Present:
House# 33, F Road, G Block,
Naval Officers’ Housing Scheme
Anchorage, Post Office Sihala,
Islamabad - Pakistan
NIC# 61101-3547871-9
Mobile: + 92-333-5120813
E-mail: mmushtaqmath@yahoo.com
Permanent:
S/O Muhammad Hussain Chakwali
Near Mosque, Mohallah Kalra Kalan
Gujrat – Punjab – Pakistan
Phone : + 92-53-3510008
E-mail: mushtaqmath@hotmail.com
Email:
muhammad_mushtaq@comsats.edu.pk
Muhammad Mushtaq
Education
2004 ─ 2008
COMSATS Institute of Information Technology, Islamabad
Ph.D. Math (Computational Fluid Dynamics)
Thesis Title: Mixed convection flow of a viscoelastic fluid along a
vertical surface with variable surface conditions
 Courses studied: Numerical Solutions of PDEs, Viscous Fluids-I, Viscous
Fluids-II, Asymptotic Methods, Advance PDEs, Group Theoretic Methods.
 Software (using): FORTRAN 90, Tecplot 7.0, Scientific WorkPlace 5.5,
MS Word 2002, MS Excel 2002, Mathematica 5.2.
1995 ─ 1998
Norwegian University of Science and Technology, Norway
MS Math
(Norway)
1st Division/A1 Grade
70.00%
 Courses studied: General Topology, Abstract Algebra, Univalent
Functions, Complex Analysis, Selected Topics in Complex Analysis, Lie
Groups and Lie Algebras, Functional Analysis.
 Thesis : About k-fold Symmetric Bounded Univalent Functions.
 Supervisor: Prof. Dr. Haakon Waadeland
We investigated the effect upon the second coefficient for different families of
univalent functions when the third coefficient is zero. We also examined the
Koebe Constant for different families of univalent functions.
1986 ─ 1988
M. Sc. Math
Department of Mathematics, Punjab University, Lahore
809/1000
1st Division/A1 Grade
80.90%
 Courses studied: Real Analysis, Complex Analysis, Algebra and
Differential Geometry, Mathematical Methods & Mechanics, Topology and
Functional Analysis, Measure Theory and Integration, Group Theory,
Analytic Number Theory, Numerical Analysis & Programming,
Mathematical Statistics.
2000 ─ 2003
MCS
Department of Computer Science, AIOU, Islamabad
1287/1900
1st Division/B Grade
68.00%
 Courses studied: Internet Programming, Object Oriented Analysis and
Design, Software Engineering-II, Analysis and Design of Algorithm,
Database-II, Network Strategies, Compiler Construction, Management
Information System, Computer Graphics, Multimedia Systems, Distributed
Systems, Interactive WEB Systems, Software Project Management,
Software Quality Assurance, Advance Topics in ITM, Human Computer
Interaction, Internet Service Planning, E-Commerce Application.
 Project: Time-Tuning System.
1990 ─ 1991
Department of Computer Sc., Punjab University, Lahore
PGD (Computer Science)
2nd Division/C Grade
58.10%
 Courses studied: Computer Architecture and E.D.P., Operating Systems,
Flow Charting and Structured Programming, Fortran 77, COBOL, System
Analysis and Design, Data Structures and Database Management System,
Numerical Analysis, The C Programming Language.
Project: Material Organization Program.
1992 ─ 1995
B. Ed.
Allama Iqbal Open University, Islamabad
502/900
B Grade
56.00%
 Courses studied: Perspectives of Education, School Organization and
Management, Evaluation Guidance and Research, Educational Psychology
and Curriculum, English, Islam Pakistan and The Modern World, Teaching
of English, Teaching of General Science.
1983 ─ 1985
B. Sc.
Government Zamindar Degree Science College, Gujrat.
551/800
1st Division/B Grade
68.88%
 Major Courses studied: Mathematics A Course, Mathematics B Course,
Statistics.
1980 ─ 1982
D. Com.
Government Commercial Training Institute, Gujrat.
355/750
2nd Division/D Grade
47.33%
 Major Courses studied: Accounting, Economics, Banking, Commerce and
Secretarial Practice.
1978 ─ 1980
Matric
Government Public High School No. 2, Gujrat.
563/850
1st Division/B Grade
66.24%
 Major Courses studied: Physics, Chemistry, Mathematics, Biology.
Date of Birth
01.04.1964
Languages
English, Urdu, Punjabi, Hindi, Norwegian
References
1.
Prof. Dr. Saleem Asghar
Department of Mathematics
COMSATS Institute of Information Technology
Plot# 30, Sector H-8/1, Islamabad
E-mail: s_asgharpk@yahoo.com
2.
