
3 |