Faculty Staff Detail

Ph.D. in Applied Mathematics - In Progress
University of Karachi (ISPA) - Requirements completed
M.Phil. in Applied Mathematics - 2005
Quaid-i-Azam University, Islamabad - 80%
M.Sc. in Applied Mathematics - 2002
University of Karachi - 71%
B.Sc. (Hons) in Applied Mathematics - 2001
University of Karachi - 65%
F.Sc. (Pre-Engineering) - 1998
Karachi Board - 67%
SSC (Science) - 1995
Karachi Board - 81.4%

Assistant Professor
National University (FAST)
2013 - 2015
Lecturer
PAF KIET
January 2020 - 2024
Senior Lecturer
KASBIT
(Years not specified)
Lecturer in Gravitational Physics for M.Phil. students
ISPA, University of Karachi (Evening Program)
2008 and 2023
Visiting Lecturer
Urdu University
2009 - 2010
Visiting Lecturer
NUST
2007 - 2009
Visiting Lecturer
Bahria University
2009 - 2010
Visiting Lecturer
Biztek
2010
Research Assistant
2005 - 2006
A Level Mathematics & Physics Teacher
Various Private Schools and Academies

M.Phil. Thesis - "Conformal Motions in Plane Symmetric Static Spacetimes"
Published in Journal of Modern Physics D.
Saifullah, K., Shair-e-Yazdan. "Conformal Motions in Plane Symmetric Static Spacetimes"
International Journal of Modern Physics D, Vol. 18, No. 1, pp. 71-81 (2009), World Scientific.
Research Article - "Conformal Motions in Plane Symmetric Static Spacetimes"
Published in General Relativity and Gravitation.
Hickman, M., Yazdan, S.-a. "Noether Symmetries of Bianchi Type II Spacetimes"
General Relativity and Gravitation, Vol. 49, pp. 1-15 (2017).
Ph.D. Thesis - "Noether Symmetries of Bianchi Type Spacetimes via RIF Integration Technique"
Shair-a-Yazdan, Muhammad Jawed Iqbal, Mark Hickman. "Energy Model in Bianchi Type-V Spacetime via RIF Integration Techniques"
Modern Physics Letters A, Vol. 38, Issue 38-39, Article No. 2350164 (2023).
Shair-a-Yazdan, Muhammad Jawed Iqbal, Mark Hickman. "Anisotropic Models in Magnetized Bianchi Type-III Spacetimes via Noether Symmetries"
Modern Physics Letters A, Vol. 40, Issue 07-08, Article No. 2550003 (2025).
Research (In Process) - "Electromagnetic Field in Bianchi Type IX Spacetime"

Ph.D. in Applied Mathematics - In Progress
University of Karachi (ISPA) - Requirements completed
M.Phil. in Applied Mathematics - 2005
Quaid-i-Azam University, Islamabad - 80%
M.Sc. in Applied Mathematics - 2002
University of Karachi - 71%
B.Sc. (Hons) in Applied Mathematics - 2001
University of Karachi - 65%
F.Sc. (Pre-Engineering) - 1998
Karachi Board - 67%
SSC (Science) - 1995
Karachi Board - 81.4%

Assistant Professor
National University (FAST)
2013 - 2015
Lecturer
PAF KIET
January 2020 - 2024
Senior Lecturer
KASBIT
(Years not specified)
Lecturer in Gravitational Physics for M.Phil. students
ISPA, University of Karachi (Evening Program)
2008 and 2023
Visiting Lecturer
Urdu University
2009 - 2010
Visiting Lecturer
NUST
2007 - 2009
Visiting Lecturer
Bahria University
2009 - 2010
Visiting Lecturer
Biztek
2010
Research Assistant
2005 - 2006
A Level Mathematics & Physics Teacher
Various Private Schools and Academies

M.Phil. Thesis - "Conformal Motions in Plane Symmetric Static Spacetimes"
Published in Journal of Modern Physics D.
Saifullah, K., Shair-e-Yazdan. "Conformal Motions in Plane Symmetric Static Spacetimes"
International Journal of Modern Physics D, Vol. 18, No. 1, pp. 71-81 (2009), World Scientific.
Research Article - "Conformal Motions in Plane Symmetric Static Spacetimes"
Published in General Relativity and Gravitation.
Hickman, M., Yazdan, S.-a. "Noether Symmetries of Bianchi Type II Spacetimes"
General Relativity and Gravitation, Vol. 49, pp. 1-15 (2017).
Ph.D. Thesis - "Noether Symmetries of Bianchi Type Spacetimes via RIF Integration Technique"
Shair-a-Yazdan, Muhammad Jawed Iqbal, Mark Hickman. "Energy Model in Bianchi Type-V Spacetime via RIF Integration Techniques"
Modern Physics Letters A, Vol. 38, Issue 38-39, Article No. 2350164 (2023).
Shair-a-Yazdan, Muhammad Jawed Iqbal, Mark Hickman. "Anisotropic Models in Magnetized Bianchi Type-III Spacetimes via Noether Symmetries"
Modern Physics Letters A, Vol. 40, Issue 07-08, Article No. 2550003 (2025).
Research (In Process) - "Electromagnetic Field in Bianchi Type IX Spacetime"