Prof. Dr. Md. Anwar Hossain
Department of Mathematics
University of Dhaka
Bangladesh
E-mail: cfd@bdcom.com
3. Prof. Dr. Haakon Waadeland (Retd.)
Faculty of Physics, Informatics and Mathematics
NTNU – Norwegian University of Science and Technology
Trondheim – Norway
E-mail: haakonwa@math.ntnu.no
Research
Published
1. M. Mushtaq, S. Asghar and M. A. Hossain; Mixed convection flow of
second grade fluid along a vertical stretching flat surface with variable
surface temperature, Heat Mass Transfer 43 (2007) 1049-1061.
(ISI Journal IF=0.873)
2. S. Asghar, M. Mushtaq and A. H. Kara; Exact solutions for unsteady
mixed convection flow near a stagnation point on a vertical surface in a
porous medium, Journal of Porous Media 11(4) (2008) 415-419.
(ISI Journal IF=0.612)
3. S. Asghar, M. Mushtaq and A. H. Kara; Exact solutions using symmetry
methods and conservation laws for the viscous flow through expandingcontracting channels, Applied Mathematical Modelling 32(12) (2008)
2936-2940. (ISI Journal IF=0.931)
4. S. Asghar, M. Mushtaq and T. Hayat; Flow in a slowly deforming
channel with weak permeability: an analytical approach, Nonlinear
Analysis: Real World Applications 11 (2010) 555-561 (ISI Journal
IF=1.778).
5. Mudassar Jalil, S. Asghar and M. Mushtaq; Lie Group Analysis of
Mixed Convection Flow with Mass Transfer over a Stretching Surface
with Suction or Injection, Mathematical Problems in Engineering (2010)
1-14 (ISI Journal IF=0.545).
Accepted
Submitted
6. M. Mushtaq, S. Asghar and M. A. Hossain; Mixed convection flow of
second grade fluid with variable heat flux past a vertically stretching flat
surface, Applied Mathematics and Mechanics (submitted).
7. M. Sajid, M. Mushtaq, I. Pop, T Hayat and S. Asghar; Mixed convection
flow over a stretching vertical surface in a viscoelastic fluid, International
Journal of Heat and Mass Transfer (submitted).
8. M. Mushtaq, S. Asghar and M. M. Raza Danish; New similarity solution
for the unsteady flow between permeable deforming channel, Applied
Mathematics and Mechanics (submitted).
9. M. Mushtaq, S. Asghar, T. Hayat, K. Hanif, Awatif A. Hendi; Numerical
solution for accelerated flow of a disk with partial slip condition, Applied
and Computational Mathematics(submitted).
Supervision
MS/M. Phil
1. Asma Ghazanfer (2008)
Lie group analysis of mixed convection flow of fluid along a vertical
permeable surface with variable surface temperature
2. Saadia Ejaz (2008)
On unsteady flow and heat transfer of a second grade fluid along a
harmonically oscillating, vertical stretching sheet
3. Nadia Riaz (2010)
On Convective Heat Transfer and Oscillatory Flow Past an Infinite,
Vertical, Porous Plate
BS/M. Sc.
1. Bismah Jamil (2009)
On unsteady MHD flow due to non-coaxial rotations of a porous disk
and a fluid at infinity with slip condition.
2. Khalida Noureen (2009)
The effect of slip condition on MHD stokes flow due to oscillating
permeable wall
3. Saadia Dawood (2010)
Similarity Solutions for Partial Differential Equations
4. Mansoor Khalid (2010)
Accelerated Flow of a Viscous Fluid with a Partial Slip Condition
5. Rabia Azia (2011)
Similarity Transformation s for Nonlinear Partial Differential Equations
6. Javeria Ahmed (2011)
A Stagnation Point Flow of a Second Grade Fluid with Suction
7. Maria Munir (2011)
Unsteady Flows Due to Non-Coaxial Rotations of a Disk and a Fluid at
Infinity.
8. Humayoun Shahid (2011)
Mixed-Convection along a semi-infinite vertical flat plate with uniform
surface temperature.
Conferences
1. Participated as being a member of organizing committee in “2 nd
International Conference on Mathematical Models and Methods in
Fluid Mechanics, July 4 – 6, 2005” organized by Department of
Mathematics, COMSATS Institute of Information Technology, H-8,
Islamabad - Pakistan.
2. Presented a paper “Mixed-convection flow of second grade fluid
along a vertical stretching flat surface with variable surface
temperature” in “3rd International Conference on Mathematical Models
and Methods in Fluid Mechanics, July 17 -19, 2006” organized by
Department of Mathematics, COMSATS Institute of Information
Technology, H-8, Islamabad - Pakistan.
3. Presented a paper “Mixed-convection flow of second grade fluid
along a vertical stretching flat surface with variable heat flux” in
“International Conference on Mathematics, September 12 – 14, 2006”
organized by Department of Mathematics, Quaid-i-Azam University,
Islamabad - Pakistan.
4. Participated “All Pakistan Mathematical Conference, June 7 – 9,
2007”” organized by All Pakistan Mathematical Association in
Islamabad - Pakistan.
5. Presented a paper “Mixed-convection stagnation-point flow of a
second grade fluid towards a vertical, continuous stretching
sheet with variable surface temperature” in “Recent Development in
Fluid Mechanics, July 2 – 4, 2007” organized by Department of
Mathematics, Quaid-i-Azam University, Islamabad -Pakistan.
6. Presented a paper “Mixed-convection flow over a stretching
vertical surface in a viscoelastic fluid” in “Recent Advances in
Mathematical Methods, Models & Applications, April 26 – 27, 2008”
organized by Centre for Advanced Studies in Mathematics, LUMS,
Lahore-Pakistan.
7. Presented a paper “Flow and heat transfer in a deformable
channel” in “Fourth International Conference on Mathematical Models
and Methods in Fluid Mechanics, July 7 – 9, 2008” organized by
Department of Mathematics, COMSATS Institute of Information
Technology, H-8, Islamabad - Pakistan.
8. Participated in 2nd International Conference on “Recent Development
in Fluid Mechanics, August 11 – 13, 2008” organized by Fluid
Mechanics Group, Mathematics Department, Quaid-i-Azam University,
Islamabad -Pakistan.
9. Presented a paper “Mixed-convection flow of second grade fluid
along a vertical stretching flat surface with variable heat flux” in
“1st CIIT Science Conference BICMAPE – 2009, July 28-29, CIIT
Abbottabad - Pakistan.
10. Participated “All Pakistan Mathematical Conference, June 22 – 23,
2010”” organized by All Pakistan Mathematical Association in
Islamabad - Pakistan.
11. Presented a paper “Free convective heat transfer and oscillatory
flow of a second grade fluid along a vertical, infinite, porous
plate” in “Recent Development in Fluid Mechanics, August 3 – 5,
2010” organized by Department of Mathematics, Quaid-i-Azam
University, Islamabad -Pakistan.
12. Participated “International Conference on Topology and its
Applications, July 04 – 10, 2011”” organized by Department of
Mathematics, COMSATS Institute of Information Technology, Park
Road, Chak Shahzad, Islamabad - Pakistan.
13. Presented a paper “About k-fold symmetric bounded univalent
functions” in “All Pakistan Mathematical Conference, July 21 – 22,
2011”” organized by All Pakistan Mathematical Association in
Islamabad - Pakistan.
Professional
Experience
2.11.91 ─ 10.3.94
Starpak Companies Group, Sialkot
Computer Programmer




System management.
Supervisor to Export Management System.
Developing software for different purposes.
Costing using Spreadsheets.
12.3.94 ─ 24.8.95
Chenab College of Commerce, Gujrat.
Lecturer
 Teaching Business Mathematics and Statistics to B. Com and D.B.A.
 Teaching Computer Applications to D.B.A.
 Managing and teaching Computer Science Short Courses.
1.9.98 ─ 31.3.99
Chenab College of Commerce, Gujrat.
Principal
 Teaching Mathematics to I.C.S. and B.C.S.
 Teaching Computer Science to I.C.S. and B.C.S.
7.4.99 ─ 29.2.08
Education Department, Government of Punjab.
Lecturer in Mathematics
 Teaching Mathematics to F. Sc. and B. Sc.
1.3.08 ─ todate COMSATS Institute of Information Technology, Islamabad
Assistant Professor (Mathematics)
 Teaching Mathematics to graduate and postgraduate students
 Doing research
 Supervising MS Math students
 Assisting in research to Ph.D. students
In-Service Training
Courses
01.7.00 ─ 18.7.00
Education Department, Government of Punjab.
Government Teachers Training Program
 Purpose to enhance the basic computer skills of the teachers.
10.6.02 ─ 19.6.02
Education Department, Government of Punjab.
In-Service Teachers Training Workshop
 To improve the basic skills of teaching mathematics.
08.7.02 ─ 27.7.02
Education Department, Government of Punjab.
Masters Trainers Workshop for SSTs
 Aim to train the teacher as a Master Trainer so that he can improve
the teaching skills of school teachers.